From dmm@1-4-5.net Wed Jul 1 13:07:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C06363A686A for ; Wed, 1 Jul 2009 13:07:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.499 X-Spam-Level: X-Spam-Status: No, score=-2.499 tagged_above=-999 required=5 tests=[AWL=0.100, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ZFUo2+gKtV7v for ; Wed, 1 Jul 2009 13:07:34 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 12FA43A6A73 for ; Wed, 1 Jul 2009 13:07:34 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-4) with ESMTP id n61K7t0t012158 for ; Wed, 1 Jul 2009 13:07:55 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n61K7ttG012157 for lisp@ietf.org; Wed, 1 Jul 2009 13:07:55 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Wed, 1 Jul 2009 13:07:55 -0700 From: David Meyer To: lisp@ietf.org Message-ID: <20090701200755.GA12135@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="6TrnltStXW4iwmi0" Content-Disposition: inline X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Subject: [lisp] FYI: LISP Mobility Architecture (draft-meyer-lisp-mn-00.txt) X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 01 Jul 2009 20:07:34 -0000 --6TrnltStXW4iwmi0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable Just posted to the I-D repository. Comments greatly appreciated.=20 Dave --6TrnltStXW4iwmi0 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpLwhsACgkQORgD1qCZ2Kcj9gCfWPbXbo7zkxs4PEJJ5wcCjAn5 CHwAoIJ06Rkc7kPfbJ+bTvvA7aRJZ4Jb =Uhip -----END PGP SIGNATURE----- --6TrnltStXW4iwmi0-- From jmh@joelhalpern.com Fri Jul 3 10:59:43 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C54993A6CC5 for ; Fri, 3 Jul 2009 10:59:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.526 X-Spam-Level: X-Spam-Status: No, score=-3.526 tagged_above=-999 required=5 tests=[AWL=0.073, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3OCPc-RtUrOQ for ; Fri, 3 Jul 2009 10:59:43 -0700 (PDT) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 29EF33A6C5D for ; Fri, 3 Jul 2009 10:59:43 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id C21B34301E6 for ; Fri, 3 Jul 2009 11:00:06 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.100] (pool-71-161-52-172.clppva.btas.verizon.net [71.161.52.172]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTP id 5DD144301B2 for ; Fri, 3 Jul 2009 11:00:06 -0700 (PDT) Message-ID: <4A4E4724.5020207@joelhalpern.com> Date: Fri, 03 Jul 2009 14:00:04 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 17:59:43 -0000 This is an interesting draft. There is one case that I am not sure I follow. It may well be that I missed something obvious. Suppose that we have a site (A) with the EID block 10.1.0.0/16 A remote site (B), talking to servers at A, will have a cache entry for this block in its ITR, pointing to the ETRs for the site. Now suppose that someone in B starts talking to a mobile node (C) from A that is using the EID 10.1.1.1/32. And C has moved out of its home site. As far as the site B ITR at can tell, 10.1.1.1 is a valid EID within site A. How will B know that it needs to issue a query for the /32, since it already has the /16 entry? Thank you, Joel From dino@cisco.com Fri Jul 3 11:42:45 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DD2733A6DEF for ; Fri, 3 Jul 2009 11:42:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.563 X-Spam-Level: X-Spam-Status: No, score=-6.563 tagged_above=-999 required=5 tests=[AWL=0.036, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id vGHdPkF92Tm9 for ; Fri, 3 Jul 2009 11:42:44 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id EBF933A6A1E for ; Fri, 3 Jul 2009 11:42:44 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,343,1243814400"; d="scan'208";a="337109824" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-6.cisco.com with ESMTP; 03 Jul 2009 18:43:08 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n63Ih8Du000679; Fri, 3 Jul 2009 11:43:08 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n63Ih8Il004082; Fri, 3 Jul 2009 18:43:08 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 11:43:08 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 11:43:07 -0700 Message-Id: <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> From: Dino Farinacci To: "Joel M. Halpern" In-Reply-To: <4A4E4724.5020207@joelhalpern.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 11:43:07 -0700 References: <4A4E4724.5020207@joelhalpern.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 03 Jul 2009 18:43:07.0247 (UTC) FILETIME=[1B2D5FF0:01C9FC0E] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2001; t=1246646588; x=1247510588; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=128BnpHEUS59i4gDqbrPVr4wZDmIwN7oFo24KpqtOOE=; b=hsyXAlazO+XfsNE/4PyagvSBLfxi0K31UpDinImiDG4mJMIAliYvrVH+F0 r4RnPeyeNN0N5QLX0CzjMDr+h31hiF5N+A9eOfKcX41xmFm6danfNmn04sNu k7ZKYqq5xM; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 18:42:45 -0000 > This is an interesting draft. There is one case that I am not sure > I follow. It may well be that I missed something obvious. Thanks for reading it Joel. > Suppose that we have a site (A) with the EID block > 10.1.0.0/16 > A remote site (B), talking to servers at A, will have a cache entry > for this block in its ITR, pointing to the ETRs for the site. Right. > Now suppose that someone in B starts talking to a mobile node (C) > from A that is using the EID 10.1.1.1/32. And C has moved out of > its home site. Okay. > As far as the site B ITR at can tell, 10.1.1.1 is a valid EID within > site A. How will B know that it needs to issue a query for the /32, > since it already has the /16 entry? The ITRs at site A will have to update the caches of all the remote sites currently talking to site A. This can be done two ways: o The ITRs can send an SMR-bit in data packets going to the site. That causes the remote ITRs to send Map-Requests to site A. Site A will need to reply with two EID-prefix records in the Map-Reply, one which is the /16 prefix and the other which is the / 32 prefix. The information for LISP mobile node C is in the map-server that covers the /16 prefix so anyone can find this out even the ITRs in the home site. o Keep TTLs low, so a Map-Request will be sent for LISP mobile node C with EID 10.1.1.1/32. o Have the ITRs send a Map-Request to the remote sites for their EID- prefix but include mapping data for the 10.1.1.1/32 mapping entry. If the remote sites use "accept-map-request-data" with or without verification, They can put the more specific entry in their map-cache. We have not documented any of this because we have not decided which is the best approach. What do you think? Dino > > Thank you, > Joel > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jmh@joelhalpern.com Fri Jul 3 12:48:03 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9E5DD3A68C0 for ; Fri, 3 Jul 2009 12:48:03 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.53 X-Spam-Level: X-Spam-Status: No, score=-3.53 tagged_above=-999 required=5 tests=[AWL=0.069, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VHf87-8SK5xj for ; Fri, 3 Jul 2009 12:48:02 -0700 (PDT) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id CB15A3A67FF for ; Fri, 3 Jul 2009 12:48:02 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id A89C0430298; Fri, 3 Jul 2009 12:48:26 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.100] (pool-71-161-52-172.clppva.btas.verizon.net [71.161.52.172]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTP id F33B543022B; Fri, 3 Jul 2009 12:48:25 -0700 (PDT) Message-ID: <4A4E6087.4090809@joelhalpern.com> Date: Fri, 03 Jul 2009 15:48:23 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: Dino Farinacci References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> In-Reply-To: <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 19:48:03 -0000 If I am reading you right, as described, a site with fixed infrastructure and a lot of mobile nodes needs to send its short prefix and ALL the long prefixes (that are not home) to anyone who asks about the short prefix? That does not seem like a good trade. Unfortunately, the alternative seems to require a way to say prefix/16 :-> ETR list prefix/20 :-> Ask for details so that a site can allocate a block to mobile nodes, and tell anyone who inquires that they will need more details for anything in that block. Having to tell anyone who asks about a fixed server about all the mobile nodes that are away from home seems a bad trade. Even if the site administrator things that is a small number, it is basically irrelevant information that they need "just in case." (I would comment on the use of short TTLs, but that seems to be secondary.) Yours, Joel Dino Farinacci wrote: >> This is an interesting draft. There is one case that I am not sure I >> follow. It may well be that I missed something obvious. > > Thanks for reading it Joel. > >> Suppose that we have a site (A) with the EID block >> 10.1.0.0/16 >> A remote site (B), talking to servers at A, will have a cache entry >> for this block in its ITR, pointing to the ETRs for the site. > > Right. > >> Now suppose that someone in B starts talking to a mobile node (C) from >> A that is using the EID 10.1.1.1/32. And C has moved out of its home >> site. > > Okay. > >> As far as the site B ITR at can tell, 10.1.1.1 is a valid EID within >> site A. How will B know that it needs to issue a query for the /32, >> since it already has the /16 entry? > > The ITRs at site A will have to update the caches of all the remote > sites currently talking to site A. This can be done two ways: > > o The ITRs can send an SMR-bit in data packets going to the site. That > causes the remote ITRs > to send Map-Requests to site A. Site A will need to reply with two > EID-prefix records in the > Map-Reply, one which is the /16 prefix and the other which is the /32 > prefix. The information > for LISP mobile node C is in the map-server that covers the /16 prefix > so anyone can find > this out even the ITRs in the home site. > > o Keep TTLs low, so a Map-Request will be sent for LISP mobile node C > with EID 10.1.1.1/32. > > o Have the ITRs send a Map-Request to the remote sites for their > EID-prefix but include mapping > data for the 10.1.1.1/32 mapping entry. If the remote sites use > "accept-map-request-data" with > or without verification, They can put the more specific entry in their > map-cache. > > We have not documented any of this because we have not decided which is > the best approach. What do you think? > > Dino > >> >> Thank you, >> Joel >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > > From dino@cisco.com Fri Jul 3 15:25:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B32513A6CCE for ; Fri, 3 Jul 2009 15:25:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.566 X-Spam-Level: X-Spam-Status: No, score=-6.566 tagged_above=-999 required=5 tests=[AWL=0.033, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id WVQJs9GhUxuI for ; Fri, 3 Jul 2009 15:25:08 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id CE7343A6EA9 for ; Fri, 3 Jul 2009 15:24:24 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,344,1243814400"; d="scan'208";a="209313698" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-1.cisco.com with ESMTP; 03 Jul 2009 22:24:48 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n63MOm0u004175; Fri, 3 Jul 2009 15:24:48 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n63MOmpX020445; Fri, 3 Jul 2009 22:24:48 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 15:24:48 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 15:24:47 -0700 Message-Id: <53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com> From: Dino Farinacci To: "Joel M. Halpern" In-Reply-To: <4A4E6087.4090809@joelhalpern.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 15:24:47 -0700 References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 03 Jul 2009 22:24:47.0833 (UTC) FILETIME=[12F1BC90:01C9FC2D] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=4106; t=1246659888; x=1247523888; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=10SLJXFsIEDv5ncN7bemf2mAodQjsU5X+YeI7R8C+Io=; b=yN5GhdK4CTl+857XWi4i7L5AVO56kBObwGmL+fSYZzKLnESY7JmM7go//v 2PiPJpEn8Bsys9IBYyg73/xTpzIBwdTb+kio1hniJqltK2agQsM4a0mmhQAd OGtLBJ8PtI; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 22:25:09 -0000 > If I am reading you right, as described, a site with fixed > infrastructure and a lot of mobile nodes needs to send its short > prefix and ALL the long prefixes (that are not home) to anyone who > asks about the short prefix? That does not seem like a good trade. Well the LISP mobile node can do the Map-Request thing I mentioned as well. That would be better because the stationary site only needs the / 32 state in it's ITRs only for the roaming LISP mobile nodes it is talking to. I think this is a better fix. What I am saying is that the LISP mobile node can set the SMR-bit in data packets returning to the stationary site that has cached the /16. We just have to spec in the main LISP spec that a decapsulated packet with the SMR-bit set should cause a Map-Request to be sent using the source EID of the packet as the target. > Unfortunately, the alternative seems to require a way to say > prefix/16 :-> ETR list > prefix/20 :-> Ask for details > so that a site can allocate a block to mobile nodes, and tell anyone > who inquires that they will need more details for anything in that > block. Having to tell anyone who asks about a fixed server about all > the mobile nodes that are away from home seems a bad trade. Even if > the site administrator things that is a small number, it is > basically irrelevant information that they need "just in case." > (I would comment on the use of short TTLs, but that seems to be > secondary.) By the way if a stationary sites or a LISP mobile node that is *starting* to talk to a roaming LISP mobile node, won't have this problem. Reason being is because a Map-Request will be sent for the / 32 of the mobile node, the reply returned. It might be obvious but caching a /32 first, and then a /16 later has no problem. It's the other way around (/16 exists and a /32 needs to be stored later) that you have identified as an issue. Dino > > Yours, > Joel > > > Dino Farinacci wrote: >>> This is an interesting draft. There is one case that I am not >>> sure I follow. It may well be that I missed something obvious. >> Thanks for reading it Joel. >>> Suppose that we have a site (A) with the EID block >>> 10.1.0.0/16 >>> A remote site (B), talking to servers at A, will have a cache >>> entry for this block in its ITR, pointing to the ETRs for the site. >> Right. >>> Now suppose that someone in B starts talking to a mobile node (C) >>> from A that is using the EID 10.1.1.1/32. And C has moved out of >>> its home site. >> Okay. >>> As far as the site B ITR at can tell, 10.1.1.1 is a valid EID >>> within site A. How will B know that it needs to issue a query for >>> the /32, since it already has the /16 entry? >> The ITRs at site A will have to update the caches of all the remote >> sites currently talking to site A. This can be done two ways: >> o The ITRs can send an SMR-bit in data packets going to the site. >> That causes the remote ITRs >> to send Map-Requests to site A. Site A will need to reply with two >> EID-prefix records in the >> Map-Reply, one which is the /16 prefix and the other which is the / >> 32 prefix. The information >> for LISP mobile node C is in the map-server that covers the /16 >> prefix so anyone can find >> this out even the ITRs in the home site. >> o Keep TTLs low, so a Map-Request will be sent for LISP mobile node >> C with EID 10.1.1.1/32. >> o Have the ITRs send a Map-Request to the remote sites for their >> EID-prefix but include mapping >> data for the 10.1.1.1/32 mapping entry. If the remote sites use >> "accept-map-request-data" with >> or without verification, They can put the more specific entry in >> their map-cache. >> We have not documented any of this because we have not decided >> which is the best approach. What do you think? >> Dino >>> >>> Thank you, >>> Joel >>> _______________________________________________ >>> lisp mailing list >>> lisp@ietf.org >>> https://www.ietf.org/mailman/listinfo/lisp From jnc@mercury.lcs.mit.edu Fri Jul 3 16:24:46 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1583D28C212 for ; Fri, 3 Jul 2009 16:24:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.299 X-Spam-Level: X-Spam-Status: No, score=-6.299 tagged_above=-999 required=5 tests=[AWL=0.300, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id KYna142UBJ21 for ; Fri, 3 Jul 2009 16:24:45 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id D0FC528C1E7 for ; Fri, 3 Jul 2009 16:24:11 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 5CCDF6BE5CA; Fri, 3 Jul 2009 19:24:34 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> Date: Fri, 3 Jul 2009 19:24:34 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 23:24:46 -0000 >> From: Dino Farinacci >> The ITRs at site A will have to update the caches of all the remote >> sites currently talking to site A. > From: "Joel M. Halpern" > Unfortunately, the alternative seems to require a way to say > prefix/16 :-> ETR list > prefix/20 :-> Ask for details > so that a site can allocate a block to mobile nodes, and tell anyone who > inquires that they will need more details for anything in that block. > Having to tell anyone who asks about a fixed server about all the mobile > nodes that are away from home seems a bad trade. I've been turning this problem over in the back of my mind while I was working on my Shigenobu catalog raisonne, and in reading your message I think I may have hit on a possible solution. (I say 'possible' because the implementation overhead might be impractical... but I'm always optimistic that clever implementation techniques will make things economic! :-) (BTW, it's a solution to the _simple_ problem you describe, of 'how do you find that someone has gone mobile'. The harder problem, of 'how do you keep up with someone who is mobile, when they move from distant location P to distant location Q' I seem to recall one of the LISPers [Darrell, maybe?] had already worked on.) So the distant ITR (at site B) sends traffic to site A, for a mobile node Ac (you called it C, but I'd rather call it Ac to emphasize that it has an EID from A's EID block), is sending packets for Ac to A because B's ITRs have a mapping that says 'all of A is at A'. What needs to happen is that if the ETRs at A can recognize that that particular EID Ac has 'gone walkabout', if they see any incoming traffic to that EID they can use that as a signal that the source ITR for that traffic has incorrect, cached mapping data for Ac. They can then tell the source ITR (at B) 'hey, your mapping for Ac is wrong, request a new one'. (I don't know if it's possible to say 'hey, your mapping for this is wrong, here's the right one', because without signed mappings, that's a DoS vector.) They can also forward the traffic to the right place - yes, it causes triangle routing for a bit, until B is updated, but that's probably better than simply dropping it. The inefficiency comes in in two ways. First, all ETRs have to have a list of EIDs which are no longer at that ETR, and incoming packets have to be checked against it. (Perhaps this can somehow be folded into the 'route the packet to the internal destination once the outer header has been stripped' operation, at little/no increase in overhead for packets to other hosts within the site - but the original outer header for such packets will have to be saved so the correct source ITR can be notified if the lookup barfs on 'host moved'.) Second, a mobile node has to let not just some entity which holds its current mapping know that it has moved, but also all the ETRs through which it might have been reached. That's since packets for it, from ITRs which hold only the old mapping, might show up at any of them, and they all have to be able to do the check outlined above. It's not clear how much of a problem this is, though, and I don't remember enough of how mobile LISP works to comment. Noel From jnc@mercury.lcs.mit.edu Fri Jul 3 16:27:15 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 91A9A3A67EB for ; Fri, 3 Jul 2009 16:27:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.449 X-Spam-Level: X-Spam-Status: No, score=-6.449 tagged_above=-999 required=5 tests=[AWL=0.150, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id QEzBDxq3gYMB for ; Fri, 3 Jul 2009 16:27:15 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id E3BF93A67AA for ; Fri, 3 Jul 2009 16:27:14 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 376D16BE5CA; Fri, 3 Jul 2009 19:27:38 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090703232738.376D16BE5CA@mercury.lcs.mit.edu> Date: Fri, 3 Jul 2009 19:27:38 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 23:27:15 -0000 > From: Dino Farinacci > Well the LISP mobile node can do the Map-Request thing I mentioned as > well. That would be better because the stationary site only needs the > 32 state in it's ITRs only for the roaming LISP mobile nodes it is > talking to. > ... What I am saying is that the LISP mobile node can set the SMR-bit > in data packets returning to the stationary site that has cached the /16. Perhaps I'm mis-understanding you, but doesn't this only work for cases where the mobile node tries to send packets to the stationary site first? Otherwise, if the stationary site goes to send packets to the mobile node, it will send them to the fixed location the mobile node used to be at, no? Noel From dino@cisco.com Fri Jul 3 16:33:30 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 52BD83A6C63 for ; Fri, 3 Jul 2009 16:33:30 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.568 X-Spam-Level: X-Spam-Status: No, score=-6.568 tagged_above=-999 required=5 tests=[AWL=0.031, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CvcfX5Fh3VSj for ; Fri, 3 Jul 2009 16:33:29 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 7EDB03A6919 for ; Fri, 3 Jul 2009 16:33:29 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,345,1243814400"; d="scan'208";a="337206932" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-6.cisco.com with ESMTP; 03 Jul 2009 23:33:48 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n63NXlPK018433; Fri, 3 Jul 2009 16:33:47 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n63NXlHV007292; Fri, 3 Jul 2009 23:33:47 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 16:33:47 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 16:33:47 -0700 Message-Id: From: Dino Farinacci To: jnc@mercury.lcs.mit.edu (Noel Chiappa) In-Reply-To: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 16:33:46 -0700 References: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 03 Jul 2009 23:33:47.0406 (UTC) FILETIME=[B65272E0:01C9FC36] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2923; t=1246664027; x=1247528027; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=yxEn851gB56l2rtrQpX3EHq9Lt03NPkTfPu8s5yKk5Y=; b=k+8rjYqtk0wu+MqPJhmi9aqKi69KIQbaB2ZH2YkZaXOneBrJWi27i0UhTM 9Pjfzt/rCtndnFxUZPe2vnQeU6Hmvr6kN5Qm1YLVAq1j6rj0synzRha45n7S DmnkGRK0Wn; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 23:33:30 -0000 > What needs to happen is that if the ETRs at A can recognize that that > particular EID Ac has 'gone walkabout', if they see any incoming > traffic to > that EID they can use that as a signal that the source ITR for that > traffic > has incorrect, cached mapping data for Ac. They can then tell the > source ITR > (at B) 'hey, your mapping for Ac is wrong, request a new one'. (I > don't know > if it's possible to say 'hey, your mapping for this is wrong, here's > the > right one', because without signed mappings, that's a DoS vector.) Noel, I think practically this can't work. A lot of times radios go down and the MN can't signal to anyone. And when the radios come back up, the MN could be somewhere else topologically. Also, the ETRs can't tell the difference between the MN roaming or it is just down but stationary in the site. The MN, itself has to solve this problem. > They can also forward the traffic to the right place - yes, it causes > triangle routing for a bit, until B is updated, but that's probably > better > than simply dropping it. I have seen cases where even if the packet to the MN is going to the home site, the packets can still get dropped because the MN hasn't come back up yet or there is latency in signaling that it is up. You can't do much about this. > The inefficiency comes in in two ways. > > First, all ETRs have to have a list of EIDs which are no longer at > that ETR, > and incoming packets have to be checked against it. (Perhaps this > can somehow > be folded into the 'route the packet to the internal destination > once the > outer header has been stripped' operation, at little/no increase in > overhead > for packets to other hosts within the site - but the original outer > header > for such packets will have to be saved so the correct source ITR can > be > notified if the lookup barfs on 'host moved'.) > > Second, a mobile node has to let not just some entity which holds > its current > mapping know that it has moved, but also all the ETRs through which > it might > have been reached. That's since packets for it, from ITRs which hold > only the > old mapping, might show up at any of them, and they all have to be > able to do > the check outlined above. It's not clear how much of a problem this > is, > though, and I don't remember enough of how mobile LISP works to > comment. In my last email I indicated that the LISP mobile node sends an SMR to the sites it is currently talking to. This is the same action that an ITR would do when a mapping has changed at a stationary site. In response to the SMR, the remote sites will send a new Map-Request. That Map-Request goes to the map-resolver that puts it on the ALT where the map-server gets the request with the newly registered RLOC- set from the LISP mobile node. Dino From dino@cisco.com Fri Jul 3 16:36:16 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 66B773A6919 for ; Fri, 3 Jul 2009 16:36:16 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.57 X-Spam-Level: X-Spam-Status: No, score=-6.57 tagged_above=-999 required=5 tests=[AWL=0.029, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wgKJ+V-HYNCB for ; Fri, 3 Jul 2009 16:36:15 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 105363A683F for ; Fri, 3 Jul 2009 16:36:15 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,345,1243814400"; d="scan'208";a="337207793" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-6.cisco.com with ESMTP; 03 Jul 2009 23:36:39 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n63NacsC019756; Fri, 3 Jul 2009 16:36:38 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n63NacKp016534; Fri, 3 Jul 2009 23:36:38 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 16:36:38 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 16:36:38 -0700 Message-Id: From: Dino Farinacci To: jnc@mercury.lcs.mit.edu (Noel Chiappa) In-Reply-To: <20090703232738.376D16BE5CA@mercury.lcs.mit.edu> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 16:36:38 -0700 References: <20090703232738.376D16BE5CA@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 03 Jul 2009 23:36:38.0393 (UTC) FILETIME=[1C3CFE90:01C9FC37] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1487; t=1246664198; x=1247528198; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=lN/1reyIi0doNBtC+nGNA1K9SYSQJnTNRUVj4lES6LE=; b=kJCJhVWhj8oPRLAImyQUkrVzwW7aTqkAlFMeYpEqd/d/KB7ja+rIQlhYRt IhrBnc/2D26ljyzOYOglGG00CDx6VlZqEpoXs4ElwDdT2m57hfSZVZdnZ4Cn ksRnaVXaFE; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 Jul 2009 23:36:16 -0000 >> From: Dino Farinacci > >> Well the LISP mobile node can do the Map-Request thing I mentioned as >> well. That would be better because the stationary site only needs the >> 32 state in it's ITRs only for the roaming LISP mobile nodes it is >> talking to. >> ... What I am saying is that the LISP mobile node can set the SMR-bit >> in data packets returning to the stationary site that has cached >> the /16. > > Perhaps I'm mis-understanding you, but doesn't this only work for > cases where > the mobile node tries to send packets to the stationary site first? If the remote site and the LISP mobile at the home site is chit- chatting back and forth, the mobile node will continue to chit-chat so packets will be sent from the mobile node. If no data was moving back and forth and a new TCP connection is being sent from the remote site to the LISP mobile node, then we have a problem because the SYN will follow the /16 map-cache entry Joel was referring to. This is where the ETR has to get involved. But this is hard to solve and harder to implement. So let's chew on that for a while. > Otherwise, if the stationary site goes to send packets to the mobile > node, it > will send them to the fixed location the mobile node used to be at, > no? Right. Dino > > Noel > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jnc@mercury.lcs.mit.edu Fri Jul 3 17:50:50 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DD0903A6BB6 for ; Fri, 3 Jul 2009 17:50:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.499 X-Spam-Level: X-Spam-Status: No, score=-6.499 tagged_above=-999 required=5 tests=[AWL=0.100, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rJFgBnxgkgIT for ; Fri, 3 Jul 2009 17:50:50 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 7AF4C3A6CFE for ; Fri, 3 Jul 2009 17:50:02 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 1977D6BE5CA; Fri, 3 Jul 2009 20:50:24 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090704005025.1977D6BE5CA@mercury.lcs.mit.edu> Date: Fri, 3 Jul 2009 20:50:24 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 04 Jul 2009 00:50:51 -0000 > From: Dino Farinacci > A lot of times radios go down and the MN can't signal to anyone. And > when the radios come back up, the MN could be somewhere else > topologically. If the MN is down, or off the air completely, there's no way for anyone to get any traffic to or from it, no matter what anyone does. So that's an uninteresting case (and one I wouldn't have mentioned, because of that). What I'm talking about are cases where the MN _is_ on the air, but not at its home site. It then has to work out where it is, and tell _somebody_ where that is, before any communication can happen - in any scheme at all. But that much is intuitively obvious, no? > the ETRs can't tell the difference between the MN roaming or it is just > down but stationary in the site. The MN, itself has to solve this > problem. Sure. The MN first has to to be on the air _somewhere_, and know that it's not at its home site. But, again, those conditions hold true for _any_ mobility solution I can think of. So, given those necessary preconditions for an interesting case, how does the 'ETR notices inbound traffic for a node which has notified (perhaps indirectly) the ETRs that it has gone walkabout' approach sound? If you like the general approach, we can then talk about the details (e.g. how does the info get from the mobile nodes to the ETRs - directly or indirectly; if the latter, through who; etc). > If no data was moving back and forth .. then we have a problem .. > This is where the ETR has to get involved. Well, that's the question I was effectively raising with my initial message in the thread - can the ETR be part of the solution for cases where someone new is trying to contact a mobile node. > But this is hard to solve and harder to implement. So let's chew on > that for a while. Ditto previous "how does the 'ETR notices inbound traffic for a node which has .. gone walkabout' approach sound" comment. Noel From dino@cisco.com Fri Jul 3 17:57:02 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 976D43A69ED for ; Fri, 3 Jul 2009 17:57:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.572 X-Spam-Level: X-Spam-Status: No, score=-6.572 tagged_above=-999 required=5 tests=[AWL=0.027, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rmYfag-TVwKr for ; Fri, 3 Jul 2009 17:57:01 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 7FE8E3A6883 for ; Fri, 3 Jul 2009 17:57:01 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,345,1243814400"; d="scan'208";a="337231532" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-6.cisco.com with ESMTP; 04 Jul 2009 00:56:03 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n640u3Jv014312; Fri, 3 Jul 2009 17:56:03 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n640u36T008538; Sat, 4 Jul 2009 00:56:03 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 17:56:03 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 17:56:02 -0700 Message-Id: <18620534-0BBE-41A8-86EA-421E4C4805AE@cisco.com> From: Dino Farinacci To: jnc@mercury.lcs.mit.edu (Noel Chiappa) In-Reply-To: <20090704005025.1977D6BE5CA@mercury.lcs.mit.edu> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 17:56:02 -0700 References: <20090704005025.1977D6BE5CA@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 04 Jul 2009 00:56:02.0865 (UTC) FILETIME=[3415BA10:01C9FC42] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2833; t=1246668963; x=1247532963; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=8ov2yo5OA9zjPTK6UovdHDxiAamf146uTLxkk6VaSfo=; b=kzyEiWMB0suRAc/Iif2aWKf7DRtmwZM1xDd5OzbvrKR6bHTwbHd1xnNq92 Krs7TQsiJYvC6x8qu1VvNVqDfBlif/rh3G4YU6/3XA9N+dQb5JTmOSDpcg8f TxwEAp2cwE; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 04 Jul 2009 00:57:02 -0000 >> From: Dino Farinacci > >> A lot of times radios go down and the MN can't signal to anyone. And >> when the radios come back up, the MN could be somewhere else >> topologically. > > If the MN is down, or off the air completely, there's no way for > anyone to > get any traffic to or from it, no matter what anyone does. So that's > an > uninteresting case (and one I wouldn't have mentioned, because of > that). > > What I'm talking about are cases where the MN _is_ on the air, but > not at its > home site. It then has to work out where it is, and tell _somebody_ > where > that is, before any communication can happen - in any scheme at all. > But that > much is intuitively obvious, no? Right and the LISP-MN spec says it registers to the map-server for new cachers to get the latest RLOC and sends SMRs to the existing cachers to update the RLOC-set. >> the ETRs can't tell the difference between the MN roaming or it is >> just >> down but stationary in the site. The MN, itself has to solve this >> problem. > > Sure. The MN first has to to be on the air _somewhere_, and know > that it's > not at its home site. But, again, those conditions hold true for _any_ > mobility solution I can think of. Right, my point is that the hand-off is not instantaneous and sometimes not graceful. > So, given those necessary preconditions for an interesting case, how > does the > 'ETR notices inbound traffic for a node which has notified (perhaps > indirectly) the ETRs that it has gone walkabout' approach sound? If > you like > the general approach, we can then talk about the details (e.g. how > does the > info get from the mobile nodes to the ETRs - directly or indirectly; > if the > latter, through who; etc). It is a bit challenging because, 1) the ETR has to know which IP addresses for the site are mobile nodes, 2) the ETR has to ping or poll each one to find out when they are not around anymore. >> If no data was moving back and forth .. then we have a problem .. >> This is where the ETR has to get involved. > > Well, that's the question I was effectively raising with my initial > message > in the thread - can the ETR be part of the solution for cases where > someone > new is trying to contact a mobile node. Okay, the verbs weren't precise, so "contact" here means trying to establish a connection. Dino >> But this is hard to solve and harder to implement. So let's chew on >> that for a while. > > Ditto previous "how does the 'ETR notices inbound traffic for a node > which > has .. gone walkabout' approach sound" comment. > > Noel > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dino@cisco.com Fri Jul 3 17:59:33 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 43FEB3A67AA for ; Fri, 3 Jul 2009 17:59:33 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.573 X-Spam-Level: X-Spam-Status: No, score=-6.573 tagged_above=-999 required=5 tests=[AWL=0.026, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id KeGTUUQsnG2f for ; Fri, 3 Jul 2009 17:59:32 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 6AF8D3A69C6 for ; Fri, 3 Jul 2009 17:59:31 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,345,1243814400"; d="scan'208";a="337232532" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-6.cisco.com with ESMTP; 04 Jul 2009 00:59:39 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n640xd5A020612 for ; Fri, 3 Jul 2009 17:59:39 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n640xdiv016025 for ; Sat, 4 Jul 2009 00:59:39 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 17:59:39 -0700 Received: from [192.168.1.5] ([10.21.149.102]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 3 Jul 2009 17:59:38 -0700 Message-Id: <2643F6A4-6BE2-43F8-A265-3B5DC9B763EB@cisco.com> From: Dino Farinacci To: lisp@ietf.org Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 3 Jul 2009 17:59:38 -0700 X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 04 Jul 2009 00:59:38.0899 (UTC) FILETIME=[B4D9E630:01C9FC42] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=529; t=1246669179; x=1247533179; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20One=20more=20point=20about=20the=20/16=20and=20 the=20/32=20issue=20 |Sender:=20; bh=Ep97l91oUBm22PzK3Gyf006LIxbsXcJAMu2p1zM9zms=; b=hbLQ7zLcQFrMEUU8Atr4bzNrlW9PVkY5FwogeFdfWclhotVavqZ4CcfJxu GoGh3J7olPxcFrKQ2KU/ijfFLUYaKDwe2ZpE39yik3xD5kotBxx2ae8PC7Xi l6NkEgWV+BHnI7EArtNXLpRHS15JKJ/SDKsK3sug8jz2vZhMABPnw=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Subject: [lisp] One more point about the /16 and the /32 issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 04 Jul 2009 00:59:33 -0000 Note that if a carrier is allocating /32s to mobile nodes, then there really isn't a home site and everything in the EID-prefix is moving. Also, that EID-prefix isn't really in anyone's map-cache just the /32s. The problem that Joel brought up, is if an enterprise that is using both stationary nodes and mobile nodes from *the same EID-prefix" is when the problem arises. That is, that enterprise could use another EID-prefix which is allocated only for LISP mobile nodes. So only /32s are cached. Dino From jnc@mercury.lcs.mit.edu Fri Jul 3 18:07:26 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E56463A693D for ; Fri, 3 Jul 2009 18:07:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.524 X-Spam-Level: X-Spam-Status: No, score=-6.524 tagged_above=-999 required=5 tests=[AWL=0.075, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CGXck0LUVR3j for ; Fri, 3 Jul 2009 18:07:26 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 3E9973A67AA for ; Fri, 3 Jul 2009 18:07:26 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 2A3696BE5DB; Fri, 3 Jul 2009 21:07:45 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090704010745.2A3696BE5DB@mercury.lcs.mit.edu> Date: Fri, 3 Jul 2009 21:07:45 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] One more point about the /16 and the /32 issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 04 Jul 2009 01:07:27 -0000 > From: Dino Farinacci > The problem that Joel brought up, is if an enterprise that is using > both stationary nodes and mobile nodes from *the same EID-prefix" is > when the problem arises. That is, that enterprise could use another > EID-prefix which is allocated only for LISP mobile nodes. That's definitely another possible 'solution' - don't support mobility from within 'static' EID blocks. If an organization wants to support mobility, it needs to get a separate block for that. I say this, not as a snide 'let them eat cake' kind of thing, but in serious recognition that other solutions will inevitably include complexity, overhead, etc, etc and one has to seriously consider whether simply saying 'this particular frill is not supported, just use a separate block' isn't the appropriate answer from an overall engineering point of view. Noel From pierre.francois@uclouvain.be Mon Jul 6 01:44:56 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A0F2128C20E for ; Mon, 6 Jul 2009 01:44:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id XTu6-GDa6EFc for ; Mon, 6 Jul 2009 01:44:55 -0700 (PDT) Received: from smtp4.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 541D728C188 for ; Mon, 6 Jul 2009 01:44:55 -0700 (PDT) Received: from nukuhiva.local (4.119-245-81.adsl-dyn.isp.belgacom.be [81.245.119.4]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: pifrancois@smtp4.sgsi.ucl.ac.be) by smtp4.sgsi.ucl.ac.be (Postfix) with ESMTPSA id D3EA7EF526 for ; Mon, 6 Jul 2009 10:38:00 +0200 (CEST) X-DKIM: Sendmail DKIM Filter v2.8.2 smtp4.sgsi.ucl.ac.be D3EA7EF526 DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=uclouvain.be; s=selucl; t=1246869481; bh=bql2fNAT2rN8fg1DSgoutz+f6EsRKjuu+IH5QzU/Bxo=; h=Message-ID:Date:From:Reply-To:MIME-Version:To:Subject: Content-Type; b=jC52yQFTMGhkQA4U0VL4gDvKzYsCkAO4sATC2roR+Ca113nQ1P/IyNV5OcgQXGX9F 7uFFMdBqSf0h8edvi3g/bkD3mXhh1LLQOdYWFa0yKcMEM7hGrwDKWy3J4qodUmGqz6 APnLp2WawJJiBY1nlhLUe16PpT2FGwHkERbzht8M= Message-ID: <4A51B7E3.10200@uclouvain.be> Date: Mon, 06 Jul 2009 10:37:55 +0200 From: Pierre Francois User-Agent: Thunderbird 2.0.0.21 (Macintosh/20090302) MIME-Version: 1.0 To: lisp@ietf.org Content-Type: multipart/mixed; boundary="------------070403000003080000010809" X-Virus-Scanned: clamav-milter 0.95.2 at smtp-4.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: D3EA7EF526.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: pierre.francois@uclouvain.be X-SGSI-Spam-Status: No Subject: [lisp] [Fwd: I-D Action:draft-bonaventure-lisp-preserve-00.txt] X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list Reply-To: pierre.francois@uclouvain.be List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 06 Jul 2009 08:44:56 -0000 This is a multi-part message in MIME format. --------------070403000003080000010809 Content-Type: text/plain; charset=ISO-8859-15; format=flowed Content-Transfer-Encoding: 7bit FYI -------- Original Message -------- Subject: I-D Action:draft-bonaventure-lisp-preserve-00.txt Date: Mon, 06 Jul 2009 01:30:01 -0700 (PDT) From: Internet-Drafts@ietf.org Reply-To: internet-drafts@ietf.org To: i-d-announce@ietf.org A New Internet-Draft is available from the on-line Internet-Drafts directories. Title : Preserving the reachability of LISP ETRs in case of failures Author(s) : O. Bonaventure, et al. Filename : draft-bonaventure-lisp-preserve-00.txt Pages : 21 Date : 2009-07-06 Maintaining reachability of an EID prefix despite the failures of ETRs is a key concern in the LISP architecture. In this document, we first analyse this problem in comparison with traditional routing protocols. Then, we explain how Internet Service Providers could offer a service that preserves the reachability of the LISP ETRs of their customers in case of failures. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-bonaventure-lisp-preserve-00.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ Below is the data which will enable a MIME compliant mail reader implementation to automatically retrieve the ASCII version of the Internet-Draft. --------------070403000003080000010809 Content-Type: Message/External-body; name="draft-bonaventure-lisp-preserve-00.txt" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="draft-bonaventure-lisp-preserve-00.txt" Content-Type: text/plain Content-ID: <2009-07-06012241.I-D@ietf.org> --------------070403000003080000010809 Content-Type: text/plain; name="Attached Message Part" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="Attached Message Part" _______________________________________________ I-D-Announce mailing list I-D-Announce@ietf.org https://www.ietf.org/mailman/listinfo/i-d-announce Internet-Draft directories: http://www.ietf.org/shadow.html or ftp://ftp.ietf.org/ietf/1shadow-sites.txt --------------070403000003080000010809-- From phdgang@gmail.com Mon Jul 6 08:40:02 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0B8733A6B7F for ; Mon, 6 Jul 2009 08:40:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.979 X-Spam-Level: X-Spam-Status: No, score=-0.979 tagged_above=-999 required=5 tests=[AWL=1.619, BAYES_00=-2.599, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id S-u-9-Cm2jSr for ; Mon, 6 Jul 2009 08:40:01 -0700 (PDT) Received: from mail-pz0-f198.google.com (mail-pz0-f198.google.com [209.85.222.198]) by core3.amsl.com (Postfix) with ESMTP id 2992228C168 for ; Mon, 6 Jul 2009 08:40:00 -0700 (PDT) Received: by pzk36 with SMTP id 36so4291698pzk.29 for ; Mon, 06 Jul 2009 08:39:20 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:received:date:message-id:subject :from:to:content-type; bh=rLPK3wGuusGhV2AQN5ucLgic8LlXT4pZsATiDFsTpMw=; b=wnt1LSt6IML0TZ1lOJEXSrMrmDpRHyXzaqSlawgAsGmLU6JFQwPu9D8K4z4abwZV6E MNcXFmGUQ1ZoiivtybBXcgIc3Rchqh90lVERM/TXlJzRsFiH6wsEHJ1QHH3kSbTNqycZ 0ajMhjI7CbCCOJYqbx6GYbBUdl8GTfODT2vfo= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:date:message-id:subject:from:to:content-type; b=r1zXzx1jjhAW/OBXM7RnsuDeu2MW7V48q7d8g8L6rTDepWFYEWBuXJgS7Z3+iumcYX FYGpwPIVCGZ/NnmwRipvZvhD91AE7PUl2XmNbxy2c+myXqlqb98MB3IcYXY6EC/AZcA4 RCeiZXduFoN/obh0t39hNhJToC6xEPc0SJiTQ= MIME-Version: 1.0 Received: by 10.143.29.17 with SMTP id g17mr1468123wfj.218.1246894760617; Mon, 06 Jul 2009 08:39:20 -0700 (PDT) Date: Mon, 6 Jul 2009 23:39:20 +0800 Message-ID: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> From: Chen Gang To: lisp@ietf.org Content-Type: multipart/alternative; boundary=001636e9024b476762046e0b4fde Subject: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 06 Jul 2009 15:40:02 -0000 --001636e9024b476762046e0b4fde Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Hello all, We have posted a new draft which has proposed an incremental deplyable mapping service based DHT overlay network. Please kindly review it. Any comment is welcome. Thanks -Gang A New Internet-Draft is available from the on-line Internet-Drafts directories. Title : An Incremental Deployable Mapping Service for Scalable Routing Architecture Author(s) : G. Chen, et al. Filename : draft-chen-lisp-er-mo-00.txt Pages : 20 Date : 2009-07-06 This document describes a mechanism of providing mapping service for LISP-like architecture. The mapping service comprises of EID Router (ER) mechanism and supplementary DHT Mapping Overlay (MO), in which ER mechanism is for non-cached packets tunneling, while the DHT MO serves as a supplement that provides specific mappings to reduce tunneling cost. The mechanism is flexibly deployable for ISPs since it costs little and is easy to progress. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-chen-lisp-er-mo-00.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ --001636e9024b476762046e0b4fde Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
Hello all,
=A0
We have posted a new draft which has proposed an incremental deplyable= mapping service based DHT overlay network.
Please kindly review it.
Any comment is welcome.
=A0
Thanks
=A0
-Gang
=A0
A New Internet-Draft is available from the on-line Internet-Drafts dir= ectories.
=A0=A0=A0=A0=A0=A0 Title=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 : An Incrementa= l Deployable Mapping Service for Scalable Routing Architecture
=A0=A0=A0= =A0=A0=A0 Author(s)=A0=A0=A0=A0=A0=A0 : G. Chen, et al.
=A0=A0=A0=A0=A0= =A0 Filename=A0=A0=A0=A0=A0=A0=A0 : draft-chen-lisp-er-mo-00.txt
=A0=A0= =A0=A0=A0=A0 Pages=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 : 20
=A0=A0=A0=A0=A0=A0 Date=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 : 2009-07-06
This document describes a mechanism of providing mapping service forLISP-like architecture.=A0 The mapping service comprises of EID Router(ER) mechanism and supplementary DHT Mapping Overlay (MO), in which
ER mechanism is for non-cached packets tunneling, while the DHT MO
serve= s as a supplement that provides specific mappings to reduce
tunneling co= st.=A0 The mechanism is flexibly deployable for ISPs since
it costs litt= le and is easy to progress.
Internet-Drafts are also available by anonymous FTP at:
ftp://ftp.ietf.org/internet-drafts/
--001636e9024b476762046e0b4fde-- From dmm@1-4-5.net Mon Jul 6 13:42:19 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0937C3A6A5A for ; Mon, 6 Jul 2009 13:42:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.509 X-Spam-Level: X-Spam-Status: No, score=-2.509 tagged_above=-999 required=5 tests=[AWL=0.090, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id uoLcakc8dzAh for ; Mon, 6 Jul 2009 13:42:18 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 3BE9C3A6405 for ; Mon, 6 Jul 2009 13:42:18 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n66KfCsb012118 for ; Mon, 6 Jul 2009 13:41:12 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n66KfCfj012117 for lisp@ietf.org; Mon, 6 Jul 2009 13:41:12 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Mon, 6 Jul 2009 13:41:12 -0700 From: David Meyer To: lisp@ietf.org Message-ID: <20090706204112.GA11883@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="fdj2RfSjLxBAspz7" Content-Disposition: inline X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Subject: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 06 Jul 2009 20:42:19 -0000 --fdj2RfSjLxBAspz7 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable See https://lig.svn.sourceforge.net A couple of caveats: (i). It probably won't compile/run on FreeBSD. If someone has the time to look at that it would be great.=20 (ii). I just noticed that changed a place where I changed an name into an IP address then print the IP address (instead of the name); will fix that. (iii). I looked at making one binary understand bot v4 and v6, which made me understand (at least in part) why some people split those (e.g., ping/ping6).=20 Comments greatly apprecated. Thanks, Dave [BTW, if folks have comments on how I set up the sourceforge repository, let me know. Thannks again, Dave] =09 --fdj2RfSjLxBAspz7 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpSYWgACgkQORgD1qCZ2Ke/rACfd4EOSfgYLMGsibO9iutg0ab0 6twAoJKoyszbrGxQs2GfDXac9HVBitxS =Dj56 -----END PGP SIGNATURE----- --fdj2RfSjLxBAspz7-- From luigi@net.t-labs.tu-berlin.de Tue Jul 7 07:17:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 442D128C4B8 for ; Tue, 7 Jul 2009 07:17:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.814 X-Spam-Level: X-Spam-Status: No, score=-1.814 tagged_above=-999 required=5 tests=[AWL=-0.435, BAYES_00=-2.599, HELO_EQ_DE=0.35, SARE_MLH_Stock1=0.87] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id sbcP8AyR5HFO for ; Tue, 7 Jul 2009 07:17:06 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 08D9D28C4AB for ; Tue, 7 Jul 2009 07:17:06 -0700 (PDT) Received: from dyn106.net.t-labs.tu-berlin.de (dyn106.net.t-labs.tu-berlin.de [130.149.220.106]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id D08C87064D76; Tue, 7 Jul 2009 13:30:31 +0200 (CEST) Message-Id: <9C251AAA-EFD0-4576-99FC-D8FC8D10111D@net.t-labs.tu-berlin.de> From: Luigi Iannone To: Sam Hartman In-Reply-To: Content-Type: multipart/mixed; boundary=Apple-Mail-5-223575579 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 7 Jul 2009 13:30:31 +0200 References: X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Security work for Stockholm X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 14:17:09 -0000 --Apple-Mail-5-223575579 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi All, concerning security, things advanced a bit slower than expected. Attached to this mail you can find a (very) first draft on LISP security. Since it is not complete we decided not to submit it through the IETF submission tool, and we are not asking any time slot during the next meeting. Yet, people that have some spare time can have a look at the document and give us feedback. Cheers Luigi --Apple-Mail-5-223575579 Content-Disposition: attachment; filename=draft-saucez-lisp-security-00.txt Content-Type: text/plain; x-unix-mode=0644; name="draft-saucez-lisp-security-00.txt" Content-Transfer-Encoding: quoted-printable Network Working Group D. Saucez Internet-Draft L. Iannone Intended status: Standards Track O. Bonaventure Expires: January 8, 2010 July 7, 2009 Notes on LISP Security Threats and Requirements draft-saucez-lisp-security-00.txt Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. This document may contain material from IETF Documents or IETF Contributions published or made publicly available before November 10, 2008. The person(s) controlling the copyright in some of this material may not have granted the IETF Trust the right to allow modifications of such material outside the IETF Standards Process. Without obtaining an adequate license from the person(s) controlling the copyright in such materials, this document may not be modified outside the IETF Standards Process, and derivative works of it may not be created outside the IETF Standards Process, except to format it for publication as an RFC or to translate it into languages other than English. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on January 8, 2010. Copyright Notice Copyright (c) 2009 IETF Trust and the persons identified as the document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Saucez, et al. Expires January 8, 2010 [Page 1] =0C Internet-Draft LISP Security July 2009 Provisions Relating to IETF Documents in effect on the date of publication of this document (http://trustee.ietf.org/license-info). Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Abstract The present document is just a preliminary collection of notes about LISP security threats and requirements. Its purpose is to start a discussion on the subject among people that have shown interest in working on the matter. Saucez, et al. Expires January 8, 2010 [Page 2] =0C Internet-Draft LISP Security July 2009 Table of Contents 1. Requirements notation . . . . . . . . . . . . . . . . . . . . 4 2. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 4 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 4 4. Data-plane threats . . . . . . . . . . . . . . . . . . . . . . 4 4.1. Security of the data stream . . . . . . . . . . . . . . . 5 4.2. LISP-encapsulated packet spoofing . . . . . . . . . . . . 5 4.3. Nonce . . . . . . . . . . . . . . . . . . . . . . . . . . 6 4.4. LISP-Cache threats . . . . . . . . . . . . . . . . . . . . 6 4.4.1. LISP-Cache poisoning . . . . . . . . . . . . . . . . . 6 4.4.2. LISP-Cache overflow . . . . . . . . . . . . . . . . . 7 4.5. LISP-Database threats . . . . . . . . . . . . . . . . . . 8 4.6. DoS threats . . . . . . . . . . . . . . . . . . . . . . . 8 4.6.1. SMR bit . . . . . . . . . . . . . . . . . . . . . . . 8 4.6.2. Reachability Bits . . . . . . . . . . . . . . . . . . 8 4.6.3. Versioning . . . . . . . . . . . . . . . . . . . . . . 9 4.6.4. Gleaning . . . . . . . . . . . . . . . . . . . . . . . 9 4.6.5. Rate Limitation . . . . . . . . . . . . . . . . . . . 10 4.6.6. Mapping System and Filtering . . . . . . . . . . . . . 10 4.7. Other Attacks . . . . . . . . . . . . . . . . . . . . . . 11 4.7.1. Time-shifted attacks . . . . . . . . . . . . . . . . . 11 4.7.2. Amplification attacks . . . . . . . . . . . . . . . . 11 5. Control-plane threats . . . . . . . . . . . . . . . . . . . . 11 5.1. Control-plane Requirements . . . . . . . . . . . . . . . . 12 5.2. LISP-Database coherence . . . . . . . . . . . . . . . . . 12 5.3. LISP Map Server . . . . . . . . . . . . . . . . . . . . . 12 6. Interaction between Data- and Control-plane . . . . . . . . . 13 6.1. Data-plane side effects on the control-plane . . . . . . . 13 6.2. Control-plane side effects on the data-plane . . . . . . . 13 6.3. Data-plane threats leveraging on the control-plane . . . . 13 6.4. Control-plane threats leveraging on the data-plane . . . . 13 7. IANA Considerations . . . . . . . . . . . . . . . . . . . . . 13 8. Security Considerations . . . . . . . . . . . . . . . . . . . 14 9. Acknowledgments . . . . . . . . . . . . . . . . . . . . . . . 14 10. Normative References . . . . . . . . . . . . . . . . . . . . . 14 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 15 Saucez, et al. Expires January 8, 2010 [Page 3] =0C Internet-Draft LISP Security July 2009 1. Requirements notation The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119]. 2. Introduction The Locator/ID Separation Protocol (LISP) is defined in draft-ietf-lisp-01.txt [I-D.ietf-lisp]. The present document aims at identifying threats in the current LISP specification and possibly list a set of requirements or mechanism needed to increase its security. A preliminary security analysis on LISP has been conducted by M. Bagnulo in [I-D.bagnulo-lisp-threat]. This document is split in two main parts; one concerning the Data- plane and one concerning the Control-Plane. The LISP data-plane consists of LISP packet encapsulation, decapsulation, and forwarding and includes the LISP-Cache and LISP- Database data structures needed to perform such operations. The present document will try to analyze the possible threats of the data-plane. The LISP control-plane consists in the mapping distribution system, which can be one of the mapping distribution protocols proposed so far (e.g., [I-D.ietf-lisp-ms], [I-D.ietf-lisp-alt], [I-D.meyer-lisp-cons], and [I-D.lear-lisp-nerd] ), and the set of Map-Request and Map-Reply messages. The present document will not analyze all possible threats of each specific mapping distribution protocol. Rather, this document will try to find a common set of requirements that every present and future mapping distribution protocol should satisfy in order to reduce as much as possible threats related to the LISP control-plane. 3. Definition of Terms To be Done. 4. Data-plane threats This section contains some threats and attacks related to the LISP data-plane. By LISP data-plane it is intended the operations of encapsulation, decapsulation, and forwarding as well as the content of the LISP-Cache and LISP-Database as specified in the original LISP Saucez, et al. Expires January 8, 2010 [Page 4] =0C Internet-Draft LISP Security July 2009 document ([I-D.ietf-lisp]). 4.1. Security of the data stream In some context it could be necessary to secure the data stream that is LISP encapsulated. This can be achieved with two different approaches: o Securing messages. In this approach a field needs to be added to the LISP header in order to secure the content. o Securing the transport protocol. An example of this approach is the use of IPSEC to secure the content of the original, non LISP- encapsulated, packet. What is the approach suitable in the LISP context? 4.2. LISP-encapsulated packet spoofing Like any other type of packet in the Internet, LISP encapsulated packets can also be spoofed. Generally the term "spoofed packet" indicates a packet containing a source IP address which is not the one of the actual originator of the packet. Since LISP uses encapsulation, this translates in two types of spoofing: o EID Spoofing: The originator of the packet put in it a spoofed EID. The packet will be normally encapsulated by the ITR of the site. o RLOC Spoofing: The originator of the packet generates directly a LISP-encapsulated packet with a spoofed source RLOC. Note that the two types of spoofing are not mutually exclusive, rather all combinations are possible and can be used to perform several kind of attacks. The work done in the SAVI WG ([SAVI]) can be useful in mitigating spoofing. It is worth to notice that in the context of LISP, there is also the possibility to spoof part of the content of the LISP-specific header in order to perform some attacks. The various possibilities are listed in the following sections, while describing the possible attacks. Saucez, et al. Expires January 8, 2010 [Page 5] =0C Internet-Draft LISP Security July 2009 4.3. Nonce The "Nonce" gives some basic security support by acting as a "session cookie", similar to what is used in L2TP ([I-D.ietf-l2tpext-l2tp-base]). The use of the Nonce to mitigate some of the possible attacks is described in the following sections. There should be an explicit discussion on the limits of the Nonce? 4.4. LISP-Cache threats A key component of the overall LISP architecture is the LISP-Cache. The LISP-Cache is the data structure that stores the bindings between EID and RLOC (namely the "mappings") to be used later on. Attacks against this data structure can happen either when the mappings are first installed in the cache (see also Section 5) or by corrupting (poisoning) the mappings already present in the cache. 4.4.1. LISP-Cache poisoning The content of the LISP-Cache can be poisoned by spoofing LISP encapsulated packets. Example of LISP-Cache poisoning are: Fake mapping: The cache contains entirely fake mappings that do not originate from an authoritative mapping server. This can be achieved either through the gleaning as described in Section 4.6.4 or by attacking the control-plane as described in Section 5. EID Poisoning: The EID-Prefix in a specific mapping is not owned by the originator of the entry. Similarly to the previous case, this can be achieved either through the gleaning as described in Section 4.6.4 or by attacking the control-plane as described in Section 5. EID redirection/RLOC poisoning: The EID-Prefix in the mapping is not binded to (located by) the set of RLOCs present in the mapping. This can result in traffic redirected elsewhere, eavesdropped, or even blackholed. Note that not necessarily all RLOCs are fake/spoofed. The attack works also if only part of the RLOCs, the highest priority ones, are compromised. Again, this can be achieved either through the gleaning as described in Section 4.6.4 or by attacking the control-plane as described in Section 5. Saucez, et al. Expires January 8, 2010 [Page 6] =0C Internet-Draft LISP Security July 2009 Reachability poisoning: The reachability information stored in the mapping could be poisoned, redirecting the traffic to a subset of the RLOCs (or even stopping it if reachability bits are all set to 0). If reachability information is not verified through the control-plane this attack can be simply achieved by sending a spoofed packet with swapped or all reachability bits reset. The same result can be obtained by attacking the control-plane as described in Section 5. Traffic Engineering information poisoning: The LISP protocol defines two attributes associated to each RLOC in order to perform inbound Traffic Engineering: namely priority and weight. By injecting fake TE attributes, the attacker is able to break load balancing policies and concentrate all the traffic on one single RLOC or put more load on a RLOC than what is expected, creating congestion. Corrupting the TE attributes can be achieved by attacking the control-plane as described in Section 5. Mapping TTL poisoning: The LISP protocol associate a Time-To-Live to each mapping that, ones expired, allows to delete a mapping from the LISP-Cache (or forces a Map-Request/Map-Reply exchange to refresh it if still needed). By injecting fake TTL values, an attacker can either shrink the Cache (using very short TTL), thus creating an excess of cache miss causing a DoS on the mapping system, or it can increase the size of the cache by putting very high TTL values, up to a cache overflow (see Section 4.4.2). Corrupting the TTL can be achieved by attacking the control-plane as described in Section 5. If the above listed attacks succeed, the attacker has the means of controlling the traffic. 4.4.2. LISP-Cache overflow Depending on how the LISP-cache is managed (e.g., LRU vs. LFU) and depending on its size, an attacker can try to fill the cache with fake mappings. Once the cache is full, some mapping will be replaced by new fake ones, causing traffic disruption. This can be achieved either through the gleaning as described in Section 4.6.4 or by attacking the control-plane as described in Section 5. Another way to generate a LISP-Cache overflow is by injecting mapping with a fake and very large TTL value. In this case the cache will keep a large amount of mappings ending with a completely full cache. This type of attack is also performed through the control-plane. Saucez, et al. Expires January 8, 2010 [Page 7] =0C Internet-Draft LISP Security July 2009 4.5. LISP-Database threats The LISP-Database data structure is meant to contain the mappings that are "owned" locally, i.e., the mappings that are used for selecting the source RLOC when encapsulating, and binding the EID- Prefix downstream the xTR and the RLOCs present on the xTR. The simplest way to fill the LISP-Database is by configuration on each single xTR. This secure the data structure as much as the xTR itself is robust to intrusions. Nevertheless, part of the information contained in the mappings that are in the LISP-Database are subject to change in time, e.g., reachability information, TE attributes, etc. The way mappings are updated can open security breaches allowing attackers to poison or corrupt the LISP-Database in a way similar to the LISP-Cache. These attacks are more related to the control-plane and will be discussed in Section 5. 4.6. DoS threats This section tries to list all possible DoS attacks and suggests, when possible, mechanisms that help in mitigating the threat. 4.6.1. SMR bit This DoS attack is based on sending a burst of packets with the SMR bit set. In turn, this will trigger a burst of Map-Request, thus finally the target of the attack is the control-plane. Several counter-measures can be introduced to mitigate its effects: o Ignore SMR bit if nonce does not change. o In the case of versioning, ignore SMR bit if version number has not changed. o Rate limitation can be used to reduce the number of issued Map- Request packets. 4.6.2. Reachability Bits Reachability bits should be used only as a hint, meaning that upon reception of a packet having Reach-Bits different from what stored in the mapping present in the LISP-Cache, a Map-Request is issued in order to have confirmation of the change. However, with this behavior, an attacker can send a burst of packets with different reach-bits in order to trigger a burst of Map-Request packets, thus again attacking the control-plane. Several counter-measures can be Saucez, et al. Expires January 8, 2010 [Page 8] =0C Internet-Draft LISP Security July 2009 introduced to mitigate its effects: o Ignore Reach-Bits if nonce does not change. o In the case of versioning, ignore Reach-bits if version number has not changed. o Rate limitation can be used to reduce the number of issued Map- Request packets. 4.6.3. Versioning If versioning is used, upon reception of a packet having a different version number, compared to the one stored in the mapping present in the LISP-Cache, a Map-Request is issued in order to have confirmation of the change. An attacker can send a burst of packets with different version numbers in order to trigger a burst of Map-Request packets, thus again attacking the control-plane. Several counter- measures can be introduced to mitigate its effects: o Random version numbers can be ignored. Map-Request is sent only if the new version number is the successor of the one stored in the LISP-Cache. Further, since the LISP header transports both source version number and destination version number in order to trigger a Map-Request an attacker as to correctly set the two version numbers, limiting the range of possible attackers only to the ones able to eavesdrop the traffic (Man-In-The-Middle attack). Further details about how to filter packets with wrong version numbers can be found in [I-D.iannone-lisp-mapping-versioning] o For the few packets that unlawfully trigger Map-Requests, Rate limitation can be used. 4.6.4. Gleaning Gleaning is used to install in the LISP-Cache a partial mapping created by gleaning the source EID and source RLOC from the first packet of a flow. The mapping is considered "partial" because it just associate an EID (/32) to one single RLOC, not the EID-Prefix the EID belongs to with the complete set of RLOCs. Gleaning can be used to perform several different attacks: o LISP-Cache poisoning: an attacker can use gleaning to install fake mappings in the LISP-Cache (by spoofing the EID). See LISP-Cache poisoning in Section 4.4.1. o LISP-Cache overflow: an attacker can use gleaning to install a large number of mappings in the LISP-Cache until filling it up. Saucez, et al. Expires January 8, 2010 [Page 9] =0C Internet-Draft LISP Security July 2009 See LISP-Cache overflow in Section 4.4.2. Since the mapping installed in the LISP-Cache is not for a EID-Prefix but for a full /32 address, by sending a burst of packet for several different spoofed EIDs, an attacker could end up filling the Cache. o Map-Request burst: if for each mapping installed by a gleaning a Map-Request is issued to retrieve the full mapping, an attacker can send a burst of different packets generating a burst of Map- Request. Note that in this case, if Map-Request rate limitation is done on a per-EID basis, the attacker can easily bypass the rate limitation by putting different EID in the packets causing the gleaning. Possible counter-measure to mitigate this issue: o The LISP-Cache poisoning and overflow issues can be solved by filtering spoofed EIDs on the ITR (see Section 4.2). o To reduce the Map-Request burst an approach is to send a Map- Request only if a certain amount of traffic has been sent using the gleaned entry, as suggested in [Saucez09]. 4.6.5. Rate Limitation The Rate-Limitation policy, used to reduce the effects of some types of DoS attacks can be itself used for a DoS attack. An attacker can send some fake packets in order to generate a burst of Map-Request packets that will be rate limited. When a legitimate packet generates a legitimate Map-Request, this will be delayed or dropped due to rate limitation, causing an increased latency. o Any solution for this? 4.6.6. Mapping System and Filtering The use of some form of filtering can help in avoid or at least mitigate some types of attacks. On ITRs, packets should be encapsulated only if the source EID is effectively part of the EID-Prefix downstream the ITR. Further, still on ITRs, packets should be encapsulated only if a mapping obtained from the mapping system is present in the LIP-Cache. On ETRs, packets should be decapsulated only if the destination EID is effectively part of the EID-Prefix downstream the ETR. Further, still on ETRs, packets should be decapsulated only if a mapping for the source EID is present in the LISP-Cache and has been obtained through the mapping system (not gleaned). Saucez, et al. Expires January 8, 2010 [Page 10] =0C Internet-Draft LISP Security July 2009 Note that this filtering, since complete mappings need to be installed in both ITRs and ETRs, can introduce a higher connection setup latency and hence potentially more packets drops due to the lack of mappings in the LISP-Cache. 4.7. Other Attacks 4.7.1. Time-shifted attacks A time-shifted attack is an attack where the attacker is temporarily on the path between two communicating hosts. While it is on-path, the attacker sends specially crafted packets or modifies packets exchanged by the communicating hosts in order to disturb the flow of packets (e.g. by performing a man in the middle attack). An important issue for time shifted attacks is the duration of the attack once the attacker has left the path between the two communicating hosts. 4.7.2. Amplification attacks An amplification attack occurs when an attacker sends a small packet with a spoofed source to a host or router that replies by sending a longer packet to the spoofed source. To reduce the impact of such attacks, protocol designers try to avoid sending a long response after having received a small packet from a potentially spoofed source. 5. Control-plane threats As pointed out in the previous sections, a good share of attacks can be avoided by securing the LISP control plane. Here the focus is not to analyze the security threats of any specific mapping distribution protocol. Rather, the focus is to find a common set of requirements that existing or future mapping distribution protocols have to fulfill in order provide a sufficient level of security. The LISP Map Server protocol will instead be analyzed since it is not related to any specific mapping distribution protocol. Work and experience performed in the DNSSEC [RFC4033] and SIDR [SIDR] can be useful here. Saucez, et al. Expires January 8, 2010 [Page 11] =0C Internet-Draft LISP Security July 2009 5.1. Control-plane Requirements o Authenticate the origin of a message. o Identify the origin of a message. o Prove that the mapping is generated by the owner of the EID or a third party allowed to generate such a mapping. o Inject mappings in the mapping system only if the EID is allowed to be in the mapping system. o Prove that the RLOCs associate to a mapping belong to the xTRs owning the mapping's EID. o Low message overhead. o Low traffic overhead. o Low time overhead (avoid multiple RTTs). o Other? 5.2. LISP-Database coherence The mappings present on the LISP-Database of the different xTRs of a site should always be coherent. An attacker should not be able to install different mappings for different xTRs. A simple approach is to have a central authority in the site that pushes all the mappings in the xTRs. When a xTR decides to change something it informs the central authority, which will push the information to the other xTRs. Each xTR is authoritative on the reachability of its locator. An xTR is not allowed to send updates to the central entity only if it is one of its RLOC. The central authority knows the configuration which RLOC is owned by which xTR. All of this does not prevent from securing the exchanges between the xTRs and the central authority in order to avoid spoofing attacks. 5.3. LISP Map Server The LISP Map Server is a fundamental building block of the whole LISP architecture, providing an additional level of indirection allowing Saucez, et al. Expires January 8, 2010 [Page 12] =0C Internet-Draft LISP Security July 2009 to run mapping distribution protocols on machines different from xTRs. =46rom this point of view it can be considered a security improvement since xTR are not directly involved in the mapping distribution system. Things to look closer: o Threats concerning messages. o DoS attacks. o Threats concerning LISP Map Server with caching. o Others? 6. Interaction between Data- and Control-plane It is clear that attacks targeting the data-plane can have side- effects on the control-plane and vice-versa. Furthermore, attacks to the control-plane can be performed leveraging on the data-plane and vice-versa. An analysis of the possible threats has been performed in the previous sections. Here we just characterize them following the above mentioned classification. 6.1. Data-plane side effects on the control-plane To be done. 6.2. Control-plane side effects on the data-plane To be done. 6.3. Data-plane threats leveraging on the control-plane To be done. 6.4. Control-plane threats leveraging on the data-plane To be done. 7. IANA Considerations This document makes no request of the IANA. Saucez, et al. Expires January 8, 2010 [Page 13] =0C Internet-Draft LISP Security July 2009 8. Security Considerations Security considerations are the core of this document and do not need to be further discussed in this section. 9. Acknowledgments This work has been partially supported by the INFSO-ICT-216372 TRILOGY Project (www.trilogy-project.org). 10. Normative References [I-D.bagnulo-lisp-threat] Bagnulo, M., "Preliminary LISP Threat Analysis", draft-bagnulo-lisp-threat-01 (work in progress), July 2007. [I-D.iannone-lisp-mapping-versioning] Iannone, L., Saucez, D., and O. Bonaventure, "LISP Mapping Versioning", draft-iannone-lisp-mapping-versioning-00 (work in progress), March 2009. [I-D.ietf-l2tpext-l2tp-base] Lau, J., "Layer Two Tunneling Protocol (Version 3)", draft-ietf-l2tpext-l2tp-base-15 (work in progress), December 2004. [I-D.ietf-lisp] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-ietf-lisp-01 (work in progress), May 2009. [I-D.ietf-lisp-alt] Fuller, V., Farinacci, D., Meyer, D., and D. Lewis, "LISP Alternative Topology (LISP+ALT)", draft-ietf-lisp-alt-01 (work in progress), May 2009. [I-D.ietf-lisp-ms] Fuller, V. and D. Farinacci, "LISP Map Server", draft-ietf-lisp-ms-01 (work in progress), May 2009. [I-D.lear-lisp-nerd] Lear, E., "NERD: A Not-so-novel EID to RLOC Database", draft-lear-lisp-nerd-04 (work in progress), April 2008. [I-D.meyer-lisp-cons] Saucez, et al. Expires January 8, 2010 [Page 14] =0C Internet-Draft LISP Security July 2009 Brim, S., "LISP-CONS: A Content distribution Overlay Network Service for LISP", draft-meyer-lisp-cons-04 (work in progress), April 2008. [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, March 1997. [RFC4033] Arends, R., Austein, R., Larson, M., Massey, D., and S. Rose, "DNS Security Introduction and Requirements", RFC 4033, March 2005. [SAVI] IETF, "Source Address Validation Improvements Working Group", . [SIDR] IETF, "Secure Inter-Domain Routing Working Group", . [Saucez09] Saucez, D. and L. Iannone, "How to mitigate the effect of scans on mapping systems", Submitted to the Trilogy Summer School on Future Internet. Authors' Addresses Damien Saucez Luigi Iannone Olivier Bonaventure Saucez, et al. Expires January 8, 2010 [Page 15] =0C --Apple-Mail-5-223575579 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit On Jun 22, 2009, at 22:11 , Sam Hartman wrote: > > After the SF IETF meeting, a group of people got together to discuss > security of LISP and to begin work hopefully leading towards progress > on those deliverables. > > How is that going? Is there any interest in discussion in Stockholm? > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp --Apple-Mail-5-223575579-- From luigi@net.t-labs.tu-berlin.de Tue Jul 7 07:28:58 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2294E3A685F for ; Tue, 7 Jul 2009 07:28:58 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.104 X-Spam-Level: X-Spam-Status: No, score=-2.104 tagged_above=-999 required=5 tests=[AWL=0.145, BAYES_00=-2.599, HELO_EQ_DE=0.35] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HTa80prcec-a for ; Tue, 7 Jul 2009 07:28:57 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id C5EAC3A6E67 for ; Tue, 7 Jul 2009 07:28:52 -0700 (PDT) Received: from dyn106.net.t-labs.tu-berlin.de (dyn106.net.t-labs.tu-berlin.de [130.149.220.106]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id EDB61700D477; Tue, 7 Jul 2009 16:28:38 +0200 (CEST) Message-Id: From: Luigi Iannone To: lisp@ietf.org In-Reply-To: <3CA40DE0-7E64-44FB-865E-B6A595AA4183@cisco.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 7 Jul 2009 16:28:38 +0200 References: <4A2404D0.9080406@joelhalpern.com> <4A240834.7000106@uclouvain.be> <4A87C591-F5C3-4180-8FBB-D71E65F00145@net.t-labs.tu-berlin.de> <4A25846F.4030408@uclouvain.be> <13672A25-0BF0-4FC1-B301-D3B1B91A6BD1@net.t-labs.tu-berlin.de> <7CDAF1C4-35F9-46EC-B035-B870D0A076C6@cisco.com> <4C623B66-475D-453B-A1F4-F9AA508CDD24@net.t-labs.tu-berlin.de> <3CA40DE0-7E64-44FB-865E-B6A595AA4183@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure Subject: Re: [lisp] Map-Versioning X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 14:28:58 -0000 On Jun 22, 2009, at 21:00 , Dino Farinacci wrote: >> Yes, but let me push things a bit .. ;-) >> What about splitting the nonce_version number in two parts as >> suggested in our draft? This is very helpful in case of >> unidirectional traffic. > > Let's focus on this part for now. Which I think is an important > issue. Let's frame the situation up as we have site A sending > packets to site B. The traffic is unidirectional to home in on your > point. > > Let's call the ITRs at site A ITR "a" and ITR "a'" and "b" and "b'" > are the ETRs at site B. Even if a or a' send to b or b', those LISP > routers at site B don't have any map-cache state for site A. > > When site B wants to update it's mapping database entries, neither b > or b' will SMR because it thinks it's not talking to anyone. Plus, > it has no offered data to send them, so it can't send an SMR-bit. > > You like the idea of putting two version numbers in so Site A can > tell Site B what version of B's mappings it is using. > > Tell me if I am ac curatively describing your position? > > ... (pause and think before continuing below) After one week thinking... ;-)) Agreed (one could argue that B can keep mappings for A just to have some more security checks when coupled with the nonce, but this is another story) > > If the LISP routers at site B see that anyone is out of date, they > would need to send something to the ITRs of site A. Well we don't > want the LISP routers of site B to send a Map-Reply because that > could be unsolicited. We would want the ITRs to send a Map-Request > over the mapping database infrastructure to get updated. But we want > them to do it at the rate that site B can handle the Map-Request load. > > So one solution is for the site B LISP routers to send a Map-Request > to site A with the SMR-bit set. Which in turn has the site A LISP > routers send a Map-Request. This would fall into the current design. This is what we call "Map-Update-Notification" in draft-iannone-lisp- versioning. > > ... (pause and think before continuing below) After a second week thinking.... ;-)) This is the whole point, with the current design of LISP design you have not mean to make B understand that A is using a stale mapping. What you can do is to "guess" that that's the case. What if you have the case (I already pointed this out previously, but had no answer) A will stop send for a while, in the meantime the mapping changes, then A starts to send with the same mapping because the original TTL is not expired. How you deal with that? Please Dino, do not reply that when A starts again sending traffic, B will send a Map-Request with SMR bit just to be sure that A will update the mapping. If we use Map-Request/Map-reply for everything, LISP will consume the whole Internet's bandwidth in signaling. Putting versioning into the header (meaning 2 version numbers), despite what you think, does the job (and even more) in a very simple and elegant way. It does not need any further space/state in the mapping, since the point is to give a different semantic to part of the 8 bytes used for the LISP header. > > But while we have been experimenting with RLOC reachability > liveness, you might think of an option where site A LISP routers > might be sending Map-Requests to site B routers to make sure the > locators the site A routers are using are up and operational. Well > depending on how often this is done, the keepalive replies which are > in the form of Map-Replies would have more up to date mapping data. 1. Active probing does not scale (you yourself pointed this out some time ago). 2. This approach has limited reactivity. 3. One can argue that RLOC reachability should be ensured by the routing infrastructure (think about fast-reroute) and not by LISP. > > All I'm trying to say here is that maybe using the basic Map-Request > and Map-Reply machinery we can solve liveness and fast mapping > updates at the same time. Careful here. Your statement does not consider the overhead in terms of probing that you have to do in order to discover things that versioning tells you right away. Think about it.... Luigi > > Just thinking out loud, > Dino > > > From dmm@1-4-5.net Tue Jul 7 09:17:19 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 458003A6E9C for ; Tue, 7 Jul 2009 09:17:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.517 X-Spam-Level: X-Spam-Status: No, score=-2.517 tagged_above=-999 required=5 tests=[AWL=0.082, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id EgsirXNJASjd for ; Tue, 7 Jul 2009 09:17:18 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 7F58B3A6E66 for ; Tue, 7 Jul 2009 09:17:18 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n67GHIeC005501 for ; Tue, 7 Jul 2009 09:17:18 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n67GHISZ005500 for lisp@ietf.org; Tue, 7 Jul 2009 09:17:18 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 7 Jul 2009 09:17:18 -0700 From: David Meyer To: lisp@ietf.org Message-ID: <20090707161718.GA5454@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="n8g4imXOkfNTN/H1" Content-Disposition: inline In-Reply-To: <20090706204112.GA11883@1-4-5.net> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 16:17:19 -0000 --n8g4imXOkfNTN/H1 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable A few people have suggested that I put the source up on=20 github. You can find it here: =09 http://github.com/davidmeyer/lig/tree/master Thanks, Dave --n8g4imXOkfNTN/H1 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpTdQ4ACgkQORgD1qCZ2KdpXwCfXqi3BLlA26xEAds1r6qOsVJq KV4An11jr/f+RILtm3Uz2V+/61CrXJiv =oG+6 -----END PGP SIGNATURE----- --n8g4imXOkfNTN/H1-- From hartmans@mit.edu Tue Jul 7 10:25:35 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 7EE7E3A6ABE for ; Tue, 7 Jul 2009 10:25:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.292 X-Spam-Level: X-Spam-Status: No, score=-2.292 tagged_above=-999 required=5 tests=[AWL=-0.027, BAYES_00=-2.599, IP_NOT_FRIENDLY=0.334] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id b0UEz21FQZ17 for ; Tue, 7 Jul 2009 10:25:34 -0700 (PDT) Received: from carter-zimmerman.suchdamage.org (carter-zimmerman.suchdamage.org [69.25.196.178]) by core3.amsl.com (Postfix) with ESMTP id 746D03A6A0E for ; Tue, 7 Jul 2009 10:25:34 -0700 (PDT) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 809FD430E; Tue, 7 Jul 2009 13:25:41 -0400 (EDT) To: Chen Gang References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> From: Sam Hartman Date: Tue, 07 Jul 2009 13:25:41 -0400 In-Reply-To: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> (Chen Gang's message of "Mon\, 6 Jul 2009 23\:39\:20 +0800") Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=iso-8859-1 Content-Transfer-Encoding: 8bit Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 17:25:35 -0000 >>>>> "Chen" == Chen Gang writes: Chen> Hello all,   We have posted a new draft which has Chen> proposed an incremental deplyable mapping service based DHT Chen> overlay network. Please kindly review it. Any comment is Chen> welcome.   Thanks   -Gang   A New Internet-Draft I certainly encourage WG participants to review this draft. Discussions of this draft are appropriate on this list for the time being. However, work on such a system is out of scope for this WG. We're only chartered to work on lisp-alt as a mapping system. We can take ideas (although not a replacement architecture) and build them into alt. We can potentially ask to recharter although I suspect we'd have to show strong justification to get approval from Jari and the IESG to change what mapping system we're working on. I'd particularly recommend that folks looking at DHTs in the LISP context consider the operational aspects. Whose servers are responsible for data needed to reach your site? How do you get appropriate contracts in place to obligate them to provide you service and to provide recourse if they do not? How do you debug problems. I think this is an interesting focus for participants here when looking at DHT-based solutions because it is very hard to get right and is likely essential for Internet-wide deployment. --Sam From dino@cisco.com Tue Jul 7 10:32:37 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E45693A6EB0 for ; Tue, 7 Jul 2009 10:32:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.575 X-Spam-Level: X-Spam-Status: No, score=-6.575 tagged_above=-999 required=5 tests=[AWL=0.024, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id RDroYFJIkBTD for ; Tue, 7 Jul 2009 10:32:36 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id B93083A6AFF for ; Tue, 7 Jul 2009 10:32:36 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,363,1243814400"; d="scan'208";a="183629646" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-2.cisco.com with ESMTP; 07 Jul 2009 17:32:43 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n67HWgwT011827; Tue, 7 Jul 2009 10:32:42 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n67HWg3k006554; Tue, 7 Jul 2009 17:32:42 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 7 Jul 2009 10:32:42 -0700 Received: from [192.168.1.5] ([10.21.147.194]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 7 Jul 2009 10:32:42 -0700 Message-Id: <2E12DD36-6D92-4C4F-BEC4-AC6EC2959DAB@cisco.com> From: Dino Farinacci To: Sam Hartman In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 7 Jul 2009 10:32:41 -0700 References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 07 Jul 2009 17:32:42.0326 (UTC) FILETIME=[EE949760:01C9FF28] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1690; t=1246987962; x=1247851962; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20An=20Incremental=20Deployable= 20Mapping=20Service=20Draft |Sender:=20; bh=VXyLmPm0iuT7voL7E/B6Fuw6KeSqBmpEyI3OHBEe+9s=; b=lUmZkb29wA46lSJYouT3qYqkwCZmzxAFajW45ZSeLTLa1oLFRyJtngxLqn H0gmNLlJWSacE/EdUxkM0ayP8yjjyd2DLWwHap5K1JRxyWGEQVy+phlBBBZL OpQ/zP92Q4; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 17:32:38 -0000 Where do you suggest such drafts be presented? Dino On Jul 7, 2009, at 10:25 AM, Sam Hartman wrote: >>>>>> "Chen" == Chen Gang writes: > > Chen> Hello all, We have posted a new draft which has > Chen> proposed an incremental deplyable mapping service based DHT > Chen> overlay network. Please kindly review it. Any comment is > Chen> welcome. Thanks -Gang A New Internet-Draft > > > I certainly encourage WG participants to review this draft. > Discussions of this draft are appropriate on this list for the time > being. > > However, work on such a system is out of scope for this WG. We're > only chartered to work on lisp-alt as a mapping system. > > We can take ideas (although not a replacement architecture) and build > them into alt. We can potentially ask to recharter although I suspect > we'd have to show strong justification to get approval from Jari and > the IESG to change what mapping system we're working on. > > I'd particularly recommend that folks looking at DHTs in the LISP > context consider the operational aspects. Whose servers are > responsible for data needed to reach your site? How do you get > appropriate contracts in place to obligate them to provide you service > and to provide recourse if they do not? How do you debug problems. I > think this is an interesting focus for participants here when looking > at DHT-based solutions because it is very hard to get right and is > likely essential for Internet-wide deployment. > > --Sam > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jzwiebel@cisco.com Tue Jul 7 13:10:54 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5B45A3A6A8B for ; Tue, 7 Jul 2009 13:10:54 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id fHdf4p1MusZo for ; Tue, 7 Jul 2009 13:10:53 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id EE73A3A6967 for ; Tue, 7 Jul 2009 13:10:52 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,364,1243814400"; d="scan'208,217";a="339365401" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-6.cisco.com with ESMTP; 07 Jul 2009 20:10:39 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n67KAdXK019443; Tue, 7 Jul 2009 13:10:39 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n67KAdW5025573; Tue, 7 Jul 2009 20:10:39 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 7 Jul 2009 13:10:39 -0700 Received: from [10.0.1.5] ([10.21.70.233]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 7 Jul 2009 13:10:39 -0700 In-Reply-To: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-12-254781012 Message-Id: From: John Zwiebel Date: Tue, 7 Jul 2009 10:10:36 -1000 To: Chen Gang X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 07 Jul 2009 20:10:39.0130 (UTC) FILETIME=[FF321FA0:01C9FF3E] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=12565; t=1246997439; x=1247861439; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20=20An=20Incremental=20Deployab le=20Mapping=20Service=20Draft |Sender:=20; bh=XZnjQCXKHjup2pcwB21q9UuVEKFoYGAwGe39UxCukVo=; b=NPi9JxM3c6vmHbVoDKlaS92xveM6Yc/b85OqaPhNLGlf0XHYbJLvobbNVI SsKJcDLmqgwCoU8R8bA33F4UOuR4eFA6Kib/ZVLlUQE5P+9/ZsZEdg2WRiLD KtqExK3I+ISCwWvK/P9tHkJpIzpBcZF/2jQ1wSsfLIbfXRcq6QBow=; Authentication-Results: sj-dkim-1; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 07 Jul 2009 20:10:54 -0000 --Apple-Mail-12-254781012 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 6, 2009, at 5:39 AM, Chen Gang wrote: > Hello all, > Your introduction talks of sending the data packet as the query, this is a lisp data probe. See 4.2 of draft-fuller-lisp-alt This line: o to eliminate the forwarding entries, targeted to distant customer ASes not behind the border routers, in the border routers; doesn't make sense. I don't want to have to read the whole document to understand what it means. This is the intro and needs to be clear. There is no explanation of what Kademlia DHT (until you get to section 7) is nor any reference for it. Yes one can find them in wikipedia. Is that the reference you want us to use? FWIW: current LISP development is moving forward with ALT, ALT does not have any forwarding entries in the P routers. They are in the ALT. Point being, your EID-router sounds like an ALT router except that rather than storing a way to get the RLOC mapping (as when the ALT gets mapping from the ETR) you store the complete mapping in the distributed hash. When sending traffic along the default route to the ER, how do you differentiate between an EID and an RLOC? It isn't clear which system returns the answer to a mapping query. Section 5 is about BGP, It isn't clear if the EIDs are carried in the same BGP instance as the RLOCs. If it is a separate instance, this is very similar to the ALT. Is a MN just a data structure? How can a data structure initiate a mapping query? It would be clearer (for me at lease) if you explained how control packets are sent between the MS and the ER to create the mapping-node structure. I'm not sure I understand this point. FWIW: the ALT can also be deployed incrementally. I do not see how deploying a MO-MS isn't a "imperative third-party infrastructure". I also have to question this line, which other mechanisms? Note that unlike other mechanisms, no new particular devices are required to support backward-compatibility. In para 6.3 The first 3 possible destinations of the LISP packet seem to require decap and re-encap of packets until they finally get to the ETR. As far as I can tell, this happens with all packets sent between EIDs. Doesn't this severely limit the the usefulness of your proposal? Doesn't this require special hardware at each of these points to decap/encap? It would be nice to see the control packet formats you plan on using with this proposal. I would find it very helpful in understanding what you are proposing. thanks --Apple-Mail-12-254781012 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 6, 2009, at 5:39 AM, Chen Gang wrote:

Hello all,


Your = introduction talks of sending the data packet as the = query, 
this is a lisp data probe.  See 4.2 of = draft-fuller-lisp-alt

This line:

   = o  to eliminate the forwarding entries, targeted to distant = customer
      ASes not behind the = border routers, in the border routers;

doesn't make sense.  I don't want to = have to read the whole document to understand
what it means.  This is the intro and needs to = be clear.

There is no explanation of what Kademlia DHT (until you get = to section 7)
is nor any reference for it. Yes one can find = them in wikipedia.  Is that = the 
reference you want us to = use?
FWIW: current LISP development = is moving forward with ALT, ALT does not 
have any forwarding entries in the P routers. =  They are in the ALT.
Point being, = your EID-router sounds like an ALT router except that rather = than
storing a way to get the RLOC = mapping (as when the ALT gets mapping from
the ETR) = you store the complete mapping in the distributed hash.  

When sending = traffic along the default route to the ER, how do you = differentiate
between an EID and an RLOC? =  

It isn't clear which system returns the answer to a = mapping query.

Section 5 is about BGP, It isn't clear if the EIDs = are carried in the same
BGP instance = as the RLOCs.  If it is a separate instance, this is very similar = to the ALT.

Is a MN just a data structure?  How can a data = structure initiate a mapping query?
It would be = clearer (for me at lease) if you explained how control packets are sent = between the MS
and the ER to create the = mapping-node structure.  I'm not sure I understand this = point.

FWIW: the ALT can also be deployed incrementally. =  I do not see how deploying
a MO-MS isn't = a "imperative third-party infrastructure".  
I also have to question this = line, which other mechanisms?
    Note that = unlike other mechanisms, no new particular devices are
   required to support = backward-compatibility.


In para 6.3 The first 3 possible destinations of the LISP packet = seem to require decap 
and re-encap of = packets until they finally get to the ETR.  As far as I can tell, = this happens
with all packets sent between EIDs.  Doesn't = this severely limit the the usefulness of your
proposal? =  Doesn't this require special hardware at each of these points to = decap/encap?


It would = be nice to see the control packet formats you plan on using with this = proposal.
I would find it very helpful in = understanding what you are proposing.
thanks
= --Apple-Mail-12-254781012-- From hartmans@mit.edu Wed Jul 8 09:57:49 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4369C3A67A1 for ; Wed, 8 Jul 2009 09:57:49 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.291 X-Spam-Level: X-Spam-Status: No, score=-2.291 tagged_above=-999 required=5 tests=[AWL=-0.026, BAYES_00=-2.599, IP_NOT_FRIENDLY=0.334] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id cfDL9kD+Njwg for ; Wed, 8 Jul 2009 09:57:44 -0700 (PDT) Received: from carter-zimmerman.suchdamage.org (carter-zimmerman.suchdamage.org [69.25.196.178]) by core3.amsl.com (Postfix) with ESMTP id 7E7AD3A6E00 for ; Wed, 8 Jul 2009 09:57:43 -0700 (PDT) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id D9A16430E; Wed, 8 Jul 2009 12:57:56 -0400 (EDT) To: Dino Farinacci References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <2E12DD36-6D92-4C4F-BEC4-AC6EC2959DAB@cisco.com> From: Sam Hartman Date: Wed, 08 Jul 2009 12:57:56 -0400 In-Reply-To: <2E12DD36-6D92-4C4F-BEC4-AC6EC2959DAB@cisco.com> (Dino Farinacci's message of "Tue\, 7 Jul 2009 10\:32\:41 -0700") Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 08 Jul 2009 16:57:49 -0000 >>>>> "Dino" == Dino Farinacci writes: Dino> Where do you suggest such drafts be presented? Dino I think bringing it up here is a greate first start. People can of course approach the RRG chairs and ask for time there. If work progresses to a point where we want to take it into the IETF, we can: * propose rechartering this WG * propose a new WG * propose an individual draft The rest is just my guess. I suspect Jari's assuming that LISP will complete using Alt and that we'll get an experimental LISP protocol. If we or somee other proposal get to a point where the IETF has sufficient confidence to standardize a solution, then I'd expect a WG to be chartered to do so. That would seem a reasonable place to bring in input from a different mapping technology. From dhuo.thu@gmail.com Wed Jul 8 18:07:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 32D7A3A6B54 for ; Wed, 8 Jul 2009 18:07:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.605 X-Spam-Level: * X-Spam-Status: No, score=1.605 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_BASE64_TEXT=1.753, MIME_CHARSET_FARAWAY=2.45] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0j-+kv002L+T for ; Wed, 8 Jul 2009 18:07:07 -0700 (PDT) Received: from mail-px0-f186.google.com (mail-px0-f186.google.com [209.85.216.186]) by core3.amsl.com (Postfix) with ESMTP id D46C43A6AE2 for ; Wed, 8 Jul 2009 18:07:07 -0700 (PDT) Received: by pxi16 with SMTP id 16so284130pxi.29 for ; Wed, 08 Jul 2009 18:07:33 -0700 (PDT) DKIM-Signature: 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cipher=RC4-MD5); Wed, 08 Jul 2009 18:07:32 -0700 (PDT) Date: Thu, 9 Jul 2009 09:07:31 +0800 From: "Dong HUO" To: "John Zwiebel" References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, Message-ID: <200907090907292188089@gmail.com> X-mailer: Foxmail 6, 11, 101, 15 [cn] Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="=====003_Dragon622362311764_=====" Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 01:10:46 -0000 This is a multi-part message in MIME format. --=====003_Dragon622362311764_===== Content-Type: text/plain; charset="gb2312" Content-Transfer-Encoding: base64 SGVsbG8gSm9obiwNCg0KSSdtIG9uZSBvZiB0aGUgYXV0aG9ycyBvZiB0aGlzIGRyYWZ0LiBUaHgg 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b25nIA0KSFVPPC9TUEFOPjwvU1BBTj48L0ZPTlQ+PC9GT05UPjwvRElWPjwvRElWPjwvRElWPjwv RElWPjwvRElWPjwvRk9OVD48L0RJVj48L0JPRFk+PC9IVE1MPg0K --=====003_Dragon622362311764_=====-- From dhuo.thu@gmail.com Wed Jul 8 18:29:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2059B3A6F2C for ; Wed, 8 Jul 2009 18:29:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.988 X-Spam-Level: * X-Spam-Status: No, score=1.988 tagged_above=-999 required=5 tests=[AWL=0.383, BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_BASE64_TEXT=1.753, MIME_CHARSET_FARAWAY=2.45] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id d4brRse0COd0 for ; Wed, 8 Jul 2009 18:29:32 -0700 (PDT) Received: from mail-px0-f186.google.com (mail-px0-f186.google.com [209.85.216.186]) by core3.amsl.com (Postfix) 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2009 18:29:51 -0700 (PDT) Received: from firebat (th116197.ip.tsinghua.edu.cn [59.66.116.197]) by mx.google.com with ESMTPS id d20sm2712560waa.47.2009.07.08.18.29.49 (version=SSLv3 cipher=RC4-MD5); Wed, 08 Jul 2009 18:29:51 -0700 (PDT) Date: Thu, 9 Jul 2009 09:29:50 +0800 From: "Dong HUO" To: "John Zwiebel" References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, Message-ID: <200907090929483757863@gmail.com> X-mailer: Foxmail 6, 11, 101, 15 [cn] Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="=====003_Dragon385054304284_=====" Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 01:29:34 -0000 This is a multi-part message in MIME format. 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([10.21.64.201]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 8 Jul 2009 18:51:59 -0700 In-Reply-To: <200907090907292188089@gmail.com> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, <200907090907292188089@gmail.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-15-361660499 Message-Id: From: John Zwiebel Date: Wed, 8 Jul 2009 15:51:56 -1000 To: "Dong HUO" X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 09 Jul 2009 01:51:59.0417 (UTC) FILETIME=[D8CFAA90:01CA0037] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=6713; t=1247104320; x=1247968320; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20An=20Incremental=20Deployable= 20Mapping=20Service=20Draft |Sender:=20; bh=pgUmxosleKoOP4Si6few5xTUCXkEdjkVLYj9HZu1GXA=; b=K29K9TJLGAp9SSDAAPyFfyZV3+jtXkdoIEoygGqufptfQLimavDSu0jRN8 nVhR3eW+o8rAog6Jb2Wi29B8zlvMzAjvJzYBfaNtAsESU+R+qUJxA/0gRe5G qlUrrWqzHs; Authentication-Results: sj-dkim-2; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 01:51:33 -0000 --Apple-Mail-15-361660499 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 8, 2009, at 3:07 PM, Dong HUO wrote: > > In para 6.3 The first 3 possible destinations of the LISP packet > seem to require decap > and re-encap of packets until they finally get to the ETR. As far > as I can tell, this happens > with all packets sent between EIDs. Doesn't this severely limit > the the usefulness of your > proposal? Doesn't this require special hardware at each of these > points to decap/encap? > > [Dong]: Yes true, so the DHT MO can help reduce them after the ITR > gets the cache from the MO. > But before that, it has this limitation. FWIW: doing the decap/reencap thing will give you the same problems that PIM has with PIM registers and having packets delivered down the shared-tree at first and then swapped over to the shortest-path. Or the same problems that existed with MSDP when trying to ensure the fist packet doesn't get dropped. In the end, there is a ton of work involved in trying to get an implementation that can do this, it will never work, and once the protocol is deployed, folks won't even notice the dropped packets at the opening of a session. If packets don't travel the same path, you can't control the order in which they are received. It is a waste of time to try. > It would be nice to see the control packet formats you plan on > using with this proposal. > I would find it very helpful in understanding what you are proposing. > > [Dong]: Really appreciate your comments. I would say that our goal > is not to compete with ALT. > Instead, we want to see how we could help improve the LISP from > another angle. > So let's see whether there will gonna be help. :-) --Apple-Mail-15-361660499 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 8, 2009, at 3:07 PM, Dong HUO wrote:


In = para 6.3 The first 3 possible destinations of the LISP packet seem to = require decap 
and re-encap of packets = until they finally get to the ETR.  As far as I can tell, this = happens
with all packets sent between EIDs.  Doesn't this = severely limit the the usefulness of your
proposal? =  Doesn't this require special hardware at each of these points to = decap/encap?
 
[Dong]: Yes true, so the DHT MO can help reduce them = after the ITR gets the cache from the MO.
But before that, it = has this = limitation.

FWIW:

doing the decap/reencap thing will = give you the same problems that PIM has 
with PIM = registers and having packets delivered down the shared-tree at = first
and then swapped over to the = shortest-path.

Or the same problems that = existed with MSDP when trying to ensure the fist = packet
doesn't get dropped.

In the = end, there is a ton of work involved in trying to get an implementation = that can 
do this, it will never work, and once the = protocol is deployed, folks won't even notice
the dropped = packets at the opening of a session.  

If = packets don't travel the same path, you can't control the order in which = they are received.
It is a waste of time to = try.

It would be nice to see the control packet formats = you plan on using with this proposal.
I would = find it very helpful in understanding what you are proposing.
 
[Dong]: Really = appreciate your comments. I would say that our goal is not to = compete with ALT.
Instead, we want to see how we could help = improve the LISP from another angle.
So let's see whether there = will gonna be help. = :-)

= --Apple-Mail-15-361660499-- From jzwiebel@cisco.com Wed Jul 8 19:02:15 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 3CC723A6C1E for ; Wed, 8 Jul 2009 19:02:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ygBdIUaHpR2F for ; Wed, 8 Jul 2009 19:02:14 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 3BF753A6FC4 for ; Wed, 8 Jul 2009 19:02:14 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,371,1243814400"; d="scan'208,217";a="340277209" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-6.cisco.com with ESMTP; 09 Jul 2009 02:02:41 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6922fCx031063; Wed, 8 Jul 2009 19:02:41 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6922fHI016503; Thu, 9 Jul 2009 02:02:41 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 8 Jul 2009 19:02:41 -0700 Received: from [10.0.1.5] ([10.21.64.201]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 8 Jul 2009 19:02:41 -0700 In-Reply-To: <200907090907292188089@gmail.com> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, <200907090907292188089@gmail.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-16-362302307 Message-Id: From: John Zwiebel Date: Wed, 8 Jul 2009 16:02:38 -1000 To: "Dong HUO" X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 09 Jul 2009 02:02:41.0236 (UTC) FILETIME=[575D7940:01CA0039] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=5104; t=1247104961; x=1247968961; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20An=20Incremental=20Deployable= 20Mapping=20Service=20Draft |Sender:=20; bh=b35Y6uNrhLP7uyjKR9F5EtNoJcquSqS2mwyyRZK83Bc=; b=Zo9DsN4OyoxJEbxHMH/3MUjMpQl7YWbh25oo7wmn1wmofG06FljFEWRyls Lg5QVOnCp0gAtB0WWa/UusRra2a+fKrZckWrlxsjX+bOUn6lKW320nXuwcFx yWdRXa2RO6; Authentication-Results: sj-dkim-2; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 02:02:15 -0000 --Apple-Mail-16-362302307 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 8, 2009, at 3:07 PM, Dong HUO wrote: > > It isn't clear which system returns the answer to a mapping query. > > [Dong]: The DHT Mapping Overaly returns it to the ITR. > That's like telling me the ALT returns mapping information to the ITR. It isn't fine enough detail to understand what you mean. The MO is a rather amorphous that consists of a lot of parts. Which specific part sends exactly what information to the ITR in exactly what format. > Section 5 is about BGP, It isn't clear if the EIDs are carried in > the same > BGP instance as the RLOCs. If it is a separate instance, this is > very similar to the ALT. > > [Dong]: in the same BGP instance. > FWIW: the ER sounds a lot like the LISP PTR. If you could structure your proposal in such a way that you can transform the LISP-ALT into the MO, or put MO DHT functionality into the ALT (which carries the EID routes in its own BGP instance), then we're talking something that could be very useful. --Apple-Mail-16-362302307 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 8, 2009, at 3:07 PM, Dong HUO wrote:


It isn't = clear which system returns the answer to a mapping query.
 
[Dong]: The DHT Mapping = Overaly returns it to the ITR.
Section 5 is about BGP, It isn't clear if the EIDs = are carried in the same
BGP instance = as the RLOCs.  If it is a separate instance, this is very similar = to the ALT.
 
[Dong]: in the same BGP = instance.


FWIW: the ER sounds = a lot like the LISP PTR.

If you could structure = your proposal in such a way that you can transform = the 
LISP-ALT into the MO, or put MO DHT functionality = into the ALT (which carries
the EID routes in its own BGP = instance), then we're talking something that
could be very = useful.

= --Apple-Mail-16-362302307-- From dhuo.thu@gmail.com Wed Jul 8 20:29:45 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1625B3A6FEF for ; Wed, 8 Jul 2009 20:29:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.667 X-Spam-Level: X-Spam-Status: No, score=0.667 tagged_above=-999 required=5 tests=[AWL=1.512, BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_BASE64_TEXT=1.753] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CrNGTqQfqpdd for ; Wed, 8 Jul 2009 20:29:44 -0700 (PDT) Received: from mail-pz0-f198.google.com (mail-pz0-f198.google.com [209.85.222.198]) by core3.amsl.com (Postfix) with ESMTP id 023FA3A6BD9 for ; Wed, 8 Jul 2009 20:29:40 -0700 (PDT) Received: by pzk36 with SMTP id 36so5978009pzk.29 for ; Wed, 08 Jul 2009 20:30:06 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:date:from:to:cc:references :subject:message-id:x-mailer:mime-version:content-type; bh=T8XYXgy32DDB/hLQ7idHPxf2b6mip4J2rA1wrlnrv0M=; b=D7MH9fGDu4LREljcZLsvEbrYMQDZfPtkmKXLrsr7ANcBtmtn/ia5C8f2d7499QUK0H pRaEthb4rlbJ6uCL5H17piRKz3vDotg0d91dHO7kbjyqD92PhdEwC16Fv/PaYqhKhiD+ 6deR0zZqIDdaCBaSoFGtPDCBF66/a3f8AZcpE= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=date:from:to:cc:references:subject:message-id:x-mailer:mime-version :content-type; b=sa5LMbDY4sHfSL3Zq4rNgmyAJN/a33ibB9ulygPZcQz4EEF6b4xx9euDyEspghoehb 1pdV/l9ixurYDygqxJkYGfhpgDRMsnJNDvRgygUasGCIuxugA3aJiRKpYigMbhIX6/L6 OfD0xexcIWFa41ybpbFuMearu2XmxKXyRfR+k= Received: by 10.115.73.13 with SMTP id a13mr421408wal.198.1247110205198; Wed, 08 Jul 2009 20:30:05 -0700 (PDT) Received: from firebat (th116197.ip.tsinghua.edu.cn [59.66.116.197]) by mx.google.com with ESMTPS id g25sm509816wag.43.2009.07.08.20.30.03 (version=SSLv3 cipher=RC4-MD5); Wed, 08 Jul 2009 20:30:04 -0700 (PDT) Date: Thu, 9 Jul 2009 11:30:03 +0800 From: "Dong HUO" To: "John Zwiebel" References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, , <200907090907292188089@gmail.com>, Message-ID: <200907091130018289671@gmail.com> X-mailer: Foxmail 6, 11, 101, 15 [cn] Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="=====003_Dragon571160207533_=====" Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 03:29:45 -0000 This is a multi-part message in MIME format. --=====003_Dragon571160207533_===== Content-Type: text/plain; charset="gb2312" Content-Transfer-Encoding: 7bit On Jul 8, 2009, at 3:07 PM, Dong HUO wrote: It isn't clear which system returns the answer to a mapping query. [Dong]: The DHT Mapping Overaly returns it to the ITR. That's like telling me the ALT returns mapping information to the ITR. It isn't fine enough detail to understand what you mean. The MO is a rather amorphous that consists of a lot of parts. Which specific part sends exactly what information to the ITR in exactly what format. [Dong]: Fine, thx for your reminding, and I'm adding details in the new version. To be clear here, I explain: the initiating MN, which resides in the MS in the same AS with the ITR, would return the mapping to the ITR. before that, during the mapping lookup process, this initiating MN initialtes the lookup and finally get the mapping. Section 5 is about BGP, It isn't clear if the EIDs are carried in the same BGP instance as the RLOCs. If it is a separate instance, this is very similar to the ALT. [Dong]: in the same BGP instance. FWIW: the ER sounds a lot like the LISP PTR. If you could structure your proposal in such a way that you can transform the LISP-ALT into the MO, or put MO DHT functionality into the ALT (which carries the EID routes in its own BGP instance), then we're talking something that could be very useful. [Dong]: Sounds good to me. Good advice! I'll see. However I think ALT and DHT MO can be seen as two styles of orgnizing the mappings: the former is tree structure, and the latter is DHT structure. I think both can scale. Why we choose DHT in our solution is that DHT is easy for self organizing and redundancy. And since it's supplementary to improve the performance, so the latency impact due to DHT can be less stressed. --=====003_Dragon571160207533_===== Content-Type: text/html; charset="gb2312" Content-Transfer-Encoding: base64 PCFET0NUWVBFIEhUTUwgUFVCTElDICItLy9XM0MvL0RURCBIVE1MIDQuMCBUcmFuc2l0aW9uYWwv L0VOIj4NCjxIVE1MIFhNTE5TOlNUMT48SEVBRD4NCjxNRVRBIGh0dHAtZXF1aXY9Q29udGVudC1U eXBlIGNvbnRlbnQ9InRleHQvaHRtbDsgY2hhcnNldD1nYjIzMTIiPg0KPE1FVEEgY29udGVudD0i TVNIVE1MIDYuMDAuMjkwMC4zNDkyIiBuYW1lPUdFTkVSQVRPUj4NCjxTVFlMRT5AZm9udC1mYWNl IHsNCglmb250LWZhbWlseTogy87M5TsNCn0NCkBmb250LWZhY2Ugew0KCWZvbnQtZmFtaWx5OiBW ZXJkYW5hOw0KfQ0KQGZvbnQtZmFjZSB7DQoJZm9udC1mYW1pbHk6IEDLzszlOw0KfQ0KQHBhZ2Ug U2VjdGlvbjEge3NpemU6IDU5NS4zcHQgODQxLjlwdDsgbWFyZ2luOiA3Mi4wcHQgOTAuMHB0IDcy LjBwdCA5MC4wcHQ7IGxheW91dC1ncmlkOiAxNS42cHQ7IH0NClAuTXNvTm9ybWFsIHsNCglURVhU LUpVU1RJRlk6IGludGVyLWlkZW9ncmFwaDsgRk9OVC1TSVpFOiAxMC41cHQ7IE1BUkdJTjogMGNt IDBjbSAwcHQ7IEZPTlQtRkFNSUxZOiAiVGltZXMgTmV3IFJvbWFuIjsgVEVYVC1BTElHTjoganVz 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bXBhY3QgZHVlIHRvIERIVCBjYW4gYmUgbGVzcyANCnN0cmVzc2VkLjwvRk9OVD48L0RJVj48QlI+ PC9GT05UPjwvRElWPjwvQk9EWT48L0hUTUw+DQo= --=====003_Dragon571160207533_=====-- From jzwiebel@cisco.com Wed Jul 8 20:51:26 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C69763A693F for ; Wed, 8 Jul 2009 20:51:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id EGD5naqi4PC9 for ; Wed, 8 Jul 2009 20:51:25 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id BBFAE3A6951 for ; Wed, 8 Jul 2009 20:51:25 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,372,1243814400"; d="scan'208,217";a="340310209" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-6.cisco.com with ESMTP; 09 Jul 2009 03:51:53 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n693prqZ012075; Wed, 8 Jul 2009 20:51:53 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n693prsO008817; Thu, 9 Jul 2009 03:51:53 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 8 Jul 2009 20:51:53 -0700 Received: from [10.0.1.5] ([10.21.64.201]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 8 Jul 2009 20:51:52 -0700 In-Reply-To: <200907091130018289671@gmail.com> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, , <200907090907292188089@gmail.com>, <200907091130018289671@gmail.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-19-368853749 Message-Id: <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> From: John Zwiebel Date: Wed, 8 Jul 2009 17:51:49 -1000 To: "Dong HUO" X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 09 Jul 2009 03:51:52.0955 (UTC) FILETIME=[987E74B0:01CA0048] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=3716; t=1247111513; x=1247975513; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20An=20Incremental=20Deployable= 20Mapping=20Service=20Draft |Sender:=20; bh=41NqJ5YJooKXDaTnbQXF6H1wIf9aKxpgZ4KSn83HpHw=; b=g5WUu3rylWUSfr8kK6krgMBjg4ziY7jd/bUEyYpgnN5vYBcXObFAoHjwvR CjFXtTUna3dUwP5wlnaQnkpV5RD0Z0Iu0ImNCuA7vb7DMGc9OfdCoyVbBW4Y 5iLfJIikq5nKfedbIIzqFboQAN5qqFzJisDCyArO93EQCDrSMuJbE=; Authentication-Results: sj-dkim-1; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 03:51:26 -0000 --Apple-Mail-19-368853749 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 8, 2009, at 5:30 PM, Dong HUO wrote: > > [Dong]: Sounds good to me. Good advice! I'll see. However I think > ALT and DHT MO can be seen as two styles of orgnizing > the mappings: the former is tree structure, and the latter is DHT > structure. I think both can scale. Why we choose > DHT in our solution is that DHT is easy for self organizing and > redundancy. And since it's supplementary to improve > the performance, so the latency impact due to DHT can be less > stressed. > No doubt. My point was that there is a lot of description in how the ALT works. The MO has to have connectivity of some sort between all the systems that hold the DHT. It isn't clear to me how that connectivity works exactly but it appears from what I understand to be very similar to the ALT. LISP is being developed so that the ALT can be "swapped out" and replaced easily with something else. MO/DHT needs to be designed so it can be "swapped in". --Apple-Mail-19-368853749 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 8, 2009, at 5:30 PM, Dong HUO wrote:


[Dong]: Sounds = good to me. Good advice! I'll see.  However I think ALT and DHT MO = can be seen as two styles of orgnizing
the mappings: the = former is tree structure, and the latter is DHT structure. I think both = can scale.  Why we choose
DHT in our solution is that DHT is = easy for self organizing and redundancy.  And since it's = supplementary to improve
the performance, so the latency impact due to = DHT can be less stressed.


No = doubt.

My point was that there is a lot of = description in how the ALT works.

The MO has to = have connectivity of some sort between all the 
systems = that hold the DHT.

It isn't clear to me how = that connectivity works exactly but it appears
from what I = understand to be very similar to the ALT.

LISP = is being developed so that the ALT can be "swapped out" = and
replaced easily with something else. =  

MO/DHT needs to be designed so it can be = "swapped in".


= --Apple-Mail-19-368853749-- From jnc@mercury.lcs.mit.edu Thu Jul 9 05:57:25 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 369573A69A1 for ; Thu, 9 Jul 2009 05:57:25 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.539 X-Spam-Level: X-Spam-Status: No, score=-6.539 tagged_above=-999 required=5 tests=[AWL=0.060, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Oh4GdcLsYucJ for ; Thu, 9 Jul 2009 05:57:24 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 620003A6963 for ; Thu, 9 Jul 2009 05:57:24 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id F283B6BE5D2; Thu, 9 Jul 2009 08:57:50 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090709125750.F283B6BE5D2@mercury.lcs.mit.edu> Date: Thu, 9 Jul 2009 08:57:50 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 12:57:25 -0000 > From: "Dong HUO" >> It isn't clear if the EIDs are carried in the same BGP instance as the >> RLOCs. If it is a separate instance, this is very similar to the ALT. > [Dong]: in the same BGP instance. I have not had the time to read your draft yet, but I wanted to ask a question about this point: If I correctly understand what you both are saying above, LEIDs are injected into the main BGP plane (i.e. the plane which carries DFZ routing information). If so, is that just for backwards compatability - i.e. for 'non-LISP' hosts (i.e. hosts which are not 'behind' an xTR) to be able to get to 'LISP' hosts? Or are the additional reasons (e.g. having to do with the operation of your mapping system)? Also, how 'granular' are those EID 'injections' - i.e. are they aggregated into large blocks, with EIDs of machines at different locations in the networks aggregated into a single block? And what is the 'scope' of the advertisement - i.e. does it have to go out to the entire Internet, or only to a reduced area? I should explain that I have been thinking about how to (eventually) operate LISP in a way that reduces the routing load on the 'core' BGP (i.e. the BGP which carries the DFZ routing information), via reducing the granularity and scope of various advertisements. There are three kinds of addreses being advertised: 'legacy' addreses (i.e. non-mapped IPv4 addresses), EIDs (for use by 'legacy' sites and hosts), and RLOCs. If we have to advertise all three over global scopes, with high granularity, we will have gained some capabilities (e.g. mobility, multi-homing) only at the expense of greater routing overhead. At the same time, the existence of these three classes does offer us the opportunity, if we can reduce the granularity and scope of some of them, to actually reduce routing overhead. What will be possible depends on exactly what the operational scenario is - e.g. if we have entire areas of the network which are surrounded by LISP-capable devices (which would allow us to dispense with advertising EIDs in that scope - and potentially drop legacy addresses as well, if we set up Proxy xTRs at the edge of that area to handle legacy addresses). Noel From dhuo.thu@gmail.com Thu Jul 9 08:35:08 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4040A3A67FD for ; Thu, 9 Jul 2009 08:35:08 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.355 X-Spam-Level: X-Spam-Status: No, score=0.355 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_34=0.6, J_CHICKENPOX_43=0.6, MIME_BASE64_TEXT=1.753] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dTw6wPxOQjpA for ; Thu, 9 Jul 2009 08:35:07 -0700 (PDT) Received: from mail-px0-f201.google.com (mail-px0-f201.google.com [209.85.216.201]) by core3.amsl.com (Postfix) with ESMTP id 064233A6C57 for ; Thu, 9 Jul 2009 08:35:06 -0700 (PDT) Received: by pxi39 with SMTP id 39so196482pxi.29 for ; Thu, 09 Jul 2009 08:35:32 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:date:from:to:cc:references :subject:message-id:x-mailer:mime-version:content-type; bh=+GZQUXxU3aXEo1Oe0ikUK2bnUOn37kfTSiZ2YYKXYAQ=; b=GzOcM1rvlz0QLhG8viRi/hecJhrhttlWy6p1AjMBlmhbuFCQ/cdhCZ9cCeLzEMtldg 6cD4AM9EPTdtSB+eT/3SxRd4WoOmC2MpQy2m1f95IlEPk+i0rPgVCsIIWQXOWwVR6cOM ETiQBcz58L1yr89JQ87g32jIqckf+Twzc7pPc= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=date:from:to:cc:references:subject:message-id:x-mailer:mime-version :content-type; b=DR95feuFgh//0a4C6ZSW0t/Am96PeHi6tnBAJ3+s2PW6GxGrIsVJW98yaLPmythWHH K2sMSxEdwoo6iZApXl+8Ni8xiqJgP5AjOkFsweJVwigRurvRsvsHi2yyytBUaOr2Vo9F JRAZNPvSjIr6Q+XoPrJ676KCqU7gSMo8eLeHw= Received: by 10.115.92.8 with SMTP id u8mr1400112wal.152.1247153732374; Thu, 09 Jul 2009 08:35:32 -0700 (PDT) Received: from firebat ([166.111.68.231]) by mx.google.com with ESMTPS id k37sm3656374waf.7.2009.07.09.08.35.26 (version=SSLv3 cipher=RC4-MD5); Thu, 09 Jul 2009 08:35:31 -0700 (PDT) Date: Thu, 9 Jul 2009 23:35:23 +0800 From: "Dong HUO" To: "Noel Chiappa" References: <20090709125750.F283B6BE5D2@mercury.lcs.mit.edu> Message-ID: <200907092335195317282@gmail.com> X-mailer: Foxmail 6, 11, 101, 15 [cn] Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="=====003_Dragon087458422864_=====" Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 15:35:08 -0000 This is a multi-part message in MIME format. --=====003_Dragon087458422864_===== Content-Type: text/plain; charset="gb2312" Content-Transfer-Encoding: 7bit > From: "Dong HUO" >> It isn't clear if the EIDs are carried in the same BGP instance as the >> RLOCs. If it is a separate instance, this is very similar to the ALT. > [Dong]: in the same BGP instance. I have not had the time to read your draft yet, but I wanted to ask a question about this point: If I correctly understand what you both are saying above, LEIDs are injected into the main BGP plane (i.e. the plane which carries DFZ routing information). [Dong]: Yes. If so, is that just for backwards compatability - i.e. for 'non-LISP' hosts (i.e. hosts which are not 'behind' an xTR) to be able to get to 'LISP' hosts? Or are the additional reasons (e.g. having to do with the operation of your mapping system)? [Dong]: Yes it's for backwards compatability, but not for 'non-LISP' sites going to 'LISP' sites. We consider the compatability for the first place, so the big difference between our solution and the LISP+PTR (draft-lewis-lisp-interworking) is that in LISP+PTR, PTR is for 'non-LISP' sites going to 'LISP' sites. It's supplementary to support non-LISP sites. However in our solution, the ER is indispensable, and the DHT MO is supplementary to reduce the tunnels. So the deploying sequence in LISP+PTR would be: firstly several sites deploy LISP and then PTR for non-LISP sites. However in our solution, it would be: firstly an ER is deployed in a provider AS, and after serveral ASes are deployed, they can join the DHT MO individually and optionally for improvement. Also, how 'granular' are those EID 'injections' - i.e. are they aggregated into large blocks, with EIDs of machines at different locations in the networks aggregated into a single block? And what is the 'scope' of the advertisement - i.e. does it have to go out to the entire Internet, or only to a reduced area? I should explain that I have been thinking about how to (eventually) operate LISP in a way that reduces the routing load on the 'core' BGP (i.e. the BGP which carries the DFZ routing information), via reducing the granularity and scope of various advertisements. There are three kinds of addreses being advertised: 'legacy' addreses (i.e. non-mapped IPv4 addresses), EIDs (for use by 'legacy' sites and hosts), and RLOCs. If we have to advertise all three over global scopes, with high granularity, we will have gained some capabilities (e.g. mobility, multi-homing) only at the expense of greater routing overhead. [Dong]: In this draft, the addresses from non-DFZ are all considered as EIDs (including the 'legacy addresses' you mentioned). And we treat the address as different three kinds: EID aggregated (only have EID components), EID+RLOC aggregated (have EID and RLOC components, i.e., some EID blocks and RLOCs are aggregated), and RLOC. The ER only holds the EID aggregated prefixes. At the same time, the existence of these three classes does offer us the opportunity, if we can reduce the granularity and scope of some of them, to actually reduce routing overhead. What will be possible depends on exactly what the operational scenario is - e.g. if we have entire areas of the network which are surrounded by LISP-capable devices (which would allow us to dispense with advertising EIDs in that scope - and potentially drop legacy addresses as well, if we set up Proxy xTRs at the edge of that area to handle legacy addresses). [Dong]: I personally think placing PTR is difficult. As mentioned in *draft-lewis-lisp-interworking*, "For large transit providers, deploying PTRs may attract more traffic, and therefore more evenue, from their customers", but what if these providers compete with each other to attract the traffic, isn't there another problem similar to the problem caused by multi-homing that an aggregated prefix is divided into longer ones for being attracted? Noel _______________________________________________ lisp mailing list lisp@ietf.org https://www.ietf.org/mailman/listinfo/lisp Thx for your attention! :-) Best Regards! --=====003_Dragon087458422864_===== Content-Type: text/html; charset="gb2312" Content-Transfer-Encoding: base64 PCFET0NUWVBFIEhUTUwgUFVCTElDICItLy9XM0MvL0RURCBIVE1MIDQuMCBUcmFuc2l0aW9uYWwv L0VOIj4NCjxIVE1MIFhNTE5TOlNUMT48SEVBRD4NCjxNRVRBIGh0dHAtZXF1aXY9Q29udGVudC1U eXBlIGNvbnRlbnQ9InRleHQvaHRtbDsgY2hhcnNldD1nYjIzMTIiPg0KPE1FVEEgY29udGVudD0i TVNIVE1MIDYuMDAuMjkwMC4zNDkyIiBuYW1lPUdFTkVSQVRPUj4NCjxTVFlMRT5AZm9udC1mYWNl IHsNCglmb250LWZhbWlseTogy87M5TsNCn0NCkBmb250LWZhY2Ugew0KCWZvbnQtZmFtaWx5OiBW ZXJkYW5hOw0KfQ0KQGZvbnQtZmFjZSB7DQoJZm9udC1mYW1pbHk6IEDLzszlOw0KfQ0KQHBhZ2Ug U2VjdGlvbjEge3NpemU6IDU5NS4zcHQgODQxLjlwdDsgbWFyZ2luOiA3Mi4wcHQgOTAuMHB0IDcy LjBwdCA5MC4wcHQ7IGxheW91dC1ncmlkOiAxNS42cHQ7IH0NClAuTXNvTm9ybWFsIHsNCglURVhU LUpVU1RJRlk6IGludGVyLWlkZW9ncmFwaDsgRk9OVC1TSVpFOiAxMC41cHQ7IE1BUkdJTjogMGNt 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aXNwQGlldGYub3JnPC9ESVY+DQo8RElWPjxBIA0KaHJlZj0iaHR0cHM6Ly93d3cuaWV0Zi5vcmcv bWFpbG1hbi9saXN0aW5mby9saXNwIj5odHRwczovL3d3dy5pZXRmLm9yZy9tYWlsbWFuL2xpc3Rp bmZvL2xpc3A8L0E+PC9ESVY+DQo8RElWPiZuYnNwOzwvRElWPg0KPERJVj48Rk9OVCBjb2xvcj0j MDAwMGZmPlRoeCBmb3IgeW91ciBhdHRlbnRpb24hIDotKTwvRk9OVD48L0RJVj4NCjxESVY+PEZP TlQgY29sb3I9IzAwMDBmZj5CZXN0IFJlZ2FyZHMhPC9GT05UPjwvRElWPjwvRk9OVD48L0RJVj48 L0JPRFk+PC9IVE1MPg0K --=====003_Dragon087458422864_=====-- From dhuo.thu@gmail.com Thu Jul 9 08:44:48 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D89653A683A for ; Thu, 9 Jul 2009 08:44:48 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.245 X-Spam-Level: X-Spam-Status: No, score=-0.245 tagged_above=-999 required=5 tests=[AWL=0.600, BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_BASE64_TEXT=1.753] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ooUqgiwiRDZm for ; Thu, 9 Jul 2009 08:44:45 -0700 (PDT) Received: from mail-px0-f201.google.com (mail-px0-f201.google.com [209.85.216.201]) by core3.amsl.com (Postfix) with ESMTP id 05F6028C1DC for ; Thu, 9 Jul 2009 08:44:31 -0700 (PDT) Received: by pxi39 with SMTP id 39so201996pxi.29 for ; Thu, 09 Jul 2009 08:44:56 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:date:from:to:cc:references :subject:message-id:x-mailer:mime-version:content-type; bh=H6kRQN5tP2J6REkIGPmIk5YYrK4Uo1bJUqQqk6zPsDE=; b=ZRd+S1fQXkZsIjxGTB+ekx4bWE1UyykgpB2W7GtOwOHJ3kEEumTOqDfZ5u+HsaG58F sapq/kHz0ubzb+KhMZnxiszBdzWgtpYOWRZkM6W+Q0pbBh7ezgm7tBQSZ/NNffuFcUxG 0l7hGh2wfPPKsqIlOfPNrfT1M+qKYIHxlPUAQ= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=date:from:to:cc:references:subject:message-id:x-mailer:mime-version :content-type; b=Bmi4NZvah8pgjiAVPhIemEGAnkJD/luHA2N3NRpDb1nwryW4x3BVTZNvM3zt80A5Tn WaitGm2q/Oxag5XJLI5j7DANZPZWQ1E+Ot856Ci/5onCG1xN/fMm/QRJbay4pHCgUJei 3w9tVuXkJv3TUCsNxrQzXbfoxju0vgvE/Rl6w= Received: by 10.114.182.15 with SMTP id e15mr1424712waf.195.1247154296798; Thu, 09 Jul 2009 08:44:56 -0700 (PDT) Received: from firebat ([166.111.68.231]) by mx.google.com with ESMTPS id m34sm5944692waf.57.2009.07.09.08.44.54 (version=SSLv3 cipher=RC4-MD5); Thu, 09 Jul 2009 08:44:56 -0700 (PDT) Date: Thu, 9 Jul 2009 23:44:52 +0800 From: "Dong HUO" To: "John Zwiebel" References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com>, , <200907090907292188089@gmail.com>, , <200907091130018289671@gmail.com>, <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> Message-ID: <200907092344507503907@gmail.com> X-mailer: Foxmail 6, 11, 101, 15 [cn] Mime-Version: 1.0 Content-Type: multipart/alternative; boundary="=====003_Dragon212661356170_=====" Cc: "lisp@ietf.org" Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 09 Jul 2009 15:44:48 -0000 This is a multi-part message in MIME format. --=====003_Dragon212661356170_===== Content-Type: text/plain; charset="gb2312" Content-Transfer-Encoding: 7bit On Jul 8, 2009, at 5:30 PM, Dong HUO wrote: [Dong]: Sounds good to me. Good advice! I'll see. However I think ALT and DHT MO can be seen as two styles of orgnizing the mappings: the former is tree structure, and the latter is DHT structure. I think both can scale. Why we choose DHT in our solution is that DHT is easy for self organizing and redundancy. And since it's supplementary to improve the performance, so the latency impact due to DHT can be less stressed. No doubt. My point was that there is a lot of description in how the ALT works. The MO has to have connectivity of some sort between all the systems that hold the DHT. It isn't clear to me how that connectivity works exactly but it appears from what I understand to be very similar to the ALT. LISP is being developed so that the ALT can be "swapped out" and replaced easily with something else. MO/DHT needs to be designed so it can be "swapped in". [Dong]: Yep, we really need to make it more specific in the new version as you suggested. It's very helpful to discuss on your unclarities in this draft to help improve it. 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RFk+PC9IVE1MPg0K --=====003_Dragon212661356170_=====-- From dino@cisco.com Fri Jul 10 14:40:32 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 8496A3A6E59 for ; Fri, 10 Jul 2009 14:40:32 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=x tagged_above=-999 required=5 tests=[] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id e76mBh-i3rk6 for ; Fri, 10 Jul 2009 14:40:32 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 128D63A688C for ; Fri, 10 Jul 2009 14:40:32 -0700 (PDT) X-Files: lisp-01-to-02.html, draft-ietf-lisp-02.txt : 142543, 142398 X-IronPort-AV: E=Sophos;i="4.42,380,1243814400"; d="txt'?html'217?scan'217,208,217";a="341649482" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-6.cisco.com with ESMTP; 10 Jul 2009 21:41:00 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6ALf0Et017673 for ; Fri, 10 Jul 2009 14:41:00 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6ALf0J6002476 for ; Fri, 10 Jul 2009 21:41:00 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 10 Jul 2009 14:41:00 -0700 Received: from [192.168.1.5] ([10.21.126.57]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 10 Jul 2009 14:40:59 -0700 Message-Id: From: Dino Farinacci To: lisp@ietf.org Content-Type: multipart/mixed; boundary=Apple-Mail-23-519402106 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 10 Jul 2009 14:40:57 -0700 X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 10 Jul 2009 21:40:59.0526 (UTC) FILETIME=[1D3E2A60:01CA01A7] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=293528; t=1247262060; x=1248126060; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Updates=20to=20draft-ietf-lisp-02.txt |Sender:=20; bh=wTO4PCnS1RkyiUFITwKAQdJvTtuHoyDZvWlzmd4tWwM=; b=JDcZRsD9SYgyrcBJxuwv+Bs2ve6E5DYI01xhYQhRPbdDQhTjT32q7KKCG2 KRWHsinPn48j+37JTI76mSht1Ouu4YAnq9rpwrMzRP19NXn4T1ZZqNW8kA0P SVivzOo5CH; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Subject: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 10 Jul 2009 21:40:32 -0000 --Apple-Mail-23-519402106 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit LISPers, Here are a list of changes I'd like to put into draft-ietf-lisp-02.txt: (1) Change packet format suggested on list to: +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ L / | Locator Reach Bits | I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ S \ |S|E| rsvd-flags| Nonce | P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ (2) Specify how ECN bits in the TOS header are treated during encapsulation and decapsulation. I have integrated text contributed by David Black from EMC. (3) Added Probe-bit to the Map-Request and Map-Reply packet formats. Will discuss at IETF. Want to make packet format changes in one step so it is less painful to upgrade the LISP network. (4) Add the section "Echo Nonce Algorithm" describing how the E-bit (above) is used. (5) Added a section "LISP Mobile Node Mobility" to the mobility section with an overview to refer to the draft-meyer-lisp-mn-00.txt draft. (6) Updated section "Prototype Plans and Status" with more current information. See enclosed ID and diff file. I am scheduled to present the 3 locator reachability algorithms I refer to in the draft. The only one documented at this time is the Echo Nonce Algorithm as promised on the list. Thanks, Dino/Dave/Darrel/Vince --Apple-Mail-23-519402106 Content-Disposition: attachment; filename=lisp-01-to-02.html Content-Type: text/html; x-unix-mode=0644; name="lisp-01-to-02.html" Content-Transfer-Encoding: 7bit wdiff draft-ietf-lisp-01.txt draft-ietf-lisp-02.txt 
Network Working Group                                       D. Farinacci
Internet-Draft                                                 V. Fuller
Intended status: Experimental                                   D. Meyer
Expires: November 29, 2009 January 10, 2010                                       D. Lewis
                                                           cisco Systems
                                                            May 28,
                                                            July 9, 2009

                 Locator/ID Separation Protocol (LISP)
                         draft-ietf-lisp-01.txt
                         draft-ietf-lisp-02.txt

Status of this Memo

   This Internet-Draft is submitted to IETF in full conformance with the
   provisions of BCP 78 and BCP 79.

   Internet-Drafts are working documents of the Internet Engineering
   Task Force (IETF), its areas, and its working groups.  Note that
   other groups may also distribute working documents as Internet-
   Drafts.

   Internet-Drafts are draft documents valid for a maximum of six months
   and may be updated, replaced, or obsoleted by other documents at any
   time.  It is inappropriate to use Internet-Drafts as reference
   material or to cite them other than as "work in progress."

   The list of current Internet-Drafts can be accessed at
   http://www.ietf.org/ietf/1id-abstracts.txt.

   The list of Internet-Draft Shadow Directories can be accessed at
   http://www.ietf.org/shadow.html.

   This Internet-Draft will expire on November 29, 2009. January 10, 2010.

Copyright Notice

   Copyright (c) 2009 IETF Trust and the persons identified as the
   document authors.  All rights reserved.

   This document is subject to BCP 78 and the IETF Trust's Legal
   Provisions Relating to IETF Documents in effect on the date of
   publication of this document (http://trustee.ietf.org/license-info).
   Please review these documents carefully, as they describe your rights
   and restrictions with respect to this document.

Abstract

   This draft describes a simple, incremental, network-based protocol to
   implement separation of Internet addresses into Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs).  This mechanism requires no
   changes to host stacks and no major changes to existing database
   infrastructures.  The proposed protocol can be implemented in a
   relatively small number of routers.

   This proposal was stimulated by the problem statement effort at the
   Amsterdam IAB Routing and Addressing Workshop (RAWS), which took
   place in October 2006.

Table of Contents

   1.  Requirements Notation  . . . . . . . . . . . . . . . . . . . .  4
   2.  Introduction . . . . . . . . . . . . . . . . . . . . . . . . .  5
   3.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  8
   4.  Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12
     4.1.  Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14
   5.  Tunneling Details  . . . . . . . . . . . . . . . . . . . . . . 16
     5.1.  LISP IPv4-in-IPv4 Header Format  . . . . . . . . . . . . . 17
     5.2.  LISP IPv6-in-IPv6 Header Format  . . . . . . . . . . . . . 18
     5.3.  Tunnel Header Field Descriptions . . . . . . . . . . . . . 19
     5.4.  Dealing with Large Encapsulated Packets  . . . . . . . . . 20 21
       5.4.1.  A Stateless Solution to MTU Handling . . . . . . . . . 21
       5.4.2.  A Stateful Solution to MTU Handling  . . . . . . . . . 22
   6.  EID-to-RLOC Mapping  . . . . . . . . . . . . . . . . . . . . . 23
     6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats  . . . . . 23
       6.1.1.  LISP Packet Type Allocations . . . . . . . . . . . . . 25
       6.1.2.  Map-Request Message Format . . . . . . . . . . . . . . 25
       6.1.3.  EID-to-RLOC UDP Map-Request Message  . . . . . . . . . 27
       6.1.4.  Map-Reply Message Format . . . . . . . . . . . . . . . 28
       6.1.5.  EID-to-RLOC UDP Map-Reply Message  . . . . . . . . . . 31
       6.1.6.  Map-Register Message Format  . . . . . . . . . . . . . 32
     6.2.  Routing Locator Selection  . . . . . . . . . . . . . . . . 34
     6.3.  Routing Locator Reachability . . . . . . . . . . . . . . . 35
       6.3.1.  Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37
     6.4.  Routing Locator Hashing  . . . . . . . . . . . . . . . . . 37 38
     6.5.  Changing the Contents of EID-to-RLOC Mappings  . . . . . . 38 39
       6.5.1.  Clock Sweep  . . . . . . . . . . . . . . . . . . . . . 39
       6.5.2.  Solicit-Map-Request (SMR)  . . . . . . . . . . . . . . 39 40
   7.  Router Performance Considerations  . . . . . . . . . . . . . . 41 42
   8.  Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 42 43
     8.1.  First-hop/Last-hop Tunnel Routers  . . . . . . . . . . . . 43 44
     8.2.  Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 43 44
     8.3.  ISP Provider-Edge (PE) Tunnel Routers  . . . . . . . . . . 44 45
   9.  Traceroute Considerations  . . . . . . . . . . . . . . . . . . 45 46
     9.1.  IPv6 Traceroute  . . . . . . . . . . . . . . . . . . . . . 46 47
     9.2.  IPv4 Traceroute  . . . . . . . . . . . . . . . . . . . . . 46 47
     9.3.  Traceroute using Mixed Locators  . . . . . . . . . . . . . 46 47
   10. Mobility Considerations  . . . . . . . . . . . . . . . . . . . 48 49
     10.1. Site Mobility  . . . . . . . . . . . . . . . . . . . . . . 48 49
     10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 48 49
     10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 48 49
     10.4. Fast Network Mobility  . . . . . . . . . . . . . . . . . . 50 51
     10.5. LISP Mobile Node Mobility  . . . . . . . . . . . . . . . . 51
   11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 51 53
   12. Security Considerations  . . . . . . . . . . . . . . . . . . . 52 54
   13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 53 55
   14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 56 58
     14.1. Normative References . . . . . . . . . . . . . . . . . . . 56 58
     14.2. Informative References . . . . . . . . . . . . . . . . . . 57 59
   Appendix A.  Acknowledgments . . . . . . . . . . . . . . . . . . . 60 62
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 61 63

1.  Requirements Notation

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

2.  Introduction

   Many years of discussion about the current IP routing and addressing
   architecture have noted that its use of a single numbering space (the
   "IP address") for both host transport session identification and
   network routing creates scaling issues (see [CHIAPPA] and [RFC1498]).
   A number of scaling benefits would be realized by separating the
   current IP address into separate spaces for Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs); among them are:

   1.  Reduction of routing table size in the "default-free zone" (DFZ).
       Use of a separate numbering space for RLOCs will allow them to be
       assigned topologically (in today's Internet, RLOCs would be
       assigned by providers at client network attachment points),
       greatly improving aggregation and reducing the number of
       globally-visible, routable prefixes.

   2.  More cost-effective multihoming for sites that connect to
       different service providers where they can control their own
       policies for packet flow into the site without using extra
       routing table resources of core routers.

   3.  Easing of renumbering burden when clients change providers.
       Because host EIDs are numbered from a separate, non-provider-
       assigned and non-topologically-bound space, they do not need to
       be renumbered when a client site changes its attachment points to
       the network.

   4.  Traffic engineering capabilities that can be performed by network
       elements and do not depend on injecting additional state into the
       routing system.  This will fall out of the mechanism that is used
       to implement the EID/RLOC split (see Section 4).

   5.  Mobility without address changing.  Existing mobility mechanisms
       will be able to work in a locator/ID separation scenario.  It
       will be possible for a host (or a collection of hosts) to move to
       a different point in the network topology either retaining its
       home-based address or acquiring a new address based on the new
       network location.  A new network location could be a physically
       different point in the network topology or the same physical
       point of the topology with a different provider.

   This draft describes protocol mechanisms to achieve the desired
   functional separation.  For flexibility, the mechanism used for
   forwarding packets is decoupled from that used to determine EID to
   RLOC mappings.  This document covers the former.  For the later, see
   [CONS], [ALT], [EMACS], [RPMD], and [NERD].  This work is in response
   to and intended to address the problem statement that came out of the
   RAWS effort [RFC4984].

   The Routing and Addressing problem statement can be found in [RADIR].

   This draft focuses on a router-based solution.  Building the solution
   into the network will facilitate incremental deployment of the
   technology on the Internet.  Note that while the detailed protocol
   specification and examples in this document assume IP version 4
   (IPv4), there is nothing in the design that precludes use of the same
   techniques and mechanisms for IPv6.  It should be possible for IPv4
   packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4
   RLOCs.

   Related work on host-based solutions is described in Shim6 [SHIM6]
   and HIP [RFC4423].  Related work on a router-based solution is
   described in [GSE].  This draft attempts to not compete or overlap
   with such solutions and the proposed protocol changes are expected to
   complement a host-based mechanism when Traffic Engineering
   functionality is desired.

   Some of the design goals of this proposal include:

   1.  Require no hardware or software changes to end-systems (hosts).

   2.  Minimize required changes to Internet infrastructure.

   3.  Be incrementally deployable.

   4.  Require no router hardware changes.

   5.  Minimize the number of routers which have to be modified.  In
       particular, most customer site routers and no core routers
       require changes.

   6.  Minimize router software changes in those routers which are
       affected.

   7.  Avoid or minimize packet loss when EID-to-RLOC mappings need to
       be performed.

   There are 4 variants of LISP, which differ along a spectrum of strong
   to weak dependence on the topological nature and possible need for
   routability of EIDs.  The variants are:

   LISP 1:  uses EIDs that are routable through the RLOC topology for
      bootstrapping EID-to-RLOC mappings.  [LISP1] This was intended as
      a prototyping mechanism for early protocol implementation.  It is
      now deprecated and should not be deployed.

   LISP 1.5:  uses EIDs that are routable for bootstrapping EID-to-RLOC
      mappings; such routing is via a separate topology.

   LISP 2:  uses EIDS that are not routable and EID-to-RLOC mappings are
      implemented within the DNS.  [LISP2]

   LISP 3:  uses non-routable EIDs that are used as lookup keys for a
      new EID-to-RLOC mapping database.  Use of Distributed Hash Tables
      [DHTs] [LISPDHT] to implement such a database would be an area to
      explore.  Other examples of new mapping database services are
      [CONS], [ALT], [RPMD], [NERD], and [APT].

   This document on LISP 1.5, and LISP 3 variants, both of which rely on
   a router-based distributed cache and database for EID-to-RLOC
   mappings.  The LISP 1.0 mechanism works but does not allow reduction
   of routing information in the default-free-zone of the Internet.  The
   LISP 2 mechanisms are put on hold and may never come to fruition
   since it is not architecturally pure to have routing depend on
   directory and directory depend on routing.  The LISP 3 mechanisms
   will be documented elsewhere but may use the control-plane options
   specified in this specification.

3.  Definition of Terms

   Provider Independent (PI) Addresses:   an address block assigned from
      a pool where blocks are not associated with any particular
      location in the network (e.g. from a particular service provider),
      and is therefore not topologically aggregatable in the routing
      system.

   Provider Assigned (PA) Addresses:   a block of IP addresses that are
      assigned to a site by each service provider to which a site
      connects.  Typically, each block is sub-block of a service
      provider CIDR block and is aggregated into the larger block before
      being advertised into the global Internet.  Traditionally, IP
      multihoming has been implemented by each multi-homed site
      acquiring its own, globally-visible prefix.  LISP uses only
      topologically-assigned and aggregatable address blocks for RLOCs,
      eliminating this demonstrably non-scalable practice.

   Routing Locator (RLOC):   the IPv4 or IPv6 address of an egress
      tunnel router (ETR).  It is the output of a EID-to-RLOC mapping
      lookup.  An EID maps to one or more RLOCs.  Typically, RLOCs are
      numbered from topologically-aggregatable blocks that are assigned
      to a site at each point to which it attaches to the global
      Internet; where the topology is defined by the connectivity of
      provider networks, RLOCs can be thought of as PA addresses.
      Multiple RLOCs can be assigned to the same ETR device or to
      multiple ETR devices at a site.

   Endpoint ID (EID):   a 32-bit (for IPv4) or 128-bit (for IPv6) value
      used in the source and destination address fields of the first
      (most inner) LISP header of a packet.  The host obtains a
      destination EID the same way it obtains an destination address
      today, for example through a DNS lookup or SIP exchange.  The
      source EID is obtained via existing mechanisms used to set a
      host's "local" IP address.  An EID is allocated to a host from an
      EID-prefix block associated with the site where the host is
      located.  An EID can be used by a host to refer to other hosts.
      EIDs MUST NOT be used as LISP RLOCs.  Note that EID blocks may be
      assigned in a hierarchical manner, independent of the network
      topology, to facilitate scaling of the mapping database.  In
      addition, an EID block assigned to a site may have site-local
      structure (subnetting) for routing within the site; this structure
      is not visible to the global routing system.  When used in
      discussions with other Locator/ID separation proposals, a LISP EID
      will be called a "LEID".  Throughout this document, any references
      to "EID" refers to an LEID.

   EID-prefix:   A power-of-2 block of EIDs which are allocated to a
      site by an address allocation authority.  EID-prefixes are
      associated with a set of RLOC addresses which make up a "database
      mapping".  EID-prefix allocations can be broken up into smaller
      blocks when an RLOC set is to be associated with the smaller EID-
      prefix.  A globally routed address block (whether PI or PA) is not
      an EID-prefix.  However, a globally routed address block may be
      removed from global routing and reused as an EID-prefix.  A site
      that receives an explicitly allocated EID-prefix may not use that
      EID-prefix as a globally routed prefix assigned to RLOCs.

   End-system:   is an IPv4 or IPv6 device that originates packets with
      a single IPv4 or IPv6 header.  The end-system supplies an EID
      value for the destination address field of the IP header when
      communicating globally (i.e. outside of its routing domain).  An
      end-system can be a host computer, a switch or router device, or
      any network appliance.

   Ingress Tunnel Router (ITR):   a router which accepts an IP packet
      with a single IP header (more precisely, an IP packet that does
      not contain a LISP header).  The router treats this "inner" IP
      destination address as an EID and performs an EID-to-RLOC mapping
      lookup.  The router then prepends an "outer" IP header with one of
      its globally-routable RLOCs in the source address field and the
      result of the mapping lookup in the destination address field.
      Note that this destination RLOC may be an intermediate, proxy
      device that has better knowledge of the EID-to-RLOC mapping closer
      to the destination EID.  In general, an ITR receives IP packets
      from site end-systems on one side and sends LISP-encapsulated IP
      packets toward the Internet on the other side.

      Specifically, when a service provider prepends a LISP header for
      Traffic Engineering purposes, the router that does this is also
      regarded as an ITR.  The outer RLOC the ISP ITR uses can be based
      on the outer destination address (the originating ITR's supplied
      RLOC) or the inner destination address (the originating hosts
      supplied EID).

   TE-ITR:   is an ITR that is deployed in a service provider network
      that prepends an additional LISP header for Traffic Engineering
      purposes.

   Egress Tunnel Router (ETR):   a router that accepts an IP packet
      where the destination address in the "outer" IP header is one of
      its own RLOCs.  The router strips the "outer" header and forwards
      the packet based on the next IP header found.  In general, an ETR
      receives LISP-encapsulated IP packets from the Internet on one
      side and sends decapsulated IP packets to site end-systems on the
      other side.  ETR functionality does not have to be limited to a
      router device.  A server host can be the endpoint of a LISP tunnel
      as well.

   TE-ETR:   is an ETR that is deployed in a service provider network
      that strips an outer LISP header for Traffic Engineering purposes.

   xTR:   is a reference to an ITR or ETR when direction of data flow is
      not part of the context description. xTR refers to the router that
      is the tunnel endpoint.  Used synonymously with the term "Tunnel
      Router".  For example, "An xTR can be located at the Customer Edge
      (CE) router", meaning both ITR and ETR functionality is at the CE
      router.

   EID-to-RLOC Cache:   a short-lived, on-demand table in an ITR that
      stores, tracks, and is responsible for timing-out and otherwise
      validating EID-to-RLOC mappings.  This cache is distinct from the
      full "database" of EID-to-RLOC mappings, it is dynamic, local to
      the ITR(s), and relatively small while the database is
      distributed, relatively static, and much more global in scope.

   EID-to-RLOC Database:   a global distributed database that contains
      all known EID-prefix to RLOC mappings.  Each potential ETR
      typically contains a small piece of the database: the EID-to-RLOC
      mappings for the EID prefixes "behind" the router.  These map to
      one of the router's own, globally-visible, IP addresses.

   Recursive Tunneling:   when a packet has more than one LISP IP
      header.  Additional layers of tunneling may be employed to
      implement traffic engineering or other re-routing as needed.  When
      this is done, an additional "outer" LISP header is added and the
      original RLOCs are preserved in the "inner" header.  Any
      references to tunnels in this specification refers to dynamic
      encapsulating tunnels and never are they staticly configured.

   Reencapsulating Tunnels:   when a packet has no more than one LISP IP
      header (two IP headers total) and when it needs to be diverted to
      new RLOC, an ETR can decapsulate the packet (remove the LISP
      header) and prepend a new tunnel header, with new RLOC, on to the
      packet.  Doing this allows a packet to be re-routed by the re-
      encapsulating router without adding the overhead of additional
      tunnel headers.  Any references to tunnels in this specification
      refers to dynamic encapsulating tunnels and never are they
      staticly configured.

   LISP Header:   a term used in this document to refer to the outer
      IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR
      prepends or an ETR strips.

   Address Family Indicator (AFI):   a term used to describe an address
      encoding in a packet.  An address family currently pertains to an
      IPv4 or IPv6 address.  See [AFI] for details.

   Negative Mapping Entry:   also known as a negative cache entry, is an
      EID-to-RLOC entry where an EID-prefix is advertised or stored with
      no RLOCs.  That is, the locator-set for the EID-to-RLOC entry is
      empty or has an encoded locator count of 0.  This type of entry
      could be used to describe a prefix from a non-LISP site, which is
      explicitly not in the mapping database.  There are a set of well
      defined actions that are encoded in a Negative Map-Reply.

   Data Probe:   a LISP-encapsulated data packet where the inner header
      destination address equals the outer header destination address
      used to trigger a Map-Reply by a decapsulating ETR.  In addition,
      the original packet is decapsulated and delivered to the
      destination host.  A Data Probe is used in some of the mapping
      database designs to "probe" or request a Map-Reply from an ETR; in
      other cases, Map-Requests are used.  See each mapping database
      design for details.

4.  Basic Overview

   One key concept of LISP is that end-systems (hosts) operate the same
   way they do today.  The IP addresses that hosts use for tracking
   sockets, connections, and for sending and receiving packets do not
   change.  In LISP terminology, these IP addresses are called Endpoint
   Identifiers (EIDs).

   Routers continue to forward packets based on IP destination
   addresses.  When a packet is LISP encapsulated, these addresses are
   referred to as Routing Locators (RLOCs).  Most routers along a path
   between two hosts will not change; they continue to perform routing/
   forwarding lookups on the destination addresses.  For routers between
   the source host and the ITR as well as routers from the ETR to the
   destination host, the destination address is an EID.  For the routers
   between the ITR and the ETR, the destination address is an RLOC.

   This design introduces "Tunnel Routers", which prepend LISP headers
   on host-originated packets and strip them prior to final delivery to
   their destination.  The IP addresses in this "outer header" are
   RLOCs.  During end-to-end packet exchange between two Internet hosts,
   an ITR prepends a new LISP header to each packet and an egress tunnel
   router strips the new header.  The ITR performs EID-to-RLOC lookups
   to determine the routing path to the the ETR, which has the RLOC as
   one of its IP addresses.

   Some basic rules governing LISP are:

   o  End-systems (hosts) only send to addresses which are EIDs.  They
      don't know addresses are EIDs versus RLOCs but assume packets get
      to LISP routers, which in turn, deliver packets to the destination
      the end-system has specified.

   o  EIDs are always IP addresses assigned to hosts.

   o  LISP routers mostly deal with Routing Locator addresses.  See
      details later in Section 4.1 to clarify what is meant by "mostly".

   o  RLOCs are always IP addresses assigned to routers; preferably,
      topologically-oriented addresses from provider CIDR blocks.

   o  When a router originates packets it may use as a source address
      either an EID or RLOC.  When acting as a host (e.g. when
      terminating a transport session such as SSH, TELNET, or SNMP), it
      may use an EID that is explicitly assigned for that purpose.  An
      EID that identifies the router as a host MUST NOT be used as an
      RLOC; an EID is only routable within the scope of a site.  A
      typical BGP configuration might demonstrate this "hybrid" EID/RLOC
      usage where a router could use its "host-like" EID to terminate
      iBGP sessions to other routers in a site while at the same time
      using RLOCs to terminate eBGP sessions to routers outside the
      site.

   o  EIDs are not expected to be usable for global end-to-end
      communication in the absence of an EID-to-RLOC mapping operation.
      They are expected to be used locally for intra-site communication.

   o  EID prefixes are likely to be hierarchically assigned in a manner
      which is optimized for administrative convenience and to
      facilitate scaling of the EID-to-RLOC mapping database.  The
      hierarchy is based on a address allocation hierarchy which is not
      dependent on the network topology.

   o  EIDs may also be structured (subnetted) in a manner suitable for
      local routing within an autonomous system.

   An additional LISP header may be prepended to packets by a transit
   router (i.e.  TE-ITR) when re-routing of the path for a packet is
   desired.  An obvious instance of this would be an ISP router that
   needs to perform traffic engineering for packets in flow through its
   network.  In such a situation, termed Recursive Tunneling, an ISP
   transit acts as an additional ingress tunnel router and the RLOC it
   uses for the new prepended header would be either an TE-ETR within
   the ISP (along intra-ISP traffic engineered path) or in an TE-ETR
   within another ISP (an inter-ISP traffic engineered path, where an
   agreement to build such a path exists).

   This specification mandates that no more than two LISP headers get
   prepended to a packet.  This avoids excessive packet overhead as well
   as possible encapsulation loops.  It is believed two headers is
   sufficient, where the first prepended header is used at a site for
   Location/Identity separation and second prepended header is used
   inside a service provider for Traffic Engineering purposes.

   Tunnel Routers can be placed fairly flexibly in a multi-AS topology.
   For example, the ITR for a particular end-to-end packet exchange
   might be the first-hop or default router within a site for the source
   host.  Similarly, the egress tunnel router might be the last-hop
   router directly-connected to the destination host.  Another example,
   perhaps for a VPN service out-sourced to an ISP by a site, the ITR
   could be the site's border router at the service provider attachment
   point.  Mixing and matching of site-operated, ISP-operated, and other
   tunnel routers is allowed for maximum flexibility.  See Section 8 for
   more details.

4.1.  Packet Flow Sequence

   This section provides an example of the unicast packet flow with the
   following conditions:

   o  Source host "host1.abc.com" is sending a packet to
      "host2.xyz.com", exactly what host1 would do if the site was not
      using LISP.

   o  Each site is multi-homed, so each tunnel router has an address
      (RLOC) assigned from the service provider address block for each
      provider to which that particular tunnel router is attached.

   o  The ITR(s) and ETR(s) are directly connected to the source and
      destination, respectively.

   o  Data Probes are used to solicit Map-Replies versus using Map-
      Requests.  And the Data Probes are sent on the underlying topology
      (the LISP 1.0 variant) but could also be sent over an alternative
      topology (the LISP 1.5 variant) as it would in [ALT].

   Client host1.abc.com wants to communicate with server host2.xyz.com:

   1.  host1.abc.com wants to open a TCP connection to host2.xyz.com.
       It does a DNS lookup on host2.xyz.com.  An A/AAAA record is
       returned.  This address is used as the destination EID and the
       locally-assigned address of host1.abc.com is used as the source
       EID.  An IPv4 or IPv6 packet is built using the EIDs in the IPv4
       or IPv6 header and sent to the default router.

   2.  The default router is configured as an ITR.  The ITR must be able
       to map the EID destination to an RLOC of the ETR at the
       destination site.  The ITR prepends a LISP header to the packet,
       with one of its RLOCs as the source IPv4 or IPv6 address.  The
       destination EID from the original packet header is used as the
       destination IPv4 or IPv6 in the prepended LISP header.
       Subsequent packets, where the outer destination address is the
       destination EID will be sent until EID-to-RLOC mapping is
       learned.

   3.  In LISP 1, the packet is routed through the Internet as it is
       today.  In LISP 1.5, the packet is routed on a different topology
       which may have EID prefixes distributed and advertised in an
       aggregatable fashion.  In either case, the packet arrives at the
       ETR.  The router is configured to "punt" the packet to the
       router's processor.  See Section 7 for more details.  For LISP
       2.0 and 3.0, the behavior is not fully defined yet.

   4.  The LISP header is stripped so that the packet can be forwarded
       by the router control plane.  The router looks up the destination
       EID in the router's EID-to-RLOC database (not the cache, but the
       configured data structure of RLOCs).  An EID-to-RLOC Map-Reply
       message is originated by the ETR and is addressed to the source
       RLOC in the LISP header of the original packet (this is the ITR).
       The source RLOC of the Map-Reply is one of the ETR's RLOCs.

   5.  The ITR receives the Map-Reply message, parses the message (to
       check for format validity) and stores the mapping information
       from the packet.  This information is put in the ITR's EID-to-
       RLOC mapping cache (this is the on-demand cache, the cache where
       entries time out due to inactivity).

   6.  Subsequent packets from host1.abc.com to host2.xyz.com will have
       a LISP header prepended by the ITR using the appropriate RLOC as
       the LISP header destination address learned from the ETR.  Note,
       the packet may be sent to a different ETR than the one which
       returned the Map-Reply due to the source site's hashing policy or
       the destination site's locator-set policy.

   7.  The ETR receives these packets directly (since the destination
       address is one of its assigned IP addresses), strips the LISP
       header and forwards the packets to the attached destination host.

   In order to eliminate the need for a mapping lookup in the reverse
   direction, an ETR MAY create a cache entry that maps the source EID
   (inner header source IP address) to the source RLOC (outer header
   source IP address) in a received LISP packet.  Such a cache entry is
   termed a "gleaned" mapping and only contains a single RLOC for the
   EID in question.  More complete information about additional RLOCs
   SHOULD be verified by sending a LISP Map-Request for that EID.  Both
   ITR and the ETR may also influence the decision the other makes in
   selecting an RLOC.  See Section 6 for more details.

5.  Tunneling Details

   This section describes the LISP Data Message which defines the
   tunneling header used to encapsulate IPv4 and IPv6 packets which
   contain EID addresses.  Even though the following formats illustrate
   IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2
   combinations are supported as well.

   Since additional tunnel headers are prepended, the packet becomes
   larger and in theory can exceed the MTU of any link traversed from
   the ITR to the ETR.  It is recommended, in IPv4 that packets do not
   get fragmented as they are encapsulated by the ITR.  Instead, the
   packet is dropped and an ICMP Too Big message is returned to the
   source.

   Based on informal surveys of large ISP traffic patterns, it appears
   that most transit paths can accommodate a path MTU of at least 4470
   bytes.  The exceptions, in terms of data rate, number of hosts
   affected, or any other metric are expected to be vanishingly small.

   To address MTU concerns, mainly raised on the RRG mailing list, the
   LISP deployment process will include collecting data during its pilot
   phase to either verify or refute the assumption about minimum
   available MTU.  If the assumption proves true and transit networks
   with links limited to 1500 byte MTUs are corner cases, it would seem
   more cost-effective to either upgrade or modify the equipment in
   those transit networks to support larger MTUs or to use existing
   mechanisms for accommodating packets that are too large.

   For this reason, there is currently no plan for LISP to add any new
   additional, complex mechanism for implementing fragmentation and
   reassembly in the face of limited-MTU transit links.  If analysis
   during LISP pilot deployment reveals that the assumption of
   essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect,
   then LISP can be modified prior to protocol standardization to add
   support for one of the proposed fragmentation and reassembly schemes.
   Note that two simple existing schemes are detailed in Section 5.4.

5.1.  LISP IPv4-in-IPv4 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   OH  |  Time to Live | Protocol = 17 |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                    Source Routing Locator                     |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |S| |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ | |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   IH  |  Time to Live |    Protocol   |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                           Source EID                          |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                         Destination EID                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.2.  LISP IPv6-in-IPv6 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Payload Length        | Next Header=17|   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   O   +                                                               +
   u   |                                                               |
   t   +                     Source Routing Locator                    +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                  Destination Routing Locator                  +
   |   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |S| |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ | |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   /   |         Payload Length        |  Next Header  |   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   I   +                                                               +
   n   |                                                               |
   n   +                          Source EID                           +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                        Destination EID                        +
   \   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.3.  Tunnel Header Field Descriptions

   IH Header:  is the inner header, preserved from the datagram received
      from the originating host.  The source and destination IP
      addresses are EIDs.

   OH Header:  is the outer header prepended by an ITR.  The address
      fields contain RLOCs obtained from the ingress router's EID-to-
      RLOC cache.  The IP protocol number is "UDP (17)" from [RFC0768].
      The DF bit of the Flags field is set to 0.

   UDP Header:  contains a ITR selected source port when encapsulating a
      packet.  See Section 6.4 for details on the hash algorithm used
      select a source port based on the 5-tuple of the inner header.
      The destination port MUST be set to the well-known IANA assigned
      port value 4341.

   UDP Checksum:  this field field MUST be transmitted as 0 and ignored
      on receipt by the ETR.  Note, even when the UDP checksum is
      transmitted as 0 an intervening NAT device can recalculate the
      checksum and rewrite the UDP checksum field to non-zero.  For
      performance reasons, the ETR MUST ignore the checksum and MUST not
      do a checksum computation.

   UDP Length:  for an IPv4 encapsulated packet, the inner header Total
      Length plus the UDP and LISP header lengths are used.  For an IPv6
      encapsulated packet, the inner header Payload Length plus the size
      of the IPv6 header (40 bytes) plus the size of the UDP and LISP
      headers are used.  The UDP header length is 8 bytes.  The LISP
      header length is 8 bytes when no loc-reach-bit header extensions
      are used.

   S: this is the Solicit-Map-Request (SMR) bit.  See section
      Section 6.5.2 for details.

   LISP Locator Reach Bits:  in the LISP header are set by an ITR to
      indicate to an ETR the reachability of the Locators in the source
      site.  Each RLOC in a Map-Reply is assigned an ordinal value from
      0 to n-1 (when there are n RLOCs in a mapping entry).  The Locator
      Reach Bits are numbered from 0 to n-1 from the right significant
      bit of the 31-bit 32-bit field.  When a bit is set to 1, the ITR is
      indicating to the ETR the RLOC associated with the bit ordinal is
      reachable.  See Section 6.3 for details on how an ITR can
      determine other ITRs at the site are reachable.  When a site has
      multiple EID-prefixes which result in multiple mappings (where
      each could have a different locator-set), the Locator Reach Bits
      setting in an encapsulated packet MUST reflect the mapping for the
      EID-prefix that the inner-header source EID address matches.

   S: this is the Solicit-Map-Request (SMR) bit.  See section
      Section 6.5.2 for details.

   E: this is the echo-nonce-request bit.  See section Section 6.3.1 for
      details.

   rsvd-flags:  this 6-bit field is reserved for future flag use.  It is
      set to 0 on transmit and ignored on receipt.

   LISP Nonce:  is a 32-bit 24-bit value that is randomly generated by an ITR.
      It is used to test route-returnability when xTRs exchange
      encapsulated data packets with the SMR bit set, Data-Probe, Map-
      Request, or Map-Reply messages.

   When doing Recursive Tunneling: Tunneling or ITR/PTR encapsulation:

   o  The OH header Time to Live field (or Hop Limit field, in case of
      IPv6) MUST be copied from the IH header Time to Live field.

   o  The OH header Type of Service field (or the Traffic Class field,
      in the case of IPv6) SHOULD be copied from the IH header Type of
      Service field (with one caveat, see below).

   When doing Re-encapsulated Tunneling:

   o  The new OH header Time to Live field SHOULD be copied from the
      stripped OH header Time to Live field.

   o  The new OH header Type of Service field SHOULD be copied from the
      stripped OH header Type of Service field (with one caveat, see
      below)..

   Copying the TTL serves two purposes: first, it preserves the distance
   the host intended the packet to travel; second, and more importantly,
   it provides for suppression of looping packets in the event there is
   a loop of concatenated tunnels due to misconfiguration.

   When

   The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service code-points indicate
   field and the use IPv6 Traffic Class field [RFC3168].  The ECN field
   requires special treatment in order to avoid discarding indications
   of congestion [RFC3168].  ITR encapsulation MUST copy the 2-bit ECN
   according
   field from the inner header to [RFC3168], the full-functionality option for simple
   tunnels will be used when ITR encapsulating and outer header.  Re-encapsulation
   MUST copy the 2-bit ECN field from the stripped outer header to the
   new outer header.  If the ECN field contains a congestion indication
   codepoint (the value is '11', the Congestion Experienced (CE)
   codepoint), then ETR decapsulating.
   Therefore, decapsulation MUST copy the 2-bit ECN field from
   the stripped outer header to the surviving inner header that is used
   to forward the packet beyond the ETR.  These requirements preserve
   Congestion Experience Experienced (CE) bit will be preserved indications when a packet traveres that uses ECN
   traverses a LISP tunnel.

5.4.  Dealing tunnel and becomes marked with Large Encapsulated Packets

   In the a CE indication due
   to congestion between the tunnel endpoints.

5.4.  Dealing with Large Encapsulated Packets

   In the event that the MTU issues mentioned above prove to be more
   serious than expected, this section proposes 2 simple mechanisms to
   deal with large packets.  One is stateless using IP fragmentation and
   the other is stateful using Path MTU Discovery [RFC1191].

   It is left to the implementor to decide if the stateless or stateful
   mechanism should be implemented.  Both or neither can be decided as
   well since it is a local decision in the ITR regarding how to deal
   with MTU issues.  Sites can interoperate with differing mechanisms.

5.4.1.  A Stateless Solution to MTU Handling

   An ITR stateless solution to handle MTU issues is described as
   follows:

   1.  Define an architectural constant S for the maximum size of a
       packet, in bytes, an ITR would receive from a source inside of
       its site.

   2.  Define L to be the maximum size, in bytes, a packet of size S
       would be after the ITR prepends the LISP header, UDP header, and
       outer network layer header of size H.

   3.  Calculate: S + H = L.

   When an ITR receives a packet from a site-facing interface and adds H
   bytes worth of encapsulation to yield a packet size of L bytes, it
   resolves the MTU issue by first splitting the original packet into 2
   equal-sized fragments.  A LISP header is then prepended to each
   fragment.  This will ensure that the new, encapsulated packets are of
   size (S/2 + H), which is always below the effective tunnel MTU.

   When an ETR receives encapsulated fragments, it treats them as two
   individually encapsulated packets.  It strips the LISP headers then
   forwards each fragment to the destination host of the destination
   site.  The two fragments are reassembled at the destination host into
   the single IP datagram that was originated by the source host.

   This behavior is performed by the ITR when the source host originates
   a packet with the DF field of the IP header is set to 0.  When the DF
   field of the IP header is set to 1, or the packet is an IPv6 packet
   originated by the source host, the ITR will drop the packet when the
   size is greater than L, and sends an ICMP Too Big message to the
   source with a value of S, where S is (L - H).

   When the outer header encapsulation uses an IPv4 header the DF bit is
   always set to 0.

   This specification recommends that L be defined as 1500.

5.4.2.  A Stateful Solution to MTU Handling

   An ITR stateful solution to handle MTU issues is describe as follows
   and was first introduced in [OPENLISP]:

   1.  The ITR will keep state of the effective MTU for each locator per
       mapping cache entry.  The effective MTU is what the core network
       can deliver along the path between ITR and ETR.

   2.  When an encapsulated packet, with DF bit always set to 0, exceeds
       what the core network can deliver, one of the intermediate
       routers on the path will send an ICMP Too Big message to the ITR.
       The ITR will parse the ICMP message to determine which locator is
       affected by the effective MTU change and then record the new
       effective MTU value in the mapping cache entry.

   3.  When a packet is received by the ITR from a source inside of the
       site and the size of the packet is greater than the effective MTU
       stored with the mapping cache entry associated with the
       destination EID the packet is for, the ITR will send an ICMP Too
       Big message back to the source.  The packet size advertised by
       the ITR in the ICMP Too Big message is the effective MTU minus
       the LISP encapsulation length.

   Even though this mechanism is stateful, it has advantages over the
   stateless IP fragmentation mechanism, by not involving the
   destination host with reassembly of ITR fragmented packets.

6.  EID-to-RLOC Mapping

6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats

   The following new UDP packet types are used to retrieve EID-to-RLOC
   mappings:

       0                   1                   2                   3
       0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version|  IHL  |Type of Service|          Total Length         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Identification        |Flags|      Fragment Offset    |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |  Time to Live | Protocol = 17 |         Header Checksum       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Source Routing Locator                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version| Traffic Class |           Flow Label                  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Payload Length        | Next Header=17|   Hop Limit   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                     Source Routing Locator                    +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                  Destination Routing Locator                  +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The LISP UDP-based messages are the Map-Request and Map-Reply
   messages.  When a UDP Map-Request is sent, the UDP source port is
   chosen by the sender and the destination UDP port number is set to
   4342.  When a UDP Map-Reply is sent, the source UDP port number is
   set to 4342 and the destination UDP port number is copied from the
   source port of either the Map-Request or the invoking data packet.

   The UDP Length field will reflect the length of the UDP header and
   the LISP Message payload.

   The UDP Checksum is computed and set to non-zero for Map-Request and
   Map-Reply messages.  It MUST be checked on receipt and if the
   checksum fails, the packet MUST be dropped.

   LISP-CONS [CONS] use TCP to send LISP control messages.  The format
   of control messages includes the UDP header so the checksum and
   length fields can be used to protect and delimit message boundaries.

   This main LISP specification is the authoritative source for message
   format definitions for the Map-Request and Map-Reply messages.

6.1.1.  LISP Packet Type Allocations

   This section will be the authoritative source for allocating LISP
   Type values.  Current allocations are:

       Reserved:                        0    b'0000'
       LISP Map-Request:                1    b'0001'
       LISP Map-Reply:                  2    b'0010'
       LISP Map-Register:               3    b'0011'
       LISP-CONS Open Message:          8    b'1000'
       LISP-CONS Push-Add Message:      9    b'1001'
       LISP-CONS Push-Delete Message:   10   b'1010'
       LISP-CONS Unreachable Message    11   b'1011'

6.1.2.  Map-Request Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |S|
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=1 |A|R| |A|R|P|S|         Reserved              | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Source-EID-AFI        |            ITR-AFI            |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Source EID Address  ...                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                Originating ITR RLOC Address ...               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |   Reserved    | EID mask-len  |        EID-prefix-AFI         |
   Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                       EID-prefix  ...                         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Map-Reply Record  ...                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   S: This is the SMR bit.  See Section 6.5.2 for details.

   Locator Reach Bits:  These bits MUST be set to 0 on transmission and
      ignored on receipt.  They cannot be used for indicating
      reachability because the Map-Request does not have the EID-prefix
      for the sending site so the receiver of the Map-Request cannot
      know what mapping entry to associate the reachability with.
      However, when Mapping Data is provided in the Map-Reply Record
      field, and the receiver of the Map-Request is configured to accept
      the mapping data, the R-bit per locator entry in the EID-prefix
      record is used to denote reachability.

   Nonce:  A 4-byte random value created by the sender of the Map-
      Request.

   Type:   1 (Map-Request)

   A: This is an authoritative bit, which is set to 0 for UDP-based Map-
      Requests sent by an ITR.  See other control-specific documents
      [CONS] for TCP-based Map-Requests.

   R: When set, it indicates a Map-Reply Record segment is included in
      the Map-Request.

   P: Indicates that a Map-Request should be treated as a "piggyback"
      locator reachability probe.  The receiver should respond with a
      Map-Reply with the P bit set and the nonce copied from the Map-
      Request.  Details on this usage will be provided in a future
      version of this draft.

   S: This is the SMR bit.  See Section 6.5.2 for details.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this request message.  A
      record is comprised of the portion of the packet is labeled 'Rec'
      above and occurs the number of times equal to Record count.

   Source-EID-AFI:  Address family of the "Source EID Address" field.

   ITR-AFI:  Address family of the "Originating ITR RLOC Address" field.

   Source EID Address:  This is the EID of the source host which
      originated the packet which is invoking this Map-Request.

   Originating ITR RLOC Address:  Used to give the ETR the option of
      returning a Map-Reply in the address-family of this locator.

   EID mask-len:  Mask length for EID prefix.

   EID-AFI:  Address family of EID-prefix according to [RFC2434]

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.  When a Map-Request is sent by an ITR because a
      data packet is received for a destination where there is no
      mapping entry, the EID-prefix is set to the destination IP address
      of the data packet.  And the 'EID mask-len' is set to 32 or 128
      for IPv4 or IPv6, respectively.  When an xTR wants to query a site
      about the status of a mapping it already has cached, the EID-
      prefix used in the Map-Request has the same mask-length as the
      EID-prefix returned from the site when it sent a Map-Reply
      message.

   Map-Reply Record:  When the R bit is set, this field is the size of
      the "Record" field in the Map-Reply format.  This Map-Reply record
      contains the EID-to-RLOC mapping entry associated with the Source
      EID.  This allows the ETR which will receive this Map-Request to
      cache the data if it chooses to do so.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.3.  EID-to-RLOC UDP Map-Request Message

   A Map-Request is sent from an ITR when it needs a mapping for an EID,
   wants to test an RLOC for reachability, or wants to refresh a mapping
   before TTL expiration.  For the initial case, the destination IP
   address used for the Map-Request is the destination-EID from the
   packet which had a mapping cache lookup failure.  For the later 2
   cases, the destination IP address used for the Map-Request is one of
   the RLOC addresses from the locator-set of the map cache entry.  In
   all cases, the UDP source port number for the Map-Request message is
   a randomly allocated 16-bit value and the UDP destination port number
   is set to the well-known destination port number 4342.  A successful
   Map-Reply updates the cached set of RLOCs associated with the EID
   prefix range.

   Map-Requests can also be LISP encapsulated using UDP destination port
   4341 when sent from an ITR to a Map-Resolver.  Likewise, Map-Requests
   are LISP encapsulated the same way from a Map-Server to an ETR.
   Details on encapsulated Map-Requests and Map-Resolvers can be found
   in [LISP-MS].

   Map-Requests MUST be rate-limited.  It is recommended that a Map-
   Request for the same EID-prefix be sent no more than once per second.

6.1.4.  Map-Reply Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |x|
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=2 | |P|            Reserved                 | Record Count  |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   x: Set to 0 on transmission and ignored on receipt.

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  A 4-byte value set in a Data-Probe packet or a Map-Request
      that is echoed here in the Map-Reply.

   Type:   2 (Map-Reply)

   P: Indicates that the Map-Reply is in response to a "piggyback"
      locator reachability Map-Request.  The nonce field should contain
      a copy of the nonce value from the original Map-Request.  Details
      on this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this reply message.  A record
      is comprised of that portion of the packet labeled 'Record' above
      and occurs the number of times equal to Record count.

   Record TTL:  The time in minutes the recipient of the Map-Reply will
      store the mapping.  If the TTL is 0, the entry should be removed
      from the cache immediately.  If the value is 0xffffffff, the
      recipient can decide locally how long to store the mapping.

   Locator Count:  The number of Locator entries.  A locator entry
      comprises what is labeled above as 'Loc'.  The locator count can
      be 0 indicating there are no locators for the EID-prefix.

   EID mask-len:  Mask length for EID prefix.

   A: The Authoritative bit, when sent by a UDP-based message is always
      set by the ETR.  See [CONS] for TCP-based Map-Replies.

   ACT:  This 3-bit field describes negative Map-Reply actions.  These
      bits are used only when the 'Locator Count' field is set to 0.
      The action bits are encoded only in Map-Reply messages.  The
      actions defined are used by an ITR or PTR when a destination EID
      matches a negative mapping cache entry.  The current assigned
      values are:

      (0) No action:  No action is being conveyed by the sender of the
         Map-Reply message.

      (1) Natively-Forward:  The packet is not encapsulated or dropped
         but natively forwarded.

      (2) Drop:  The packet is dropped silently.

      (3) Send-Map-Request:  The packet invokes sending a Map-Request.

   EID-AFI:  Address family of EID-prefix according to [RFC2434].

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.

   Priority:  each RLOC is assigned a unicast priority.  Lower values
      are more preferable.  When multiple RLOCs have the same priority,
      they may be used in a load-split fashion.  A value of 255 means
      the RLOC MUST NOT be used for unicast forwarding.

   Weight:  when priorities are the same for multiple RLOCs, the weight
      indicates how to balance unicast traffic between them.  Weight is
      encoded as a percentage of total unicast packets that match the
      mapping entry.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to load-split traffic.  See
      Section 6.4 for a suggested hash algorithm to distribute load
      across locators with same priority and equal weight values.  When
      a single RLOC exists in a mapping entry, the weight value MUST be
      set to 100 and ignored on receipt.

   M Priority:  each RLOC is assigned a multicast priority used by an
      ETR in a receiver multicast site to select an ITR in a source
      multicast site for building multicast distribution trees.  A value
      of 255 means the RLOC MUST NOT be used for joining a multicast
      distribution tree.

   M Weight:  when priorities are the same for multiple RLOCs, the
      weight indicates how to balance building multicast distribution
      trees across multiple ITRs.  The weight is encoded as a percentage
      of total number of trees build to the source site identified by
      the EID-prefix.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to distribute multicast state across
      ITRs.

   Unused Flags:  set to 0 when sending and ignored on receipt.

   R: when this bit is set, the locator is known to be reachable from
      the Map-Reply sender's perspective.  When there is a single
      mapping record in the message, the R-bit for each locator must
      have a consistent setting with the bitfield setting of the 'Loc
      Reach Bits' field in the early part of the header.  When there are
      multiple mapping records in the message, the 'Loc Reach Bits'
      field is set to 0.

   Locator:  an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field)
      assigned to an ETR or router acting as a proxy replier for the
      EID-prefix.  Note that the destination RLOC address MAY be an
      anycast address.  A source RLOC can be an anycast address as well.
      The source or destination RLOC MUST NOT be the broadcast address
      (255.255.255.255 or any subnet broadcast address known to the
      router), and MUST NOT be a link-local multicast address.  The
      source RLOC MUST NOT be a multicast address.  The destination RLOC
      SHOULD be a multicast address if it is being mapped from a
      multicast destination EID.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.5.  EID-to-RLOC UDP Map-Reply Message

   When a Data Probe packet or a Map-Request triggers a Map-Reply to be
   sent, the RLOCs associated with the EID-prefix matched by the EID in
   the original packet destination IP address field will be returned.
   The RLOCs in the Map-Reply are the globally-routable IP addresses of
   the ETR but are not necessarily reachable; separate testing of
   reachability is required.

   Note that a Map-Reply may contain different EID-prefix granularity
   (prefix + length) than the Map-Request which triggers it.  This might
   occur if a Map-Request were for a prefix that had been returned by an
   earlier Map-Reply.  In such a case, the requester updates its cache
   with the new prefix information and granularity.  For example, a
   requester with two cached EID-prefixes that are covered by a Map-
   Reply containing one, less-specific prefix, replaces the entry with
   the less-specific EID-prefix.  Note that the reverse, replacement of
   one less-specific prefix with multiple more-specific prefixes, can
   also occur but not by removing the less-specific prefix rather by
   adding the more-specific prefixes which during a lookup will override
   the less-specific prefix.

   Replies SHOULD be sent for an EID-prefix no more often than once per
   second to the same requesting router.  For scalability, it is
   expected that aggregation of EID addresses into EID-prefixes will
   allow one Map-Reply to satisfy a mapping for the EID addresses in the
   prefix range thereby reducing the number of Map-Request messages.

   The addresses for a encapsulated data packets or Map-Request message
   are swapped and used for sending the Map-Reply.  The UDP source and
   destination ports are swapped as well.  That is, the source port in
   the UDP header for the Map-Reply is set to the well-known UDP port
   number 4342.

   Map-Reply records can have an empty locator-set.  This type of a Map-
   Reply is called a Negative Map-Reply.  Negative Map-Replies convey
   special actions by the sender to the ITR or PTR which have solicited
   the Map-Reply.  There are two primary applications for Negative Map-
   Replies.  The first is for a Map-Resolver to instruct an ITR or PTR
   when a destination is for a LISP site versus a non-LISP site.  And
   the other is to source quench Map-Requests which are sent for non-
   allocated EIDs.

6.1.6.  Map-Register Message Format

   The usage details of the Map-Register message can be found in
   specification [LISP-MS].  This section solely defines the message
   format.

   The message is sent in a UDP with a destination UDP port 4342 and a
   randomly selected UDP port number.  Before an IPv4 or IPv6 network
   layer header is prepended, an AH header is prepended to carry
   authentication information.  The format conforms to the IPsec
   specification [RFC2402].  The Map-Register message will use transport
   mode by setting the IP protocol number field or the IPv6 next-header
   field to 51.

   The AH header from [RFC2402] is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       | Next Header   |  Payload Len  |          RESERVED             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Security Parameters Index (SPI)               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Sequence Number Field                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                Authentication Data (variable)                 |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The Next Header field is set to UDP.  The SPI field is set to 0
   (since no Security Association or Key Exchange protocol is being
   used).  The Sequence Number is a randomly chosen value by the sender.
   The Authentication Data is 16 bytes and holds a MD5 HMAC.

   The Map-Register message format is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |x|
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=3 |P|            Reserved                 | Record Count  |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   x: Set to 0 on transmission and ignored on receipt.

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  The Nonce field is set to 0 in Map-Register messages.

   Type:   3 (Map-Register)

   P: This is the Proxy-Map-Reply bit.  When set Set to 1, the 1 by an ETR sending which sends a Map-Register is asking message requesting
      for the Map-Server to proxy Map-Reply.  The Map-Server will send
      non-authoritative Map-Replies on behalf of the ETR.  Details on
      this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this Map-Register message.  A
      record is comprised of that portion of the packet labeled 'Record'
      above and occurs the number of times equal to Record count.

   The definition of the rest of the Map-Register can be found in the
   Map-Reply section.

6.2.  Routing Locator Selection

   Both client-side and server-side may need control over the selection
   of RLOCs for conversations between them.  This control is achieved by
   manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply
   messages.  Alternatively, RLOC information may be gleaned from
   received tunneled packets or EID-to-RLOC Map-Request messages.

   The following enumerates different scenarios for choosing RLOCs and
   the controls that are available:

   o  Server-side returns one RLOC.  Client-side can only use one RLOC.
      Server-side has complete control of the selection.

   o  Server-side returns a list of RLOC where a subset of the list has
      the same best priority.  Client can only use the subset list
      according to the weighting assigned by the server-side.  In this
      case, the server-side controls both the subset list and load-
      splitting across its members.  The client-side can use RLOCs
      outside of the subset list if it determines that the subset list
      is unreachable (unless RLOCs are set to a Priority of 255).  Some
      sharing of control exists: the server-side determines the
      destination RLOC list and load distribution while the client-side
      has the option of using alternatives to this list if RLOCs in the
      list are unreachable.

   o  Server-side sets weight of 0 for the RLOC subset list.  In this
      case, the client-side can choose how the traffic load is spread
      across the subset list.  Control is shared by the server-side
      determining the list and the client determining load distribution.
      Again, the client can use alternative RLOCs if the server-provided
      list of RLOCs are unreachable.

   o  Either side (more likely on the server-side ETR) decides not to
      send a Map-Request.  For example, if the server-side ETR does not
      send Map-Requests, it gleans RLOCs from the client-side ITR,
      giving the client-side ITR responsibility for bidirectional RLOC
      reachability and preferability.  Server-side ETR gleaning of the
      client-side ITR RLOC is done by caching the inner header source
      EID and the outer header source RLOC of received packets.  The
      client-side ITR controls how traffic is returned and can alternate
      using an outer header source RLOC, which then can be added to the
      list the server-side ETR uses to return traffic.  Since no
      Priority or Weights are provided using this method, the server-
      side ETR must assume each client-side ITR RLOC uses the same best
      Priority with a Weight of zero.  In addition, since EID-prefix
      encoding cannot be conveyed in data packets, the EID-to-RLOC cache
      on tunnel routers can grow to be very large.

   RLOCs that appear in EID-to-RLOC Map-Reply messages are considered
   reachable.  The Map-Reply and the database mapping service does not
   provide any reachability status for Locators.  This is done outside
   of the mapping service.  See next section for details.

6.3.  Routing Locator Reachability

   There are 4 methods for determining when a Locator is either
   reachable or has become unreachable:

   1.  Locator reachability is determined by an ETR by examining the
       Loc-Reach-Bits from a LISP header of a encapsulated data packet
       which is provided by an ITR when an ITR encapsulates data.

   2.  Locator unreachability is determined by an ITR by receiving ICMP
       Network or Host Unreachable messages.

   3.  Locator unreachability can also be determined by an BGP-enabled
       ITR when there is no prefix matching a Locator address from the
       BGP RIB.

   4.  Locator unreachability is determined when a host sends an ICMP
       Port Unreachable message.  This occurs when an ITR may not use
       any methods of interworking. one which is describe in [INTERWORK]
       and the encapsulated data packet is received by a host at the
       destination non-LISP site.

   5.  Locator reachability is determined by receiving a Map-Reply
       message from a ETR's Locator address in response to a previously
       sent Map-Request.

   6.  Locator reachability can also be determined by receiving packets
       encapsulated by the ITR assigned to the locator address.

   When determining Locator reachability by examining the Loc-Reach-Bits
   from the LISP encapsulate data packet, an ETR will receive up to date
   status from the ITR closest to the Locators at the source site.  The
   ITRs at the source site can determine reachability when running their
   IGP at the site.  When the ITRs are deployed on CE routers, typically
   a default route is injected into the site's IGP from each of the
   ITRs.  If an ITR goes down, the CE-PE link goes down, or the PE
   router goes down, the CE router withdraws the default route.  This
   allows the other ITRs at the site to determine one of the Locators
   has gone unreachable.

   The Locators listed in a Map-Reply are numbered with ordinals 0 to
   n-1.  The Loc-Reach-Bits in a LISP Data Message are numbered from 0
   to n-1 starting with the least significant bit numbered as 0.  So,
   for example, if the ITR with locator listed as the 3rd Locator
   position in the Map-Reply goes down, all other ITRs at the site will
   have the 3rd bit from the right cleared (the bit that corresponds to
   ordinal 2).

   When an ETR decapsulates a packet, it will look for a change in the
   Loc-Reach-Bits value.  When a bit goes from 1 to 0, the ETR will
   refrain from encapsulating packets to the Locator that has just gone
   unreachable.  It can start using the Locator again when the bit that
   corresponds to the Locator goes from 0 to 1.  Loc-Reach-Bits are
   associated with a locator-set per EID-prefix.  Therefore, when a
   locator becomes unreachable, the loc-reach-bit that corresponds to
   that locator's position in the list returned by the last Map-Reply
   will be set to zero for that particular EID-prefix.

   When ITRs at the site are not deployed in CE routers, the IGP can
   still be used to determine the reachability of Locators provided they
   are injected a stub links into the IGP.  This is typically done when
   a /32 address is configured on a loopback interface.

   When ITRs receive ICMP Network or Host Unreachable messages as a
   method to determine unreachability, they will refrain from using
   Locators which are described in Locator lists of Map-Replies.
   However, using this approach is unreliable because many network
   operators turn off generation of ICMP Unreachable messages.

   If an ITR does receive an ICMP Network or Host Unreachable message,
   it MAY originate its own ICMP Unreachable message destined for the
   host that originated the data packet the ITR encapsulated.

   Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if
   a locator address from a locator-set in a mapping entry matches a
   prefix.  If it does not find one and BGP is running in the Default
   Free Zone (DFZ), it can decide to not use the locator even though the
   Loc-Reach-Bits indicate the locator is up.  In this case, the path
   from the ITR to the ETR that is assigned the locator is not
   available.  More details are in [LOC-ID-ARCH].

   Optionally, an ITR can send a Map-Request to a Locator and if a Map-
   Reply is returned, reachability of the Locator has been determined.
   Obviously, sending such probes increases the number of control
   messages originated by tunnel routers for active flows, so Locators
   are assumed to be reachable when they are advertised.

   This assumption does create a dependency: Locator unreachability is
   detected by the receipt of ICMP Host Unreachable messages.  When an
   Locator has been determined to be unreachable, it is not used for
   active traffic; this is the same as if it were listed in a Map-Reply
   with priority 255.

   The ITR can test the reachability of the unreachable Locator by
   sending periodic Requests.  Both Requests and Replies MUST be rate-
   limited.  Locator reachability testing is never done with data
   packets since that increases the risk of packet loss for end-to-end
   sessions.

   When an ETR is decapsulating packets, decapsulates a packet, it can be sure knows that the path it is reachable from
   the encapsulating ITR because that is available.  The how the packet arrived.  In
   most cases, the ETR can also reach the ITR but cannot assume this to
   be true due to the possibility of path
   from assymetry.  In the ETR presence of
   unidirectional traffic flow from an ITR to an ETR, the ITR should not
   use the lack of return traffic as an indication that the ETR is also reachable.  Even if
   unreachable.  Instead, it must use an alternate mechanisms to
   determine reachability.

6.3.1.  Echo Nonce Algorithm

   When there is
   asymmetric routing bidirectional data flow between a pair of locators, a
   simple mechanism called "nonce echoing" can be used to determine
   reachability between an ITR and ETR.  When an ITR wants to solicit a
   nonce echo, it sets the E-bit and places a 24-bit nonce in the core, LISP
   header of the first-hop next encapsulated data packet.

   When this packet is received by the ETR, the encapsulated packet is
   forwarded as normal.  When the ETR next sends a data packet to the
   ITR, it includes the nonce received earlier.  The ITR sees this "echo
   nonce reply" and last-hop ASes will
   be knows the same path to and from the ETR is up.

   The time the ITR waits for both directions of traffic since the echoed nonce before it determines the
   path is down is variable and a choice left for the implementation.

   If the ITR is receiving packets from the ETR but does not see the
   nonce echoed, then the path to the ETR is down.  This decision may be
   overridden by other locator
   addresses reachability algorithms.  Once the ITR
   determines the path to the ETR is down it can switch to another
   locator for that EID-prefix.

   Note that "ITR" and "ETR" are out of relative terms here.  Both devices must
   be implementing both ITR and ETR functionality for the PA blocks echo nonce
   mechanism to operate.

   The ITR and ETR may both go into echo-nonce-request state at the same
   time.  The number of each. packets sent or the time during which echo nonce
   requests are sent is an implementation specific setting.  However,
   when an ITR is in echo-nonce-request state, it can echo the ETR's
   nonce in the next packet that it encapsulates and then subsequently,
   continue sending echo-nonce-request packets.

   This mechanism does not completely solve the forward path
   reachability problem as traffic may be unidirectional.  That is, the assumption
   ETR receiving traffic at a site may not may not always be valid, so this mechanism should be used as a best-
   effort indication that a working path exists between the sites.  In the event of unidirectional traffic from same device as
   an ITR which transmits traffic from that site or the site to an ETR, an site
   traffic is unidirectional so there is no ITR
   should not conclude returning traffic.

   Note that a other locator is unreachable since it is not
   receiving packets, but use alternate reachability mechanisms described above to
   determine reachability. are being researched.

6.4.  Routing Locator Hashing

   When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to
   a requesting ITR, the locator-set for the EID-prefix may contain
   different priority values for each locator address.  When more than
   one best priority locator exists, the ITR can decide how to load
   share traffic against the corresponding locators.

   The following hash algorithm may be used by an ITR to select a
   locator for a packet destined to an EID for the EID-to-RLOC mapping:

   1.  Either a source and destination address hash can be used or the
       traditional 5-tuple hash which includes the source and
       destination addresses, source and destination TCP, UDP, or SCTP
       port numbers and the IP protocol number field or IPv6 next-
       protocol fields of a packet a host originates from within a LISP
       site.  When a packet is not a TCP, UDP, or SCTP packet, the
       source and destination addresses only from the header are used to
       compute the hash.

   2.  Take the hash value and divide it by the number of locators
       stored in the locator-set for the EID-to-RLOC mapping.

   3.  The remainder will be yield a value of 0 to "number of locators
       minus 1".  Use the remainder to select the locator in the
       locator-set.

   Note that when a packet is LISP encapsulated, the source port number
   in the outer UDP header needs to be set.  Selecting a random value
   allows core routers which are attached to Link Aggregation Groups
   (LAGs) to load-split the encapsulated packets across member links of
   such LAGs.  Otherwise, core routers would see a single flow, since
   packets have a source address of the ITR, for packets which are
   originated by different EIDs at the source site.  A suggested setting
   for the source port number computed by an ITR is a 5-tuple hash
   function on the inner header, as described above.

6.5.  Changing the Contents of EID-to-RLOC Mappings

   Since the LISP architecture uses a caching scheme to retrieve and
   store EID-to-RLOC mappings, the only way an ITR can get a more up-to-
   date mapping is to re-request the mapping.  However, the ITRs do not
   know when the mappings change and the ETRs do not keep track of who
   requested its mappings.  For scalability reasons, we want to maintain
   this approach but need to provide a way for ETRs change their
   mappings and inform the sites that are currently communicating with
   the ETR site using such mappings.

   When a locator record is added to the end of a locator-set, it is
   easy to update mappings.  We assume new mappings will maintain the
   same locator ordering as the old mapping but just have new locators
   appended to the end of the list.  So some ITRs can have a new mapping
   while other ITRs have only an old mapping that is used until they
   time out.  When an ITR has only an old mapping but detects bits set
   in the loc-reach-bits that correspond to locators beyond the list it
   has cached, it simply ignores them.

   When a locator record is removed from a locator-set, ITRs that have
   the mapping cached will not use the removed locator because the xTRs
   will set the loc-reach-bit to 0.  So even if the locator is in the
   list, it will not be used.  For new mapping requests, the xTRs can
   set the locator address to 0 as well as setting the corresponding
   loc-reach-bit to 0.  This forces ITRs with old or new mappings to
   avoid using the removed locator.

   If many changes occur to a mapping over a long period of time, one
   will find empty record slots in the middle of the locator-set and new
   records appended to the locator-set.  At some point, it would be
   useful to compact the locator-set so the loc-reach-bit settings can
   be efficiently packed.

   We propose here two approaches for locator-set compaction, one
   operational and the other a protocol mechanism.  The operational
   approach uses a clock sweep method.  The protocol approach uses the
   concept of Solicit-Map-Requests.

6.5.1.  Clock Sweep

   The clock sweep approach uses planning in advance and the use of
   count-down TTLs to time out mappings that have already been cached.
   The default setting for an EID-to-RLOC mapping TTL is 24 hours.  So
   there is a 24 hour window to time out old mappings.  The following
   clock sweep procedure is used:

   1.  24 hours before a mapping change is to take effect, a network
       administrator configures the ETRs at a site to start the clock
       sweep window.

   2.  During the clock sweep window, ETRs continue to send Map-Reply
       messages with the current (unchanged) mapping records.  The TTL
       for these mappings is set to 1 hour.

   3.  24 hours later, all previous cache entries will have timed out,
       and any active cache entries will time out within 1 hour.  During
       this 1 hour window the ETRs continue to send Map-Reply messages
       with the current (unchanged) mapping records with the TTL set to
       1 minute.

   4.  At the end of the 1 hour window, the ETRs will send Map-Reply
       messages with the new (changed) mapping records.  So any active
       caches can get the new mapping contents right away if not cached,
       or in 1 minute if they had the mapping cached.

6.5.2.  Solicit-Map-Request (SMR)

   Soliciting a Map-Request is a selective way for xTRs, at the site
   where mappings change, to control the rate they receive requests for
   Map-Reply messages.  SMRs are also used to tell remote ITRs to update
   the mappings they have cached.

   Since the xTRs don't keep track of remote ITRs that have cached their
   mappings, they can not tell exactly who needs the new mapping
   entries.  So an xTR will solicit Map-Requests from sites it is
   currently sending encapsulated data to, and only from those sites.
   The xTRs can locally decide the algorithm for how often and to how
   many sites it sends SMR messages.

   An SMR message is simply a bit set in an encapsulated data packet
   (and a Map-Request message).  When an ETR at a remote site
   decapsulates a data packet that has the SMR bit set, it can tell that
   a new Map-Request message is being solicited.  Both the xTR that
   sends the SMR message and the site that acts on the SMR message MUST
   be rate-limited.

   The following procedure shows how a SMR exchange occurs when a site
   is doing locator-set compaction for an EID-to-RLOC mapping:

   1.  When the database mappings in an ETR change, the ITRs at the site
       begin to set the SMR bit in packets they encapsulate to the sites
       they communicate with.

   2.  A remote xTR which decapsulates a packet with the SMR bit set
       will schedule sending a Map-Request message to the source locator
       address of the encapsulated packet.  The nonce in the Map-Request
       is copied from the nonce in the encapsulated data packet that has
       the SMR bit set.

   3.  The remote xTR retransmits the Map-Request slowly until it gets a
       Map-Reply while continuing to use the cached mapping.

   4.  The ETRs at the site with the changed mapping will reply to the
       Map-Request with a Map-Reply message provided the Map-Request
       nonce matches the nonce from the SMR.  The Map-Reply messages
       SHOULD be rate limited.  This is important to avoid Map-Reply
       implosion.

   5.  The ETRs, at the site with the changed mapping, records the fact
       that the site that sent the Map-Request has received the new
       mapping data in the mapping cache entry for the remote site so
       the loc-reach-bits are reflective of the new mapping for packets
       going to the remote site.  The ETR then stops sending packets
       with the SMR-bit set.

   For security reasons an ITR MUST NOT process unsolicited Map-Replies.
   The nonce MUST be carried from SMR packet, into the resultant Map-
   Request, and then into Map-Reply to reduce spoofing attacks.

7.  Router Performance Considerations

   LISP is designed to be very hardware-based forwarding friendly.  By
   doing tunnel header prepending [RFC1955] and stripping instead of re-
   writing addresses, existing hardware can support the forwarding model
   with little or no modification.  Where modifications are required,
   they should be limited to re-programming existing hardware rather
   than requiring expensive design changes to hard-coded algorithms in
   silicon.

   A few implementation techniques can be used to incrementally
   implement LISP:

   o  When a tunnel encapsulated packet is received by an ETR, the outer
      destination address may not be the address of the router.  This
      makes it challenging for the control plane to get packets from the
      hardware.  This may be mitigated by creating special FIB entries
      for the EID-prefixes of EIDs served by the ETR (those for which
      the router provides an RLOC translation).  These FIB entries are
      marked with a flag indicating that control plane processing should
      be performed.  The forwarding logic of testing for particular IP
      protocol number value is not necessary.  No changes to existing,
      deployed hardware should be needed to support this.

   o  On an ITR, prepending a new IP header is as simple as adding more
      bytes to a MAC rewrite string and prepending the string as part of
      the outgoing encapsulation procedure.  Many routers that support
      GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already
      support this action.

   o  When a received packet's outer destination address contains an EID
      which is not intended to be forwarded on the routable topology
      (i.e.  LISP 1.5), the source address of a data packet or the
      router interface with which the source is associated (the
      interface from which it was received) can be associated with a VRF
      (Virtual Routing/Forwarding), in which a different (i.e. non-
      congruent) topology can be used to find EID-to-RLOC mappings.

8.  Deployment Scenarios

   This section will explore how and where ITRs and ETRs can be deployed
   and will discuss the pros and cons of each deployment scenario.
   There are two basic deployment trade-offs to consider: centralized
   versus distributed caches and flat, recursive, or re-encapsulating
   tunneling.

   When deciding on centralized versus distributed caching, the
   following issues should be considered:

   o  Are the tunnel routers spread out so that the caches are spread
      across all the memories of each router?

   o  Should management "touch points" be minimized by choosing few
      tunnel routers, just enough for redundancy?

   o  In general, using more ITRs doesn't increase management load,
      since caches are built and stored dynamically.  On the other hand,
      more ETRs does require more management since EID-prefix-to-RLOC
      mappings need to be explicitly configured.

   When deciding on flat, recursive, or re-encapsulation tunneling, the
   following issues should be considered:

   o  Flat tunneling implements a single tunnel between source site and
      destination site.  This generally offers better paths between
      sources and destinations with a single tunnel path.

   o  Recursive tunneling is when tunneled traffic is again further
      encapsulated in another tunnel, either to implement VPNs or to
      perform Traffic Engineering.  When doing VPN-based tunneling, the
      site has some control since the site is prepending a new tunnel
      header.  In the case of TE-based tunneling, the site may have
      control if it is prepending a new tunnel header, but if the site's
      ISP is doing the TE, then the site has no control.  Recursive
      tunneling generally will result in suboptimal paths but at the
      benefit of steering traffic to resource available parts of the
      network.

   o  The technique of re-encapsulation ensures that packets only
      require one tunnel header.  So if a packet needs to be rerouted,
      it is first decapsulated by the ETR and then re-encapsulated with
      a new tunnel header using a new RLOC.

   The next sub-sections will describe where tunnel routers can reside
   in the network.

8.1.  First-hop/Last-hop Tunnel Routers

   By locating tunnel routers close to hosts, the EID-prefix set is at
   the granularity of an IP subnet.  So at the expense of more EID-
   prefix-to-RLOC sets for the site, the caches in each tunnel router
   can remain relatively small.  But caches always depend on the number
   of non-aggregated EID destination flows active through these tunnel
   routers.

   With more tunnel routers doing encapsulation, the increase in control
   traffic grows as well: since the EID-granularity is greater, more
   Map-Requests and Map-Replies are traveling between more routers.

   The advantage of placing the caches and databases at these stub
   routers is that the products deployed in this part of the network
   have better price-memory ratios then their core router counterparts.
   Memory is typically less expensive in these devices and fewer routes
   are stored (only IGP routes).  These devices tend to have excess
   capacity, both for forwarding and routing state.

   LISP functionality can also be deployed in edge switches.  These
   devices generally have layer-2 ports facing hosts and layer-3 ports
   facing the Internet.  Spare capacity is also often available in these
   devices as well.

8.2.  Border/Edge Tunnel Routers

   Using customer-edge (CE) routers for tunnel endpoints allows the EID
   space associated with a site to be reachable via a small set of RLOCs
   assigned to the CE routers for that site.

   This offers the opposite benefit of the first-hop/last-hop tunnel
   router scenario: the number of mapping entries and network management
   touch points are reduced, allowing better scaling.

   One disadvantage is that less of the network's resources are used to
   reach host endpoints thereby centralizing the point-of-failure domain
   and creating network choke points at the CE router.

   Note that more than one CE router at a site can be configured with
   the same IP address.  In this case an RLOC is an anycast address.
   This allows resilience between the CE routers.  That is, if a CE
   router fails, traffic is automatically routed to the other routers
   using the same anycast address.  However, this comes with the
   disadvantage where the site cannot control the entrance point when
   the anycast route is advertised out from all border routers.

8.3.  ISP Provider-Edge (PE) Tunnel Routers

   Use of ISP PE routers as tunnel endpoint routers gives an ISP control
   over the location of the egress tunnel endpoints.  That is, the ISP
   can decide if the tunnel endpoints are in the destination site (in
   either CE routers or last-hop routers within a site) or at other PE
   edges.  The advantage of this case is that two or more tunnel headers
   can be avoided.  By having the PE be the first router on the path to
   encapsulate, it can choose a TE path first, and the ETR can
   decapsulate and re-encapsulate for a tunnel to the destination end
   site.

   An obvious disadvantage is that the end site has no control over
   where its packets flow or the RLOCs used.

   As mentioned in earlier sections a combination of these scenarios is
   possible at the expense of extra packet header overhead, if both site
   and provider want control, then recursive or re-encapsulating tunnels
   are used.

9.  Traceroute Considerations

   When a source host in a LISP site initiates a traceroute to a
   destination host in another LISP site, it is highly desirable for it
   to see the entire path.  Since packets are encapsulated from ITR to
   ETR, the hop across the tunnel could be viewed as a single hop.
   However, LISP traceroute will provide the entire path so the user can
   see 3 distinct segments of the path from a source LISP host to a
   destination LISP host:

      Segment 1 (in source LISP site based on EIDs):

          source-host ---> first-hop ... next-hop ---> ITR

      Segment 2 (in the core network based on RLOCs):

          ITR ---> next-hop ... next-hop ---> ETR

      Segment 3 (in the destination LISP site based on EIDs):

          ETR ---> next-hop ... last-hop ---> destination-host

   For segment 1 of the path, ICMP Time Exceeded messages are returned
   in the normal matter as they are today.  The ITR performs a TTL
   decrement and test for 0 before encapsulating.  So the ITR hop is
   seen by the traceroute source has an EID address (the address of
   site-facing interface).

   For segment 2 of the path, ICMP Time Exceeded messages are returned
   to the ITR because the TTL decrement to 0 is done on the outer
   header, so the destination of the ICMP messages are to the ITR RLOC
   address, the source source RLOC address of the encapsulated
   traceroute packet.  The ITR looks inside of the ICMP payload to
   inspect the traceroute source so it can return the ICMP message to
   the address of the traceroute client as well as retaining the core
   router IP address in the ICMP message.  This is so the traceroute
   client can display the core router address (the RLOC address) in the
   traceroute output.  The ETR returns its RLOC address and responds to
   the TTL decrement to 0 like the previous core routers did.

   For segment 3, the next-hop router downstream from the ETR will be
   decrementing the TTL for the packet that was encapsulated, sent into
   the core, decapsulated by the ETR, and forwarded because it isn't the
   final destination.  If the TTL is decremented to 0, any router on the
   path to the destination of the traceroute, including the next-hop
   router or destination, will send an ICMP Time Exceeded message to the
   source EID of the traceroute client.  The ICMP message will be
   encapsulated by the local ITR and sent back to the ETR in the
   originated traceroute source site, where the packet will be delivered
   to the host.

9.1.  IPv6 Traceroute

   IPv6 traceroute follows the procedure described above since the
   entire traceroute data packet is included in ICMP Time Exceeded
   message payload.  Therefore, only the ITR needs to pay special
   attention for forwarding ICMP messages back to the traceroute source.

9.2.  IPv4 Traceroute

   For IPv4 traceroute, we cannot follow the above procedure since IPv4
   ICMP Time Exceeded messages only include the invoking IP header and 8
   bytes that follow the IP header.  Therefore, when a core router sends
   an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP
   payload is the encapsulated header it prepended followed by a UDP
   header.  The original invoking IP header, and therefore the identity
   of the traceroute source is lost.

   The solution we propose to solve this problem is to cache traceroute
   IPv4 headers in the ITR and to match them up with corresponding IPv4
   Time Exceeded messages received from core routers and the ETR.  The
   ITR will use a circular buffer for caching the IPv4 and UDP headers
   of traceroute packets.  It will select a 16-bit number as a key to
   find them later when the IPv4 Time Exceeded messages are received.
   When an ITR encapsulates an IPv4 traceroute packet, it will use the
   16-bit number as the UDP source port in the encapsulating header.
   When the ICMP Time Exceeded message is returned to the ITR, the UDP
   header of the encapsulating header is present in the ICMP payload
   thereby allowing the ITR to find the cached headers for the
   traceroute source.  The ITR puts the cached headers in the payload
   and sends the ICMP Time Exceeded message to the traceroute source
   retaining the source address of the original ICMP Time Exceeded
   message (a core router or the ETR of the site of the traceroute
   destination).

9.3.  Traceroute using Mixed Locators

   When either an IPv4 traceroute or IPv6 traceroute is originated and
   the ITR encapsulates it in the other address family header, you
   cannot get all 3 segments of the traceroute.  Segment 2 of the
   traceroute can not be conveyed to the traceroute source since it is
   expecting addresses from intermediate hops in the same address format
   for the type of traceroute it originated.  Therefore, in this case,
   segment 2 will make the tunnel look like one hop.  All the ITR has to
   do to make this work is to not copy the inner TTL to the outer,
   encapsulating header's TTL when a traceroute packet is encapsulated
   using an RLOC from a different address family.  This will cause no
   TTL decrement to 0 to occur in core routers between the ITR and ETR.

10.  Mobility Considerations

   There are several kinds of mobility of which only some might be of
   concern to LISP.  Essentially they are as follows.

10.1.  Site Mobility

   A site wishes to change its attachment points to the Internet, and
   its LISP Tunnel Routers will have new RLOCs when it changes upstream
   providers.  Changes in EID-RLOC mappings for sites are expected to be
   handled by configuration, outside of the LISP protocol.

10.2.  Slow Endpoint Mobility

   An individual endpoint wishes to move, but is not concerned about
   maintaining session continuity.  Renumbering is involved.  LISP can
   help with the issues surrounding renumbering [RFC4192] [LISA96] by
   decoupling the address space used by a site from the address spaces
   used by its ISPs.  [RFC4984]

10.3.  Fast Endpoint Mobility

   Fast endpoint mobility occurs when an endpoint moves relatively
   rapidly, changing its IP layer network attachment point.  Maintenance
   of session continuity is a goal.  This is where the Mobile IPv4
   [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used,
   and primarily where interactions with LISP need to be explored.

   The problem is that as an endpoint moves, it may require changes to
   the mapping between its EID and a set of RLOCs for its new network
   location.  When this is added to the overhead of mobile IP binding
   updates, some packets might be delayed or dropped.

   In IPv4 mobility, when an endpoint is away from home, packets to it
   are encapsulated and forwarded via a home agent which resides in the
   home area the endpoint's address belongs to.  The home agent will
   encapsulate and forward packets either directly to the endpoint or to
   a foreign agent which resides where the endpoint has moved to.
   Packets from the endpoint may be sent directly to the correspondent
   node, may be sent via the foreign agent, or may be reverse-tunneled
   back to the home agent for delivery to the mobile node.  As the
   mobile node's EID or available RLOC changes, LISP EID-to-RLOC
   mappings are required for communication between the mobile node and
   the home agent, whether via foreign agent or not.  As a mobile
   endpoint changes networks, up to three LISP mapping changes may be
   required:

   o  The mobile node moves from an old location to a new visited
      network location and notifies its home agent that it has done so.
      The Mobile IPv4 control packets the mobile node sends pass through
      one of the new visited network's ITRs, which needs a EID-RLOC
      mapping for the home agent.

   o  The home agent might not have the EID-RLOC mappings for the mobile
      node's "care-of" address or its foreign agent in the new visited
      network, in which case it will need to acquire them.

   o  When packets are sent directly to the correspondent node, it may
      be that no traffic has been sent from the new visited network to
      the correspondent node's network, and the new visited network's
      ITR will need to obtain an EID-RLOC mapping for the correspondent
      node's site.

   In addition, if the IPv4 endpoint is sending packets from the new
   visited network using its original EID, then LISP will need to
   perform a route-returnability check on the new EID-RLOC mapping for
   that EID.

   In IPv6 mobility, packets can flow directly between the mobile node
   and the correspondent node in either direction.  The mobile node uses
   its "care-of" address (EID).  In this case, the route-returnability
   check would not be needed but one more LISP mapping lookup may be
   required instead:

   o  As above, three mapping changes may be needed for the mobile node
      to communicate with its home agent and to send packets to the
      correspondent node.

   o  In addition, another mapping will be needed in the correspondent
      node's ITR, in order for the correspondent node to send packets to
      the mobile node's "care-of" address (EID) at the new network
      location.

   When both endpoints are mobile the number of potential mapping
   lookups increases accordingly.

   As a mobile node moves there are not only mobility state changes in
   the mobile node, correspondent node, and home agent, but also state
   changes in the ITRs and ETRs for at least some EID-prefixes.

   The goal is to support rapid adaptation, with little delay or packet
   loss for the entire system.  Heuristics can be added to LISP to
   reduce the number of mapping changes required and to reduce the delay
   per mapping change.  Also IP mobility can be modified to require
   fewer mapping changes.  In order to increase overall system
   performance, there may be a need to reduce the optimization of one
   area in order to place fewer demands on another.

   In LISP, one possibility is to "glean" information.  When a packet
   arrives, the ETR could examine the EID-RLOC mapping and use that
   mapping for all outgoing traffic to that EID.  It can do this after
   performing a route-returnability check, to ensure that the new
   network location does have a internal route to that endpoint.
   However, this does not cover the case where an ITR (the node assigned
   the RLOC) at the mobile-node location has been compromised.

   Mobile IP packet exchange is designed for an environment in which all
   routing information is disseminated before packets can be forwarded.
   In order to allow the Internet to grow to support expected future
   use, we are moving to an environment where some information may have
   to be obtained after packets are in flight.  Modifications to IP
   mobility should be considered in order to optimize the behavior of
   the overall system.  Anything which decreases the number of new EID-
   RLOC mappings needed when a node moves, or maintains the validity of
   an EID-RLOC mapping for a longer time, is useful.

10.4.  Fast Network Mobility

   In addition to endpoints, a network can be mobile, possibly changing
   xTRs.  A "network" can be as small as a single router and as large as
   a whole site.  This is different from site mobility in that it is
   fast and possibly short-lived, but different from endpoint mobility
   in that a whole prefix is changing RLOCs.  However, the mechanisms
   are the same and there is no new overhead in LISP.  A map request for
   any endpoint will return a binding for the entire mobile prefix.

   If mobile networks become a more common occurrence, it may be useful
   to revisit the design of the mapping service and allow for dynamic
   updates of the database.

   The issue of interactions between mobility and LISP needs to be
   explored further.  Specific improvements to the entire system will
   depend on the details of mapping mechanisms.  Mapping mechanisms
   should be evaluated on how well they support session continuity for
   mobile nodes.

10.5.  LISP Mobile Node Mobility

   An mobile device can use the LISP infrastructure to achieve mobility
   by implementing the LISP encapsulation and decapsulation functions
   and acting as a simple ITR/ETR.  By doing this, such a "LISP mobile
   node" can use topologically-independent EID IP addresses that are not
   advertised into and do not impose a cost on the global routing
   system.  These EIDs are maintained at the edges of the mapping system
   (in LISP Map-Servers and Map-Resolvers) and are provided on demand to
   only the correspondents of the LISP mobile node.

   Refer to the LISP Mobility Architecture specification [LISP-MN] for
   more details.

11.  Multicast Considerations

   A multicast group address, as defined in the original Internet
   architecture is an identifier of a grouping of topologically
   independent receiver host locations.  The address encoding itself
   does not determine the location of the receiver(s).  The multicast
   routing protocol, and the network-based state the protocol creates,
   determines where the receivers are located.

   In the context of LISP, a multicast group address is both an EID and
   a Routing Locator.  Therefore, no specific semantic or action needs
   to be taken for a destination address, as it would appear in an IP
   header.  Therefore, a group address that appears in an inner IP
   header built by a source host will be used as the destination EID.
   The outer IP header (the destination Routing Locator address),
   prepended by a LISP router, will use the same group address as the
   destination Routing Locator.

   Having said that, only the source EID and source Routing Locator
   needs to be dealt with.  Therefore, an ITR merely needs to put its
   own IP address in the source Routing Locator field when prepending
   the outer IP header.  This source Routing Locator address, like any
   other Routing Locator address MUST be globally routable.

   Therefore, an EID-to-RLOC mapping does not need to be performed by an
   ITR when a received data packet is a multicast data packet or when
   processing a source-specific Join (either by IGMPv3 or PIM).  But the
   source Routing Locator is decided by the multicast routing protocol
   in a receiver site.  That is, an EID to Routing Locator translation
   is done at control-time.

   Another approach is to have the ITR not encapsulate a multicast
   packet and allow the the host built packet to flow into the core even
   if the source address is allocated out of the EID namespace.  If the
   RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers
   can RPF to the ITR (the Locator address which is injected into core
   routing) rather than the host source address (the EID address which
   is not injected into core routing).

   To avoid any EID-based multicast state in the network core, the first
   approach is chosen for LISP-Multicast.  Details for LISP-Multicast
   and Interworking with non-LISP sites is described in specification
   [MLISP].

12.  Security Considerations

   It is believed that most of the security mechanisms will be part of
   the mapping database service when using control plane procedures for
   obtaining EID-to-RLOC mappings.  For data plane triggered mappings,
   as described in this specification, protection is provided against
   ETR spoofing by using Return- Routability mechanisms evidenced by the
   use of a 4-byte Nonce field in the LISP encapsulation header.  The
   nonce, coupled with the ITR accepting only solicited Map-Replies goes
   a long way toward providing decent authentication.

   LISP does not rely on a PKI infrastructure or a more heavy weight
   authentication system.  These systems challenge the scalability of
   LISP which was a primary design goal.

   DoS attack prevention will depend on implementations rate-limiting
   Map-Requests and Map-Replies to the control plane as well as rate-
   limiting the number of data-triggered Map-Replies.

   To deal with map-cache exhaustion attempts in an ITR/PTR, the
   implementation should consider putting a maximum cap on the number of
   entries stored with a reserve list for special or frequently accessed
   sites.  This should be a configuration policy control set by the
   network administrator who manages ITRs and PTRs.

13.  Prototype Plans and Status

   The operator community has requested that the IETF take a practical
   approach to solving the scaling problems associated with global
   routing state growth.  This document offers a simple solution which
   is intended for use in a pilot program to gain experience in working
   on this problem.

   The authors hope that publishing this specification will allow the
   rapid implementation of multiple vendor prototypes and deployment on
   a small scale.  Doing this will help the community:

   o  Decide whether a new EID-to-RLOC mapping database infrastructure
      is needed or if a simple, UDP-based, data-triggered approach is
      flexible and robust enough.

   o  Experiment with provider-independent assignment of EIDs while at
      the same time decreasing the size of DFZ routing tables through
      the use of topologically-aligned, provider-based RLOCs.

   o  Determine whether multiple levels of tunneling can be used by ISPs
      to achieve their Traffic Engineering goals while simultaneously
      removing the more specific routes currently injected into the
      global routing system for this purpose.

   o  Experiment with mobility to determine if both acceptable
      convergence and session continuity properties can be scalably
      implemented to support both individual device roaming and site
      service provider changes.

   Here is a rough set of milestones:

   1.  This draft will be the draft for interoperable implementations to
       code against.  Interoperable implementations will be ready
       beginning of 2009.

   2.  Continue pilot deployment using LISP-ALT as the database mapping
       mechanism.

   3.  Continue prototyping and studying other database lookup schemes,
       be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms.

   4.  Implement the LISP Multicast draft [MLISP].

   5.  Implement the LISP Mobile Node draft [LISP-MN].

   6.  Research more on how policy affects what gets returned in a Map-
       Reply from an ETR.

   6.

   7.  Continue to experiment with mixed locator-sets to understand how
       LISP can help the IPv4 to IPv6 transition.

   7.

   8.  Add more robustness to locator reachability between LISP sites.

   As of this writing the following accomplishments have been achieved:

   1.   A unit- and system-tested software switching implementation has
        been completed on cisco NX-OS for this draft for both IPv4 and
        IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators.

   2.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [ALT].

   3.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [INTERWORK].  Support
        for IPv4 translation is provided and PTR support for IPv4 and
        IPv6 is provided.

   4.   The cisco NX-OS implementation supports an experimental
        mechanism for slow mobility.

   5.   Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and
        Andrew Partan continue to test all the features described above
        on a dual-stack infrastructure.

   6.   Darrel Lewis and Dave Meyer have deployed both LISP translation
        and LISP PTR support in the pilot network.  Point your browser
        to http://www.lisp4.net to see translation happening in action
        so your non-LISP site can access a web server in a LISP site.

   7.   Soon http://www.lisp6.net will work where your IPv6 LISP site
        can talk to a IPv6 web server in a LISP site by using mixed
        address-family based locators.

   8.   An public domain implementation of LISP is underway.  See
        [OPENLISP] for details.

   9.   We have deployed Map-Resolvers and Map-Servers on the LISP pilot
        network to gather experience with [LISP-MS].  The first layer of
        the architecture are the xTRs which use Map-Servers for EID-
        prefix registration and Map-Resolvers for EID-to-RLOC mapping
        resolution.  The second layer are the Map-Resolvers and Map-
        Servers which connect to the ALT BGP peering infrastructure.
        And the third layer are ALT-routers which aggregate EID-prefixes
        and forward Map-Requests.

   10.  A cisco IOS implementation is underway which currently supports
        IPv4 encapsulation and decapsulation features.

   11.  A LISP router based LIG implementation is supported, deployed,
        and used daily to debug and test the LISP pilot network.  See
        [LIG] for details.

   12.  A Linux implementation of LIG has been made available and
        supported by Dave Meyer.  It can be run on any Linux system
        which resides in either a LISP site or non-LISP site.  See [LIG]
        for details.  Public domain code can be downloaded from
        http://github.com/davidmeyer/lig/tree/master.

   13.  An experimental implementation has been written for three
        locator reachability algorithms.  One is called echo-noncing,
        which is documented in this specification.  The other two are
        called TCP-counts and RLOC-probing, which will be documented in
        future drafts.

   If interested in writing a LISP implementation, testing any of the
   LISP implementations, or want to be part of the LISP pilot program,
   please contact lisp@ietf.org.

14.  References

14.1.  Normative References

   [RFC0768]  Postel, J., "User Datagram Protocol", STD 6, RFC 768,
              August 1980.

   [RFC1191]  Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191,
              November 1990.

   [RFC1498]  Saltzer, J., "On the Naming and Binding of Network
              Destinations", RFC 1498, August 1993.

   [RFC1955]  Hinden, R., "New Scheme for Internet Routing and
              Addressing (ENCAPS) for IPNG", RFC 1955, June 1996.

   [RFC2119]  Bradner, S., "Key words for use in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119, March 1997.

   [RFC2402]  Kent, S. and R. Atkinson, "IP Authentication Header",
              RFC 2402, November 1998.

   [RFC2434]  Narten, T. and H. Alvestrand, "Guidelines for Writing an
              IANA Considerations Section in RFCs", BCP 26, RFC 2434,
              October 1998.

   [RFC2784]  Farinacci, D., Li, T., Hanks, S., Meyer, D., and P.
              Traina, "Generic Routing Encapsulation (GRE)", RFC 2784,
              March 2000.

   [RFC3056]  Carpenter, B. and K. Moore, "Connection of IPv6 Domains
              via IPv4 Clouds", RFC 3056, February 2001.

   [RFC3168]  Ramakrishnan, K., Floyd, S., and D. Black, "The Addition
              of Explicit Congestion Notification (ECN) to IP",
              RFC 3168, September 2001.

   [RFC3775]  Johnson, D., Perkins, C., and J. Arkko, "Mobility Support
              in IPv6", RFC 3775, June 2004.

   [RFC4423]  Moskowitz, R. and P. Nikander, "Host Identity Protocol
              (HIP) Architecture", RFC 4423, May 2006.

   [RFC4866]  Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route
              Optimization for Mobile IPv6", RFC 4866, May 2007.

   [RFC4984]  Meyer, D., Zhang, L., and K. Fall, "Report from the IAB
              Workshop on Routing and Addressing", RFC 4984,
              September 2007.

14.2.  Informative References

   [AFI]      IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY
              NUMBERS http://www.iana.org/numbers.html, Febuary 2007.

   [ALT]      Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP
              Alternative Topology (LISP-ALT)",
              draft-ietf-lisp-alt-01.txt (work in progress), May 2009.

   [APT]      Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and
              L. Zhang, "APT: A Practical Transit Mapping Service",
              draft-jen-apt-01.txt (work in progress), November 2007.

   [CHIAPPA]  Chiappa, J., "Endpoints and Endpoint names: A Proposed
              Enhancement to the Internet Architecture", Internet-
              Draft http://www.chiappa.net/~jnc/tech/endpoints.txt,
              1999.

   [CONS]     Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A
              Content distribution Overlay Network  Service for LISP",
              draft-meyer-lisp-cons-03.txt (work in progress),
              November 2007.

   [DHTs]     Ratnasamy, S., Shenker, S., and I. Stoica, "Routing
              Algorithms for DHTs: Some Open Questions", PDF
              file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf.

   [EMACS]    Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID
              Mappings Multicast Across Cooperating Systems for LISP",
              draft-curran-lisp-emacs-00.txt (work in progress),
              November 2007.

   [GSE]      "GSE - An Alternate Addressing Architecture for  IPv6",
              draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997.

   [INTERWORK]
              Lewis, D., Meyer, D., Farinacci, D., and V. Fuller,
              "Interworking LISP with IPv4 and IPv6",
              draft-ietf-lisp-interworking-00.txt (work in progress),
              January 2009.

   [LIG]      Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)",
              draft-farinacci-lisp-lig-01.txt (work in progress),
              May 2009.

   [LISA96]   Lear, E., Katinsky, J., Coffin, J., and D. Tharp,
              "Renumbering: Threat or Menace?", Usenix , September 1996.

   [LISP-MAIN]
              Farinacci, D., Fuller, V., Meyer, D., and D. Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-farinacci-lisp-12.txt (work in progress),
              March 2009.

   [LISP-MN]  Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP
              Mobility Architecture", draft-meyer-lisp-mn-00.txt (work
              in progress), July 2009.

   [LISP-MS]  Farinacci, D. and V. Fuller, "LISP Map Server",
              draft-ietf-lisp-ms-01.txt (work in progress), May 2009.

   [LISP1]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP1) [Routable  ID
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt,
              October 2006.

   [LISP2]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP2) [DNS-based
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt,
              November 2006.

   [LISPDHT]  Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT:
              Towards a DHT to map identifiers onto locators",
              draft-mathy-lisp-dht-00.txt (work in progress),
              February 2008.

   [LOC-ID-ARCH]
              Meyer, D. and D. Lewis, "Architectural Implications of
              Locator/ID  Separation",
              draft-meyer-loc-id-implications-01.txt (work in progress),
              Januaryr 2009.

   [MLISP]    Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas,
              "LISP for Multicast Environments",
              draft-ietf-lisp-multicast-01.txt (work in progress),
              May 2009.

   [NERD]     Lear, E., "NERD: A Not-so-novel EID to RLOC Database",
              draft-lear-lisp-nerd-04.txt (work in progress),
              April 2008.

   [OPENLISP]
              Iannone, L. and O. Bonaventure, "OpenLISP Implementation
              Report", draft-iannone-openlisp-implementation-01.txt
              (work in progress), July 2008.

   [RADIR]    Narten, T., "Routing and Addressing Problem Statement",
              draft-narten-radir-problem-statement-00.txt (work in
              progress), July 2007.

   [RFC3344bis]
              Perkins, C., "IP Mobility Support for IPv4, revised",
              draft-ietf-mip4-rfc3344bis-05 (work in progress),
              July 2007.

   [RFC4192]  Baker, F., Lear, E., and R. Droms, "Procedures for
              Renumbering an IPv6 Network without a Flag Day", RFC 4192,
              September 2005.

   [RPFV]     Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector
              TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress),
              January 2009.

   [RPMD]     Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol
              for Routing Protocol Meta-data  Dissemination",
              draft-handley-p2ppush-unpublished-2007726.txt (work in
              progress), July 2007.

   [SHIM6]    Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim
              protocol", draft-ietf-shim6-proto-06.txt (work in
              progress), October 2006.

Appendix A.  Acknowledgments

   An initial thank you goes to Dave Oran for planting the seeds for the
   initial ideas for LISP.  His consultation continues to provide value
   to the LISP authors.

   A special and appreciative thank you goes to Noel Chiappa for
   providing architectural impetus over the past decades on separation
   of location and identity, as well as detailed review of the LISP
   architecture and documents, coupled with enthusiasm for making LISP a
   practical and incremental transition for the Internet.

   The authors would like to gratefully acknowledge many people who have
   contributed discussion and ideas to the making of this proposal.
   They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller,
   Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston,
   David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley,
   Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler,
   Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi
   Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger
   Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland
   Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian
   Lezama, Attilla De Groot, Parantap Lahiri, and David Black.

   In particular, we would like to thank Dave Meyer for his clever
   suggestion for the name "LISP". ;-)

   This work originated in the Routing Research Group (RRG) of the IRTF.
   The individual submission [LISP-MAIN] was converted into this IETF
   LISP working group draft.

Authors' Addresses

   Dino Farinacci
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dino@cisco.com

   Vince Fuller
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: vaf@cisco.com

   Dave Meyer
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: dmm@cisco.com

   Darrel Lewis
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: darlewis@cisco.com
--Apple-Mail-23-519402106 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-23-519402106 Content-Disposition: attachment; filename=draft-ietf-lisp-02.txt Content-Type: text/plain; x-unix-mode=0644; name="draft-ietf-lisp-02.txt" Content-Transfer-Encoding: quoted-printable Network Working Group D. Farinacci Internet-Draft V. Fuller Intended status: Experimental D. Meyer Expires: January 10, 2010 D. Lewis cisco Systems July 9, 2009 Locator/ID Separation Protocol (LISP) draft-ietf-lisp-02.txt Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on January 10, 2010. Copyright Notice Copyright (c) 2009 IETF Trust and the persons identified as the document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents in effect on the date of publication of this document (http://trustee.ietf.org/license-info). Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Farinacci, et al. Expires January 10, 2010 [Page 1] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Abstract This draft describes a simple, incremental, network-based protocol to implement separation of Internet addresses into Endpoint Identifiers (EIDs) and Routing Locators (RLOCs). This mechanism requires no changes to host stacks and no major changes to existing database infrastructures. The proposed protocol can be implemented in a relatively small number of routers. This proposal was stimulated by the problem statement effort at the Amsterdam IAB Routing and Addressing Workshop (RAWS), which took place in October 2006. Table of Contents 1. Requirements Notation . . . . . . . . . . . . . . . . . . . . 4 2. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 5 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 8 4. Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12 4.1. Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14 5. Tunneling Details . . . . . . . . . . . . . . . . . . . . . . 16 5.1. LISP IPv4-in-IPv4 Header Format . . . . . . . . . . . . . 17 5.2. LISP IPv6-in-IPv6 Header Format . . . . . . . . . . . . . 18 5.3. Tunnel Header Field Descriptions . . . . . . . . . . . . . 19 5.4. Dealing with Large Encapsulated Packets . . . . . . . . . 21 5.4.1. A Stateless Solution to MTU Handling . . . . . . . . . 21 5.4.2. A Stateful Solution to MTU Handling . . . . . . . . . 22 6. EID-to-RLOC Mapping . . . . . . . . . . . . . . . . . . . . . 23 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats . . . . . 23 6.1.1. LISP Packet Type Allocations . . . . . . . . . . . . . 25 6.1.2. Map-Request Message Format . . . . . . . . . . . . . . 25 6.1.3. EID-to-RLOC UDP Map-Request Message . . . . . . . . . 27 6.1.4. Map-Reply Message Format . . . . . . . . . . . . . . . 28 6.1.5. EID-to-RLOC UDP Map-Reply Message . . . . . . . . . . 31 6.1.6. Map-Register Message Format . . . . . . . . . . . . . 32 6.2. Routing Locator Selection . . . . . . . . . . . . . . . . 34 6.3. Routing Locator Reachability . . . . . . . . . . . . . . . 35 6.3.1. Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37 6.4. Routing Locator Hashing . . . . . . . . . . . . . . . . . 38 6.5. Changing the Contents of EID-to-RLOC Mappings . . . . . . 39 6.5.1. Clock Sweep . . . . . . . . . . . . . . . . . . . . . 39 6.5.2. Solicit-Map-Request (SMR) . . . . . . . . . . . . . . 40 7. Router Performance Considerations . . . . . . . . . . . . . . 42 8. Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 43 8.1. First-hop/Last-hop Tunnel Routers . . . . . . . . . . . . 44 8.2. Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 44 8.3. ISP Provider-Edge (PE) Tunnel Routers . . . . . . . . . . 45 Farinacci, et al. Expires January 10, 2010 [Page 2] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 9. Traceroute Considerations . . . . . . . . . . . . . . . . . . 46 9.1. IPv6 Traceroute . . . . . . . . . . . . . . . . . . . . . 47 9.2. IPv4 Traceroute . . . . . . . . . . . . . . . . . . . . . 47 9.3. Traceroute using Mixed Locators . . . . . . . . . . . . . 47 10. Mobility Considerations . . . . . . . . . . . . . . . . . . . 49 10.1. Site Mobility . . . . . . . . . . . . . . . . . . . . . . 49 10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 10.4. Fast Network Mobility . . . . . . . . . . . . . . . . . . 51 10.5. LISP Mobile Node Mobility . . . . . . . . . . . . . . . . 51 11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 53 12. Security Considerations . . . . . . . . . . . . . . . . . . . 54 13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 55 14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 58 14.1. Normative References . . . . . . . . . . . . . . . . . . . 58 14.2. Informative References . . . . . . . . . . . . . . . . . . 59 Appendix A. Acknowledgments . . . . . . . . . . . . . . . . . . . 62 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 63 Farinacci, et al. Expires January 10, 2010 [Page 3] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 1. Requirements Notation The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119]. Farinacci, et al. Expires January 10, 2010 [Page 4] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 2. Introduction Many years of discussion about the current IP routing and addressing architecture have noted that its use of a single numbering space (the "IP address") for both host transport session identification and network routing creates scaling issues (see [CHIAPPA] and [RFC1498]). A number of scaling benefits would be realized by separating the current IP address into separate spaces for Endpoint Identifiers (EIDs) and Routing Locators (RLOCs); among them are: 1. Reduction of routing table size in the "default-free zone" (DFZ). Use of a separate numbering space for RLOCs will allow them to be assigned topologically (in today's Internet, RLOCs would be assigned by providers at client network attachment points), greatly improving aggregation and reducing the number of globally-visible, routable prefixes. 2. More cost-effective multihoming for sites that connect to different service providers where they can control their own policies for packet flow into the site without using extra routing table resources of core routers. 3. Easing of renumbering burden when clients change providers. Because host EIDs are numbered from a separate, non-provider- assigned and non-topologically-bound space, they do not need to be renumbered when a client site changes its attachment points to the network. 4. Traffic engineering capabilities that can be performed by network elements and do not depend on injecting additional state into the routing system. This will fall out of the mechanism that is used to implement the EID/RLOC split (see Section 4). 5. Mobility without address changing. Existing mobility mechanisms will be able to work in a locator/ID separation scenario. It will be possible for a host (or a collection of hosts) to move to a different point in the network topology either retaining its home-based address or acquiring a new address based on the new network location. A new network location could be a physically different point in the network topology or the same physical point of the topology with a different provider. This draft describes protocol mechanisms to achieve the desired functional separation. For flexibility, the mechanism used for forwarding packets is decoupled from that used to determine EID to RLOC mappings. This document covers the former. For the later, see [CONS], [ALT], [EMACS], [RPMD], and [NERD]. This work is in response to and intended to address the problem statement that came out of the Farinacci, et al. Expires January 10, 2010 [Page 5] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 RAWS effort [RFC4984]. The Routing and Addressing problem statement can be found in [RADIR]. This draft focuses on a router-based solution. Building the solution into the network will facilitate incremental deployment of the technology on the Internet. Note that while the detailed protocol specification and examples in this document assume IP version 4 (IPv4), there is nothing in the design that precludes use of the same techniques and mechanisms for IPv6. It should be possible for IPv4 packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4 RLOCs. Related work on host-based solutions is described in Shim6 [SHIM6] and HIP [RFC4423]. Related work on a router-based solution is described in [GSE]. This draft attempts to not compete or overlap with such solutions and the proposed protocol changes are expected to complement a host-based mechanism when Traffic Engineering functionality is desired. Some of the design goals of this proposal include: 1. Require no hardware or software changes to end-systems (hosts). 2. Minimize required changes to Internet infrastructure. 3. Be incrementally deployable. 4. Require no router hardware changes. 5. Minimize the number of routers which have to be modified. In particular, most customer site routers and no core routers require changes. 6. Minimize router software changes in those routers which are affected. 7. Avoid or minimize packet loss when EID-to-RLOC mappings need to be performed. There are 4 variants of LISP, which differ along a spectrum of strong to weak dependence on the topological nature and possible need for routability of EIDs. The variants are: Farinacci, et al. Expires January 10, 2010 [Page 6] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 LISP 1: uses EIDs that are routable through the RLOC topology for bootstrapping EID-to-RLOC mappings. [LISP1] This was intended as a prototyping mechanism for early protocol implementation. It is now deprecated and should not be deployed. LISP 1.5: uses EIDs that are routable for bootstrapping EID-to-RLOC mappings; such routing is via a separate topology. LISP 2: uses EIDS that are not routable and EID-to-RLOC mappings are implemented within the DNS. [LISP2] LISP 3: uses non-routable EIDs that are used as lookup keys for a new EID-to-RLOC mapping database. Use of Distributed Hash Tables [DHTs] [LISPDHT] to implement such a database would be an area to explore. Other examples of new mapping database services are [CONS], [ALT], [RPMD], [NERD], and [APT]. This document on LISP 1.5, and LISP 3 variants, both of which rely on a router-based distributed cache and database for EID-to-RLOC mappings. The LISP 1.0 mechanism works but does not allow reduction of routing information in the default-free-zone of the Internet. The LISP 2 mechanisms are put on hold and may never come to fruition since it is not architecturally pure to have routing depend on directory and directory depend on routing. The LISP 3 mechanisms will be documented elsewhere but may use the control-plane options specified in this specification. Farinacci, et al. Expires January 10, 2010 [Page 7] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 3. Definition of Terms Provider Independent (PI) Addresses: an address block assigned from a pool where blocks are not associated with any particular location in the network (e.g. from a particular service provider), and is therefore not topologically aggregatable in the routing system. Provider Assigned (PA) Addresses: a block of IP addresses that are assigned to a site by each service provider to which a site connects. Typically, each block is sub-block of a service provider CIDR block and is aggregated into the larger block before being advertised into the global Internet. Traditionally, IP multihoming has been implemented by each multi-homed site acquiring its own, globally-visible prefix. LISP uses only topologically-assigned and aggregatable address blocks for RLOCs, eliminating this demonstrably non-scalable practice. Routing Locator (RLOC): the IPv4 or IPv6 address of an egress tunnel router (ETR). It is the output of a EID-to-RLOC mapping lookup. An EID maps to one or more RLOCs. Typically, RLOCs are numbered from topologically-aggregatable blocks that are assigned to a site at each point to which it attaches to the global Internet; where the topology is defined by the connectivity of provider networks, RLOCs can be thought of as PA addresses. Multiple RLOCs can be assigned to the same ETR device or to multiple ETR devices at a site. Endpoint ID (EID): a 32-bit (for IPv4) or 128-bit (for IPv6) value used in the source and destination address fields of the first (most inner) LISP header of a packet. The host obtains a destination EID the same way it obtains an destination address today, for example through a DNS lookup or SIP exchange. The source EID is obtained via existing mechanisms used to set a host's "local" IP address. An EID is allocated to a host from an EID-prefix block associated with the site where the host is located. An EID can be used by a host to refer to other hosts. EIDs MUST NOT be used as LISP RLOCs. Note that EID blocks may be assigned in a hierarchical manner, independent of the network topology, to facilitate scaling of the mapping database. In addition, an EID block assigned to a site may have site-local structure (subnetting) for routing within the site; this structure is not visible to the global routing system. When used in discussions with other Locator/ID separation proposals, a LISP EID will be called a "LEID". Throughout this document, any references to "EID" refers to an LEID. Farinacci, et al. Expires January 10, 2010 [Page 8] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 EID-prefix: A power-of-2 block of EIDs which are allocated to a site by an address allocation authority. EID-prefixes are associated with a set of RLOC addresses which make up a "database mapping". EID-prefix allocations can be broken up into smaller blocks when an RLOC set is to be associated with the smaller EID- prefix. A globally routed address block (whether PI or PA) is not an EID-prefix. However, a globally routed address block may be removed from global routing and reused as an EID-prefix. A site that receives an explicitly allocated EID-prefix may not use that EID-prefix as a globally routed prefix assigned to RLOCs. End-system: is an IPv4 or IPv6 device that originates packets with a single IPv4 or IPv6 header. The end-system supplies an EID value for the destination address field of the IP header when communicating globally (i.e. outside of its routing domain). An end-system can be a host computer, a switch or router device, or any network appliance. Ingress Tunnel Router (ITR): a router which accepts an IP packet with a single IP header (more precisely, an IP packet that does not contain a LISP header). The router treats this "inner" IP destination address as an EID and performs an EID-to-RLOC mapping lookup. The router then prepends an "outer" IP header with one of its globally-routable RLOCs in the source address field and the result of the mapping lookup in the destination address field. Note that this destination RLOC may be an intermediate, proxy device that has better knowledge of the EID-to-RLOC mapping closer to the destination EID. In general, an ITR receives IP packets from site end-systems on one side and sends LISP-encapsulated IP packets toward the Internet on the other side. Specifically, when a service provider prepends a LISP header for Traffic Engineering purposes, the router that does this is also regarded as an ITR. The outer RLOC the ISP ITR uses can be based on the outer destination address (the originating ITR's supplied RLOC) or the inner destination address (the originating hosts supplied EID). TE-ITR: is an ITR that is deployed in a service provider network that prepends an additional LISP header for Traffic Engineering purposes. Egress Tunnel Router (ETR): a router that accepts an IP packet where the destination address in the "outer" IP header is one of its own RLOCs. The router strips the "outer" header and forwards the packet based on the next IP header found. In general, an ETR receives LISP-encapsulated IP packets from the Internet on one side and sends decapsulated IP packets to site end-systems on the Farinacci, et al. Expires January 10, 2010 [Page 9] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 other side. ETR functionality does not have to be limited to a router device. A server host can be the endpoint of a LISP tunnel as well. TE-ETR: is an ETR that is deployed in a service provider network that strips an outer LISP header for Traffic Engineering purposes. xTR: is a reference to an ITR or ETR when direction of data flow is not part of the context description. xTR refers to the router that is the tunnel endpoint. Used synonymously with the term "Tunnel Router". For example, "An xTR can be located at the Customer Edge (CE) router", meaning both ITR and ETR functionality is at the CE router. EID-to-RLOC Cache: a short-lived, on-demand table in an ITR that stores, tracks, and is responsible for timing-out and otherwise validating EID-to-RLOC mappings. This cache is distinct from the full "database" of EID-to-RLOC mappings, it is dynamic, local to the ITR(s), and relatively small while the database is distributed, relatively static, and much more global in scope. EID-to-RLOC Database: a global distributed database that contains all known EID-prefix to RLOC mappings. Each potential ETR typically contains a small piece of the database: the EID-to-RLOC mappings for the EID prefixes "behind" the router. These map to one of the router's own, globally-visible, IP addresses. Recursive Tunneling: when a packet has more than one LISP IP header. Additional layers of tunneling may be employed to implement traffic engineering or other re-routing as needed. When this is done, an additional "outer" LISP header is added and the original RLOCs are preserved in the "inner" header. Any references to tunnels in this specification refers to dynamic encapsulating tunnels and never are they staticly configured. Reencapsulating Tunnels: when a packet has no more than one LISP IP header (two IP headers total) and when it needs to be diverted to new RLOC, an ETR can decapsulate the packet (remove the LISP header) and prepend a new tunnel header, with new RLOC, on to the packet. Doing this allows a packet to be re-routed by the re- encapsulating router without adding the overhead of additional tunnel headers. Any references to tunnels in this specification refers to dynamic encapsulating tunnels and never are they staticly configured. Farinacci, et al. Expires January 10, 2010 [Page 10] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 LISP Header: a term used in this document to refer to the outer IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR prepends or an ETR strips. Address Family Indicator (AFI): a term used to describe an address encoding in a packet. An address family currently pertains to an IPv4 or IPv6 address. See [AFI] for details. Negative Mapping Entry: also known as a negative cache entry, is an EID-to-RLOC entry where an EID-prefix is advertised or stored with no RLOCs. That is, the locator-set for the EID-to-RLOC entry is empty or has an encoded locator count of 0. This type of entry could be used to describe a prefix from a non-LISP site, which is explicitly not in the mapping database. There are a set of well defined actions that are encoded in a Negative Map-Reply. Data Probe: a LISP-encapsulated data packet where the inner header destination address equals the outer header destination address used to trigger a Map-Reply by a decapsulating ETR. In addition, the original packet is decapsulated and delivered to the destination host. A Data Probe is used in some of the mapping database designs to "probe" or request a Map-Reply from an ETR; in other cases, Map-Requests are used. See each mapping database design for details. Farinacci, et al. Expires January 10, 2010 [Page 11] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4. Basic Overview One key concept of LISP is that end-systems (hosts) operate the same way they do today. The IP addresses that hosts use for tracking sockets, connections, and for sending and receiving packets do not change. In LISP terminology, these IP addresses are called Endpoint Identifiers (EIDs). Routers continue to forward packets based on IP destination addresses. When a packet is LISP encapsulated, these addresses are referred to as Routing Locators (RLOCs). Most routers along a path between two hosts will not change; they continue to perform routing/ forwarding lookups on the destination addresses. For routers between the source host and the ITR as well as routers from the ETR to the destination host, the destination address is an EID. For the routers between the ITR and the ETR, the destination address is an RLOC. This design introduces "Tunnel Routers", which prepend LISP headers on host-originated packets and strip them prior to final delivery to their destination. The IP addresses in this "outer header" are RLOCs. During end-to-end packet exchange between two Internet hosts, an ITR prepends a new LISP header to each packet and an egress tunnel router strips the new header. The ITR performs EID-to-RLOC lookups to determine the routing path to the the ETR, which has the RLOC as one of its IP addresses. Some basic rules governing LISP are: o End-systems (hosts) only send to addresses which are EIDs. They don't know addresses are EIDs versus RLOCs but assume packets get to LISP routers, which in turn, deliver packets to the destination the end-system has specified. o EIDs are always IP addresses assigned to hosts. o LISP routers mostly deal with Routing Locator addresses. See details later in Section 4.1 to clarify what is meant by "mostly". o RLOCs are always IP addresses assigned to routers; preferably, topologically-oriented addresses from provider CIDR blocks. o When a router originates packets it may use as a source address either an EID or RLOC. When acting as a host (e.g. when terminating a transport session such as SSH, TELNET, or SNMP), it may use an EID that is explicitly assigned for that purpose. An EID that identifies the router as a host MUST NOT be used as an RLOC; an EID is only routable within the scope of a site. A typical BGP configuration might demonstrate this "hybrid" EID/RLOC Farinacci, et al. Expires January 10, 2010 [Page 12] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 usage where a router could use its "host-like" EID to terminate iBGP sessions to other routers in a site while at the same time using RLOCs to terminate eBGP sessions to routers outside the site. o EIDs are not expected to be usable for global end-to-end communication in the absence of an EID-to-RLOC mapping operation. They are expected to be used locally for intra-site communication. o EID prefixes are likely to be hierarchically assigned in a manner which is optimized for administrative convenience and to facilitate scaling of the EID-to-RLOC mapping database. The hierarchy is based on a address allocation hierarchy which is not dependent on the network topology. o EIDs may also be structured (subnetted) in a manner suitable for local routing within an autonomous system. An additional LISP header may be prepended to packets by a transit router (i.e. TE-ITR) when re-routing of the path for a packet is desired. An obvious instance of this would be an ISP router that needs to perform traffic engineering for packets in flow through its network. In such a situation, termed Recursive Tunneling, an ISP transit acts as an additional ingress tunnel router and the RLOC it uses for the new prepended header would be either an TE-ETR within the ISP (along intra-ISP traffic engineered path) or in an TE-ETR within another ISP (an inter-ISP traffic engineered path, where an agreement to build such a path exists). This specification mandates that no more than two LISP headers get prepended to a packet. This avoids excessive packet overhead as well as possible encapsulation loops. It is believed two headers is sufficient, where the first prepended header is used at a site for Location/Identity separation and second prepended header is used inside a service provider for Traffic Engineering purposes. Tunnel Routers can be placed fairly flexibly in a multi-AS topology. For example, the ITR for a particular end-to-end packet exchange might be the first-hop or default router within a site for the source host. Similarly, the egress tunnel router might be the last-hop router directly-connected to the destination host. Another example, perhaps for a VPN service out-sourced to an ISP by a site, the ITR could be the site's border router at the service provider attachment point. Mixing and matching of site-operated, ISP-operated, and other tunnel routers is allowed for maximum flexibility. See Section 8 for more details. Farinacci, et al. Expires January 10, 2010 [Page 13] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4.1. Packet Flow Sequence This section provides an example of the unicast packet flow with the following conditions: o Source host "host1.abc.com" is sending a packet to "host2.xyz.com", exactly what host1 would do if the site was not using LISP. o Each site is multi-homed, so each tunnel router has an address (RLOC) assigned from the service provider address block for each provider to which that particular tunnel router is attached. o The ITR(s) and ETR(s) are directly connected to the source and destination, respectively. o Data Probes are used to solicit Map-Replies versus using Map- Requests. And the Data Probes are sent on the underlying topology (the LISP 1.0 variant) but could also be sent over an alternative topology (the LISP 1.5 variant) as it would in [ALT]. Client host1.abc.com wants to communicate with server host2.xyz.com: 1. host1.abc.com wants to open a TCP connection to host2.xyz.com. It does a DNS lookup on host2.xyz.com. An A/AAAA record is returned. This address is used as the destination EID and the locally-assigned address of host1.abc.com is used as the source EID. An IPv4 or IPv6 packet is built using the EIDs in the IPv4 or IPv6 header and sent to the default router. 2. The default router is configured as an ITR. The ITR must be able to map the EID destination to an RLOC of the ETR at the destination site. The ITR prepends a LISP header to the packet, with one of its RLOCs as the source IPv4 or IPv6 address. The destination EID from the original packet header is used as the destination IPv4 or IPv6 in the prepended LISP header. Subsequent packets, where the outer destination address is the destination EID will be sent until EID-to-RLOC mapping is learned. 3. In LISP 1, the packet is routed through the Internet as it is today. In LISP 1.5, the packet is routed on a different topology which may have EID prefixes distributed and advertised in an aggregatable fashion. In either case, the packet arrives at the ETR. The router is configured to "punt" the packet to the router's processor. See Section 7 for more details. For LISP 2.0 and 3.0, the behavior is not fully defined yet. Farinacci, et al. Expires January 10, 2010 [Page 14] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4. The LISP header is stripped so that the packet can be forwarded by the router control plane. The router looks up the destination EID in the router's EID-to-RLOC database (not the cache, but the configured data structure of RLOCs). An EID-to-RLOC Map-Reply message is originated by the ETR and is addressed to the source RLOC in the LISP header of the original packet (this is the ITR). The source RLOC of the Map-Reply is one of the ETR's RLOCs. 5. The ITR receives the Map-Reply message, parses the message (to check for format validity) and stores the mapping information from the packet. This information is put in the ITR's EID-to- RLOC mapping cache (this is the on-demand cache, the cache where entries time out due to inactivity). 6. Subsequent packets from host1.abc.com to host2.xyz.com will have a LISP header prepended by the ITR using the appropriate RLOC as the LISP header destination address learned from the ETR. Note, the packet may be sent to a different ETR than the one which returned the Map-Reply due to the source site's hashing policy or the destination site's locator-set policy. 7. The ETR receives these packets directly (since the destination address is one of its assigned IP addresses), strips the LISP header and forwards the packets to the attached destination host. In order to eliminate the need for a mapping lookup in the reverse direction, an ETR MAY create a cache entry that maps the source EID (inner header source IP address) to the source RLOC (outer header source IP address) in a received LISP packet. Such a cache entry is termed a "gleaned" mapping and only contains a single RLOC for the EID in question. More complete information about additional RLOCs SHOULD be verified by sending a LISP Map-Request for that EID. Both ITR and the ETR may also influence the decision the other makes in selecting an RLOC. See Section 6 for more details. Farinacci, et al. Expires January 10, 2010 [Page 15] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5. Tunneling Details This section describes the LISP Data Message which defines the tunneling header used to encapsulate IPv4 and IPv6 packets which contain EID addresses. Even though the following formats illustrate IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2 combinations are supported as well. Since additional tunnel headers are prepended, the packet becomes larger and in theory can exceed the MTU of any link traversed from the ITR to the ETR. It is recommended, in IPv4 that packets do not get fragmented as they are encapsulated by the ITR. Instead, the packet is dropped and an ICMP Too Big message is returned to the source. Based on informal surveys of large ISP traffic patterns, it appears that most transit paths can accommodate a path MTU of at least 4470 bytes. The exceptions, in terms of data rate, number of hosts affected, or any other metric are expected to be vanishingly small. To address MTU concerns, mainly raised on the RRG mailing list, the LISP deployment process will include collecting data during its pilot phase to either verify or refute the assumption about minimum available MTU. If the assumption proves true and transit networks with links limited to 1500 byte MTUs are corner cases, it would seem more cost-effective to either upgrade or modify the equipment in those transit networks to support larger MTUs or to use existing mechanisms for accommodating packets that are too large. For this reason, there is currently no plan for LISP to add any new additional, complex mechanism for implementing fragmentation and reassembly in the face of limited-MTU transit links. If analysis during LISP pilot deployment reveals that the assumption of essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect, then LISP can be modified prior to protocol standardization to add support for one of the proposed fragmentation and reassembly schemes. Note that two simple existing schemes are detailed in Section 5.4. Farinacci, et al. Expires January 10, 2010 [Page 16] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5.1. LISP IPv4-in-IPv4 Header Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| IHL |Type of Service| Total Length | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Identification |Flags| Fragment Offset | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ OH | Time to Live | Protocol =3D 17 | Header Checksum = | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Source Routing Locator | \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | Destination Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port =3D xxxx | Dest Port =3D 4341 = | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ L / | Locator Reach Bits | I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ S \ |S|E| rsvd-flags| Nonce | P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| IHL |Type of Service| Total Length | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Identification |Flags| Fragment Offset | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ IH | Time to Live | Protocol | Header Checksum | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Source EID | \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | Destination EID | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Farinacci, et al. Expires January 10, 2010 [Page 17] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5.2. LISP IPv6-in-IPv6 Header Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| Traffic Class | Flow Label | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Payload Length | Next Header=3D17| Hop Limit = | v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | O + + u | | t + Source Routing Locator + e | | r + + | | H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ d | | r + + | | ^ + Destination Routing Locator + | | | \ + + \ | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port =3D xxxx | Dest Port =3D 4341 = | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ L / | Locator Reach Bits | I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ S \ |S|E| rsvd-flags| Nonce | P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| Traffic Class | Flow Label | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Payload Length | Next Header | Hop Limit | v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | I + + n | | n + Source EID + e | | r + + | | H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ d | | Farinacci, et al. Expires January 10, 2010 [Page 18] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 r + + | | ^ + Destination EID + \ | | \ + + \ | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ 5.3. Tunnel Header Field Descriptions IH Header: is the inner header, preserved from the datagram received from the originating host. The source and destination IP addresses are EIDs. OH Header: is the outer header prepended by an ITR. The address fields contain RLOCs obtained from the ingress router's EID-to- RLOC cache. The IP protocol number is "UDP (17)" from [RFC0768]. The DF bit of the Flags field is set to 0. UDP Header: contains a ITR selected source port when encapsulating a packet. See Section 6.4 for details on the hash algorithm used select a source port based on the 5-tuple of the inner header. The destination port MUST be set to the well-known IANA assigned port value 4341. UDP Checksum: this field field MUST be transmitted as 0 and ignored on receipt by the ETR. Note, even when the UDP checksum is transmitted as 0 an intervening NAT device can recalculate the checksum and rewrite the UDP checksum field to non-zero. For performance reasons, the ETR MUST ignore the checksum and MUST not do a checksum computation. UDP Length: for an IPv4 encapsulated packet, the inner header Total Length plus the UDP and LISP header lengths are used. For an IPv6 encapsulated packet, the inner header Payload Length plus the size of the IPv6 header (40 bytes) plus the size of the UDP and LISP headers are used. The UDP header length is 8 bytes. The LISP header length is 8 bytes when no loc-reach-bit header extensions are used. LISP Locator Reach Bits: in the LISP header are set by an ITR to indicate to an ETR the reachability of the Locators in the source site. Each RLOC in a Map-Reply is assigned an ordinal value from 0 to n-1 (when there are n RLOCs in a mapping entry). The Locator Reach Bits are numbered from 0 to n-1 from the right significant bit of the 32-bit field. When a bit is set to 1, the ITR is indicating to the ETR the RLOC associated with the bit ordinal is Farinacci, et al. Expires January 10, 2010 [Page 19] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 reachable. See Section 6.3 for details on how an ITR can determine other ITRs at the site are reachable. When a site has multiple EID-prefixes which result in multiple mappings (where each could have a different locator-set), the Locator Reach Bits setting in an encapsulated packet MUST reflect the mapping for the EID-prefix that the inner-header source EID address matches. S: this is the Solicit-Map-Request (SMR) bit. See section Section 6.5.2 for details. E: this is the echo-nonce-request bit. See section Section 6.3.1 for details. rsvd-flags: this 6-bit field is reserved for future flag use. It is set to 0 on transmit and ignored on receipt. LISP Nonce: is a 24-bit value that is randomly generated by an ITR. It is used to test route-returnability when xTRs exchange encapsulated data packets with the SMR bit set, Data-Probe, Map- Request, or Map-Reply messages. When doing Recursive Tunneling or ITR/PTR encapsulation: o The OH header Time to Live field (or Hop Limit field, in case of IPv6) MUST be copied from the IH header Time to Live field. o The OH header Type of Service field (or the Traffic Class field, in the case of IPv6) SHOULD be copied from the IH header Type of Service field (with one caveat, see below). When doing Re-encapsulated Tunneling: o The new OH header Time to Live field SHOULD be copied from the stripped OH header Time to Live field. o The new OH header Type of Service field SHOULD be copied from the stripped OH header Type of Service field (with one caveat, see below).. Copying the TTL serves two purposes: first, it preserves the distance the host intended the packet to travel; second, and more importantly, it provides for suppression of looping packets in the event there is a loop of concatenated tunnels due to misconfiguration. The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service field and the IPv6 Traffic Class field [RFC3168]. The ECN field requires special treatment in order to avoid discarding indications of congestion [RFC3168]. ITR encapsulation MUST copy the 2-bit ECN Farinacci, et al. Expires January 10, 2010 [Page 20] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 field from the inner header to the outer header. Re-encapsulation MUST copy the 2-bit ECN field from the stripped outer header to the new outer header. If the ECN field contains a congestion indication codepoint (the value is '11', the Congestion Experienced (CE) codepoint), then ETR decapsulation MUST copy the 2-bit ECN field from the stripped outer header to the surviving inner header that is used to forward the packet beyond the ETR. These requirements preserve Congestion Experienced (CE) indications when a packet that uses ECN traverses a LISP tunnel and becomes marked with a CE indication due to congestion between the tunnel endpoints. 5.4. Dealing with Large Encapsulated Packets In the event that the MTU issues mentioned above prove to be more serious than expected, this section proposes 2 simple mechanisms to deal with large packets. One is stateless using IP fragmentation and the other is stateful using Path MTU Discovery [RFC1191]. It is left to the implementor to decide if the stateless or stateful mechanism should be implemented. Both or neither can be decided as well since it is a local decision in the ITR regarding how to deal with MTU issues. Sites can interoperate with differing mechanisms. 5.4.1. A Stateless Solution to MTU Handling An ITR stateless solution to handle MTU issues is described as follows: 1. Define an architectural constant S for the maximum size of a packet, in bytes, an ITR would receive from a source inside of its site. 2. Define L to be the maximum size, in bytes, a packet of size S would be after the ITR prepends the LISP header, UDP header, and outer network layer header of size H. 3. Calculate: S + H =3D L. When an ITR receives a packet from a site-facing interface and adds H bytes worth of encapsulation to yield a packet size of L bytes, it resolves the MTU issue by first splitting the original packet into 2 equal-sized fragments. A LISP header is then prepended to each fragment. This will ensure that the new, encapsulated packets are of size (S/2 + H), which is always below the effective tunnel MTU. When an ETR receives encapsulated fragments, it treats them as two individually encapsulated packets. It strips the LISP headers then forwards each fragment to the destination host of the destination Farinacci, et al. Expires January 10, 2010 [Page 21] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 site. The two fragments are reassembled at the destination host into the single IP datagram that was originated by the source host. This behavior is performed by the ITR when the source host originates a packet with the DF field of the IP header is set to 0. When the DF field of the IP header is set to 1, or the packet is an IPv6 packet originated by the source host, the ITR will drop the packet when the size is greater than L, and sends an ICMP Too Big message to the source with a value of S, where S is (L - H). When the outer header encapsulation uses an IPv4 header the DF bit is always set to 0. This specification recommends that L be defined as 1500. 5.4.2. A Stateful Solution to MTU Handling An ITR stateful solution to handle MTU issues is describe as follows and was first introduced in [OPENLISP]: 1. The ITR will keep state of the effective MTU for each locator per mapping cache entry. The effective MTU is what the core network can deliver along the path between ITR and ETR. 2. When an encapsulated packet, with DF bit always set to 0, exceeds what the core network can deliver, one of the intermediate routers on the path will send an ICMP Too Big message to the ITR. The ITR will parse the ICMP message to determine which locator is affected by the effective MTU change and then record the new effective MTU value in the mapping cache entry. 3. When a packet is received by the ITR from a source inside of the site and the size of the packet is greater than the effective MTU stored with the mapping cache entry associated with the destination EID the packet is for, the ITR will send an ICMP Too Big message back to the source. The packet size advertised by the ITR in the ICMP Too Big message is the effective MTU minus the LISP encapsulation length. Even though this mechanism is stateful, it has advantages over the stateless IP fragmentation mechanism, by not involving the destination host with reassembly of ITR fragmented packets. Farinacci, et al. Expires January 10, 2010 [Page 22] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6. EID-to-RLOC Mapping 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats The following new UDP packet types are used to retrieve EID-to-RLOC mappings: 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Version| IHL |Type of Service| Total Length | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Identification |Flags| Fragment Offset | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Time to Live | Protocol =3D 17 | Header Checksum = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Destination Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port | Dest Port | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | | LISP Message | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Version| Traffic Class | Flow Label | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Payload Length | Next Header=3D17| Hop Limit = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + + | | + Source Routing Locator + | | + + | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + + Farinacci, et al. Expires January 10, 2010 [Page 23] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 | | + Destination Routing Locator + | | + + | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port | Dest Port | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | | LISP Message | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ The LISP UDP-based messages are the Map-Request and Map-Reply messages. When a UDP Map-Request is sent, the UDP source port is chosen by the sender and the destination UDP port number is set to 4342. When a UDP Map-Reply is sent, the source UDP port number is set to 4342 and the destination UDP port number is copied from the source port of either the Map-Request or the invoking data packet. The UDP Length field will reflect the length of the UDP header and the LISP Message payload. The UDP Checksum is computed and set to non-zero for Map-Request and Map-Reply messages. It MUST be checked on receipt and if the checksum fails, the packet MUST be dropped. LISP-CONS [CONS] use TCP to send LISP control messages. The format of control messages includes the UDP header so the checksum and length fields can be used to protect and delimit message boundaries. This main LISP specification is the authoritative source for message format definitions for the Map-Request and Map-Reply messages. Farinacci, et al. Expires January 10, 2010 [Page 24] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.1.1. LISP Packet Type Allocations This section will be the authoritative source for allocating LISP Type values. Current allocations are: Reserved: 0 b'0000' LISP Map-Request: 1 b'0001' LISP Map-Reply: 2 b'0010' LISP Map-Register: 3 b'0011' LISP-CONS Open Message: 8 b'1000' LISP-CONS Push-Add Message: 9 b'1001' LISP-CONS Push-Delete Message: 10 b'1010' LISP-CONS Unreachable Message 11 b'1011' 6.1.2. Map-Request Message Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Locator Reach Bits | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D1 |A|R|P|S| Reserved | Record Count = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source-EID-AFI | ITR-AFI | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source EID Address ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Originating ITR RLOC Address ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Reserved | EID mask-len | EID-prefix-AFI | Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | EID-prefix ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Map-Reply Record ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Mapping Protocol Data | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Farinacci, et al. Expires January 10, 2010 [Page 25] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Locator Reach Bits: These bits MUST be set to 0 on transmission and ignored on receipt. They cannot be used for indicating reachability because the Map-Request does not have the EID-prefix for the sending site so the receiver of the Map-Request cannot know what mapping entry to associate the reachability with. However, when Mapping Data is provided in the Map-Reply Record field, and the receiver of the Map-Request is configured to accept the mapping data, the R-bit per locator entry in the EID-prefix record is used to denote reachability. Nonce: A 4-byte random value created by the sender of the Map- Request. Type: 1 (Map-Request) A: This is an authoritative bit, which is set to 0 for UDP-based Map- Requests sent by an ITR. See other control-specific documents [CONS] for TCP-based Map-Requests. R: When set, it indicates a Map-Reply Record segment is included in the Map-Request. P: Indicates that a Map-Request should be treated as a "piggyback" locator reachability probe. The receiver should respond with a Map-Reply with the P bit set and the nonce copied from the Map- Request. Details on this usage will be provided in a future version of this draft. S: This is the SMR bit. See Section 6.5.2 for details. Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this request message. A record is comprised of the portion of the packet is labeled 'Rec' above and occurs the number of times equal to Record count. Source-EID-AFI: Address family of the "Source EID Address" field. ITR-AFI: Address family of the "Originating ITR RLOC Address" field. Source EID Address: This is the EID of the source host which originated the packet which is invoking this Map-Request. Originating ITR RLOC Address: Used to give the ETR the option of returning a Map-Reply in the address-family of this locator. Farinacci, et al. Expires January 10, 2010 [Page 26] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 EID mask-len: Mask length for EID prefix. EID-AFI: Address family of EID-prefix according to [RFC2434] EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 address-family. When a Map-Request is sent by an ITR because a data packet is received for a destination where there is no mapping entry, the EID-prefix is set to the destination IP address of the data packet. And the 'EID mask-len' is set to 32 or 128 for IPv4 or IPv6, respectively. When an xTR wants to query a site about the status of a mapping it already has cached, the EID- prefix used in the Map-Request has the same mask-length as the EID-prefix returned from the site when it sent a Map-Reply message. Map-Reply Record: When the R bit is set, this field is the size of the "Record" field in the Map-Reply format. This Map-Reply record contains the EID-to-RLOC mapping entry associated with the Source EID. This allows the ETR which will receive this Map-Request to cache the data if it chooses to do so. Mapping Protocol Data: See [CONS] or [ALT] for details. This field is optional and present when the UDP length indicates there is enough space in the packet to include it. 6.1.3. EID-to-RLOC UDP Map-Request Message A Map-Request is sent from an ITR when it needs a mapping for an EID, wants to test an RLOC for reachability, or wants to refresh a mapping before TTL expiration. For the initial case, the destination IP address used for the Map-Request is the destination-EID from the packet which had a mapping cache lookup failure. For the later 2 cases, the destination IP address used for the Map-Request is one of the RLOC addresses from the locator-set of the map cache entry. In all cases, the UDP source port number for the Map-Request message is a randomly allocated 16-bit value and the UDP destination port number is set to the well-known destination port number 4342. A successful Map-Reply updates the cached set of RLOCs associated with the EID prefix range. Map-Requests can also be LISP encapsulated using UDP destination port 4341 when sent from an ITR to a Map-Resolver. Likewise, Map-Requests are LISP encapsulated the same way from a Map-Server to an ETR. Details on encapsulated Map-Requests and Map-Resolvers can be found in [LISP-MS]. Map-Requests MUST be rate-limited. It is recommended that a Map- Request for the same EID-prefix be sent no more than once per second. Farinacci, et al. Expires January 10, 2010 [Page 27] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.1.4. Map-Reply Message Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Locator Reach Bits | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D2 |P| Reserved | Record Count = | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Record TTL | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ R | Locator Count | EID mask-len |A| ACT | Reserved | e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ c | Reserved | EID-AFI | o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ r | EID-prefix | d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | /| Priority | Weight | M Priority | M Weight | | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | o | Unused Flags |R| Loc-AFI | | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | \| Locator | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Mapping Protocol Data | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Locator Reach Bits: Refer to Section 5.3. This field MUST be set to 0 on transmission and ignored on receipt. The locator reachability is encoded as the R-bit in each locator entry of each EID-prefix record. Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request that is echoed here in the Map-Reply. Type: 2 (Map-Reply) P: Indicates that the Map-Reply is in response to a "piggyback" locator reachability Map-Request. The nonce field should contain a copy of the nonce value from the original Map-Request. Details on this usage will be provided in a future version of this draft. Farinacci, et al. Expires January 10, 2010 [Page 28] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this reply message. A record is comprised of that portion of the packet labeled 'Record' above and occurs the number of times equal to Record count. Record TTL: The time in minutes the recipient of the Map-Reply will store the mapping. If the TTL is 0, the entry should be removed from the cache immediately. If the value is 0xffffffff, the recipient can decide locally how long to store the mapping. Locator Count: The number of Locator entries. A locator entry comprises what is labeled above as 'Loc'. The locator count can be 0 indicating there are no locators for the EID-prefix. EID mask-len: Mask length for EID prefix. A: The Authoritative bit, when sent by a UDP-based message is always set by the ETR. See [CONS] for TCP-based Map-Replies. ACT: This 3-bit field describes negative Map-Reply actions. These bits are used only when the 'Locator Count' field is set to 0. The action bits are encoded only in Map-Reply messages. The actions defined are used by an ITR or PTR when a destination EID matches a negative mapping cache entry. The current assigned values are: (0) No action: No action is being conveyed by the sender of the Map-Reply message. (1) Natively-Forward: The packet is not encapsulated or dropped but natively forwarded. (2) Drop: The packet is dropped silently. (3) Send-Map-Request: The packet invokes sending a Map-Request. EID-AFI: Address family of EID-prefix according to [RFC2434]. EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 address-family. Priority: each RLOC is assigned a unicast priority. Lower values are more preferable. When multiple RLOCs have the same priority, they may be used in a load-split fashion. A value of 255 means the RLOC MUST NOT be used for unicast forwarding. Farinacci, et al. Expires January 10, 2010 [Page 29] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Weight: when priorities are the same for multiple RLOCs, the weight indicates how to balance unicast traffic between them. Weight is encoded as a percentage of total unicast packets that match the mapping entry. If a non-zero weight value is used for any RLOC, then all RLOCs must use a non-zero weight value and then the sum of all weight values MUST equal 100. If a zero value is used for any RLOC weight, then all weights MUST be zero and the receiver of the Map-Reply will decide how to load-split traffic. See Section 6.4 for a suggested hash algorithm to distribute load across locators with same priority and equal weight values. When a single RLOC exists in a mapping entry, the weight value MUST be set to 100 and ignored on receipt. M Priority: each RLOC is assigned a multicast priority used by an ETR in a receiver multicast site to select an ITR in a source multicast site for building multicast distribution trees. A value of 255 means the RLOC MUST NOT be used for joining a multicast distribution tree. M Weight: when priorities are the same for multiple RLOCs, the weight indicates how to balance building multicast distribution trees across multiple ITRs. The weight is encoded as a percentage of total number of trees build to the source site identified by the EID-prefix. If a non-zero weight value is used for any RLOC, then all RLOCs must use a non-zero weight value and then the sum of all weight values MUST equal 100. If a zero value is used for any RLOC weight, then all weights MUST be zero and the receiver of the Map-Reply will decide how to distribute multicast state across ITRs. Unused Flags: set to 0 when sending and ignored on receipt. R: when this bit is set, the locator is known to be reachable from the Map-Reply sender's perspective. When there is a single mapping record in the message, the R-bit for each locator must have a consistent setting with the bitfield setting of the 'Loc Reach Bits' field in the early part of the header. When there are multiple mapping records in the message, the 'Loc Reach Bits' field is set to 0. Locator: an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field) assigned to an ETR or router acting as a proxy replier for the EID-prefix. Note that the destination RLOC address MAY be an anycast address. A source RLOC can be an anycast address as well. The source or destination RLOC MUST NOT be the broadcast address (255.255.255.255 or any subnet broadcast address known to the router), and MUST NOT be a link-local multicast address. The source RLOC MUST NOT be a multicast address. The destination RLOC Farinacci, et al. Expires January 10, 2010 [Page 30] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 SHOULD be a multicast address if it is being mapped from a multicast destination EID. Mapping Protocol Data: See [CONS] or [ALT] for details. This field is optional and present when the UDP length indicates there is enough space in the packet to include it. 6.1.5. EID-to-RLOC UDP Map-Reply Message When a Data Probe packet or a Map-Request triggers a Map-Reply to be sent, the RLOCs associated with the EID-prefix matched by the EID in the original packet destination IP address field will be returned. The RLOCs in the Map-Reply are the globally-routable IP addresses of the ETR but are not necessarily reachable; separate testing of reachability is required. Note that a Map-Reply may contain different EID-prefix granularity (prefix + length) than the Map-Request which triggers it. This might occur if a Map-Request were for a prefix that had been returned by an earlier Map-Reply. In such a case, the requester updates its cache with the new prefix information and granularity. For example, a requester with two cached EID-prefixes that are covered by a Map- Reply containing one, less-specific prefix, replaces the entry with the less-specific EID-prefix. Note that the reverse, replacement of one less-specific prefix with multiple more-specific prefixes, can also occur but not by removing the less-specific prefix rather by adding the more-specific prefixes which during a lookup will override the less-specific prefix. Replies SHOULD be sent for an EID-prefix no more often than once per second to the same requesting router. For scalability, it is expected that aggregation of EID addresses into EID-prefixes will allow one Map-Reply to satisfy a mapping for the EID addresses in the prefix range thereby reducing the number of Map-Request messages. The addresses for a encapsulated data packets or Map-Request message are swapped and used for sending the Map-Reply. The UDP source and destination ports are swapped as well. That is, the source port in the UDP header for the Map-Reply is set to the well-known UDP port number 4342. Map-Reply records can have an empty locator-set. This type of a Map- Reply is called a Negative Map-Reply. Negative Map-Replies convey special actions by the sender to the ITR or PTR which have solicited the Map-Reply. There are two primary applications for Negative Map- Replies. The first is for a Map-Resolver to instruct an ITR or PTR when a destination is for a LISP site versus a non-LISP site. And the other is to source quench Map-Requests which are sent for non- Farinacci, et al. Expires January 10, 2010 [Page 31] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 allocated EIDs. 6.1.6. Map-Register Message Format The usage details of the Map-Register message can be found in specification [LISP-MS]. This section solely defines the message format. The message is sent in a UDP with a destination UDP port 4342 and a randomly selected UDP port number. Before an IPv4 or IPv6 network layer header is prepended, an AH header is prepended to carry authentication information. The format conforms to the IPsec specification [RFC2402]. The Map-Register message will use transport mode by setting the IP protocol number field or the IPv6 next-header field to 51. The AH header from [RFC2402] is: 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Next Header | Payload Len | RESERVED | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Security Parameters Index (SPI) | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Sequence Number Field | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + Authentication Data (variable) | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ The Next Header field is set to UDP. The SPI field is set to 0 (since no Security Association or Key Exchange protocol is being used). The Sequence Number is a randomly chosen value by the sender. The Authentication Data is 16 bytes and holds a MD5 HMAC. The Map-Register message format is: Farinacci, et al. Expires January 10, 2010 [Page 32] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Locator Reach Bits | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D3 |P| Reserved | Record Count = | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Record TTL | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ R | Locator Count | EID mask-len |A| ACT | Reserved | e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ c | Reserved | EID-AFI | o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ r | EID-prefix | d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | /| Priority | Weight | M Priority | M Weight | | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | o | Unused Flags |R| Loc-AFI | | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | \| Locator | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Locator Reach Bits: Refer to Section 5.3. This field MUST be set to 0 on transmission and ignored on receipt. The locator reachability is encoded as the R-bit in each locator entry of each EID-prefix record. Nonce: The Nonce field is set to 0 in Map-Register messages. Type: 3 (Map-Register) P: Set to 1 by an ETR which sends a Map-Register message requesting for the Map-Server to proxy Map-Reply. The Map-Server will send non-authoritative Map-Replies on behalf of the ETR. Details on this usage will be provided in a future version of this draft. Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this Map-Register message. A record is comprised of that portion of the packet labeled 'Record' above and occurs the number of times equal to Record count. The definition of the rest of the Map-Register can be found in the Farinacci, et al. Expires January 10, 2010 [Page 33] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Map-Reply section. 6.2. Routing Locator Selection Both client-side and server-side may need control over the selection of RLOCs for conversations between them. This control is achieved by manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply messages. Alternatively, RLOC information may be gleaned from received tunneled packets or EID-to-RLOC Map-Request messages. The following enumerates different scenarios for choosing RLOCs and the controls that are available: o Server-side returns one RLOC. Client-side can only use one RLOC. Server-side has complete control of the selection. o Server-side returns a list of RLOC where a subset of the list has the same best priority. Client can only use the subset list according to the weighting assigned by the server-side. In this case, the server-side controls both the subset list and load- splitting across its members. The client-side can use RLOCs outside of the subset list if it determines that the subset list is unreachable (unless RLOCs are set to a Priority of 255). Some sharing of control exists: the server-side determines the destination RLOC list and load distribution while the client-side has the option of using alternatives to this list if RLOCs in the list are unreachable. o Server-side sets weight of 0 for the RLOC subset list. In this case, the client-side can choose how the traffic load is spread across the subset list. Control is shared by the server-side determining the list and the client determining load distribution. Again, the client can use alternative RLOCs if the server-provided list of RLOCs are unreachable. o Either side (more likely on the server-side ETR) decides not to send a Map-Request. For example, if the server-side ETR does not send Map-Requests, it gleans RLOCs from the client-side ITR, giving the client-side ITR responsibility for bidirectional RLOC reachability and preferability. Server-side ETR gleaning of the client-side ITR RLOC is done by caching the inner header source EID and the outer header source RLOC of received packets. The client-side ITR controls how traffic is returned and can alternate using an outer header source RLOC, which then can be added to the list the server-side ETR uses to return traffic. Since no Priority or Weights are provided using this method, the server- side ETR must assume each client-side ITR RLOC uses the same best Priority with a Weight of zero. In addition, since EID-prefix Farinacci, et al. Expires January 10, 2010 [Page 34] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 encoding cannot be conveyed in data packets, the EID-to-RLOC cache on tunnel routers can grow to be very large. RLOCs that appear in EID-to-RLOC Map-Reply messages are considered reachable. The Map-Reply and the database mapping service does not provide any reachability status for Locators. This is done outside of the mapping service. See next section for details. 6.3. Routing Locator Reachability There are 4 methods for determining when a Locator is either reachable or has become unreachable: 1. Locator reachability is determined by an ETR by examining the Loc-Reach-Bits from a LISP header of a encapsulated data packet which is provided by an ITR when an ITR encapsulates data. 2. Locator unreachability is determined by an ITR by receiving ICMP Network or Host Unreachable messages. 3. Locator unreachability can also be determined by an BGP-enabled ITR when there is no prefix matching a Locator address from the BGP RIB. 4. Locator unreachability is determined when a host sends an ICMP Port Unreachable message. This occurs when an ITR may not use any methods of interworking. one which is describe in [INTERWORK] and the encapsulated data packet is received by a host at the destination non-LISP site. 5. Locator reachability is determined by receiving a Map-Reply message from a ETR's Locator address in response to a previously sent Map-Request. 6. Locator reachability can also be determined by receiving packets encapsulated by the ITR assigned to the locator address. When determining Locator reachability by examining the Loc-Reach-Bits from the LISP encapsulate data packet, an ETR will receive up to date status from the ITR closest to the Locators at the source site. The ITRs at the source site can determine reachability when running their IGP at the site. When the ITRs are deployed on CE routers, typically a default route is injected into the site's IGP from each of the ITRs. If an ITR goes down, the CE-PE link goes down, or the PE router goes down, the CE router withdraws the default route. This allows the other ITRs at the site to determine one of the Locators has gone unreachable. Farinacci, et al. Expires January 10, 2010 [Page 35] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 The Locators listed in a Map-Reply are numbered with ordinals 0 to n-1. The Loc-Reach-Bits in a LISP Data Message are numbered from 0 to n-1 starting with the least significant bit numbered as 0. So, for example, if the ITR with locator listed as the 3rd Locator position in the Map-Reply goes down, all other ITRs at the site will have the 3rd bit from the right cleared (the bit that corresponds to ordinal 2). When an ETR decapsulates a packet, it will look for a change in the Loc-Reach-Bits value. When a bit goes from 1 to 0, the ETR will refrain from encapsulating packets to the Locator that has just gone unreachable. It can start using the Locator again when the bit that corresponds to the Locator goes from 0 to 1. Loc-Reach-Bits are associated with a locator-set per EID-prefix. Therefore, when a locator becomes unreachable, the loc-reach-bit that corresponds to that locator's position in the list returned by the last Map-Reply will be set to zero for that particular EID-prefix. When ITRs at the site are not deployed in CE routers, the IGP can still be used to determine the reachability of Locators provided they are injected a stub links into the IGP. This is typically done when a /32 address is configured on a loopback interface. When ITRs receive ICMP Network or Host Unreachable messages as a method to determine unreachability, they will refrain from using Locators which are described in Locator lists of Map-Replies. However, using this approach is unreliable because many network operators turn off generation of ICMP Unreachable messages. If an ITR does receive an ICMP Network or Host Unreachable message, it MAY originate its own ICMP Unreachable message destined for the host that originated the data packet the ITR encapsulated. Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if a locator address from a locator-set in a mapping entry matches a prefix. If it does not find one and BGP is running in the Default Free Zone (DFZ), it can decide to not use the locator even though the Loc-Reach-Bits indicate the locator is up. In this case, the path from the ITR to the ETR that is assigned the locator is not available. More details are in [LOC-ID-ARCH]. Optionally, an ITR can send a Map-Request to a Locator and if a Map- Reply is returned, reachability of the Locator has been determined. Obviously, sending such probes increases the number of control messages originated by tunnel routers for active flows, so Locators are assumed to be reachable when they are advertised. This assumption does create a dependency: Locator unreachability is Farinacci, et al. Expires January 10, 2010 [Page 36] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 detected by the receipt of ICMP Host Unreachable messages. When an Locator has been determined to be unreachable, it is not used for active traffic; this is the same as if it were listed in a Map-Reply with priority 255. The ITR can test the reachability of the unreachable Locator by sending periodic Requests. Both Requests and Replies MUST be rate- limited. Locator reachability testing is never done with data packets since that increases the risk of packet loss for end-to-end sessions. When an ETR decapsulates a packet, it knows that it is reachable from the encapsulating ITR because that is how the packet arrived. In most cases, the ETR can also reach the ITR but cannot assume this to be true due to the possibility of path assymetry. In the presence of unidirectional traffic flow from an ITR to an ETR, the ITR should not use the lack of return traffic as an indication that the ETR is unreachable. Instead, it must use an alternate mechanisms to determine reachability. 6.3.1. Echo Nonce Algorithm When there is bidirectional data flow between a pair of locators, a simple mechanism called "nonce echoing" can be used to determine reachability between an ITR and ETR. When an ITR wants to solicit a nonce echo, it sets the E-bit and places a 24-bit nonce in the LISP header of the next encapsulated data packet. When this packet is received by the ETR, the encapsulated packet is forwarded as normal. When the ETR next sends a data packet to the ITR, it includes the nonce received earlier. The ITR sees this "echo nonce reply" and knows the path to and from the ETR is up. The time the ITR waits for the echoed nonce before it determines the path is down is variable and a choice left for the implementation. If the ITR is receiving packets from the ETR but does not see the nonce echoed, then the path to the ETR is down. This decision may be overridden by other locator reachability algorithms. Once the ITR determines the path to the ETR is down it can switch to another locator for that EID-prefix. Note that "ITR" and "ETR" are relative terms here. Both devices must be implementing both ITR and ETR functionality for the echo nonce mechanism to operate. The ITR and ETR may both go into echo-nonce-request state at the same time. The number of packets sent or the time during which echo nonce Farinacci, et al. Expires January 10, 2010 [Page 37] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 requests are sent is an implementation specific setting. However, when an ITR is in echo-nonce-request state, it can echo the ETR's nonce in the next packet that it encapsulates and then subsequently, continue sending echo-nonce-request packets. This mechanism does not completely solve the forward path reachability problem as traffic may be unidirectional. That is, the ETR receiving traffic at a site may not may not be the same device as an ITR which transmits traffic from that site or the site to site traffic is unidirectional so there is no ITR returning traffic. Note that other locator reachability mechanisms are being researched. 6.4. Routing Locator Hashing When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to a requesting ITR, the locator-set for the EID-prefix may contain different priority values for each locator address. When more than one best priority locator exists, the ITR can decide how to load share traffic against the corresponding locators. The following hash algorithm may be used by an ITR to select a locator for a packet destined to an EID for the EID-to-RLOC mapping: 1. Either a source and destination address hash can be used or the traditional 5-tuple hash which includes the source and destination addresses, source and destination TCP, UDP, or SCTP port numbers and the IP protocol number field or IPv6 next- protocol fields of a packet a host originates from within a LISP site. When a packet is not a TCP, UDP, or SCTP packet, the source and destination addresses only from the header are used to compute the hash. 2. Take the hash value and divide it by the number of locators stored in the locator-set for the EID-to-RLOC mapping. 3. The remainder will be yield a value of 0 to "number of locators minus 1". Use the remainder to select the locator in the locator-set. Note that when a packet is LISP encapsulated, the source port number in the outer UDP header needs to be set. Selecting a random value allows core routers which are attached to Link Aggregation Groups (LAGs) to load-split the encapsulated packets across member links of such LAGs. Otherwise, core routers would see a single flow, since packets have a source address of the ITR, for packets which are originated by different EIDs at the source site. A suggested setting for the source port number computed by an ITR is a 5-tuple hash Farinacci, et al. Expires January 10, 2010 [Page 38] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 function on the inner header, as described above. 6.5. Changing the Contents of EID-to-RLOC Mappings Since the LISP architecture uses a caching scheme to retrieve and store EID-to-RLOC mappings, the only way an ITR can get a more up-to- date mapping is to re-request the mapping. However, the ITRs do not know when the mappings change and the ETRs do not keep track of who requested its mappings. For scalability reasons, we want to maintain this approach but need to provide a way for ETRs change their mappings and inform the sites that are currently communicating with the ETR site using such mappings. When a locator record is added to the end of a locator-set, it is easy to update mappings. We assume new mappings will maintain the same locator ordering as the old mapping but just have new locators appended to the end of the list. So some ITRs can have a new mapping while other ITRs have only an old mapping that is used until they time out. When an ITR has only an old mapping but detects bits set in the loc-reach-bits that correspond to locators beyond the list it has cached, it simply ignores them. When a locator record is removed from a locator-set, ITRs that have the mapping cached will not use the removed locator because the xTRs will set the loc-reach-bit to 0. So even if the locator is in the list, it will not be used. For new mapping requests, the xTRs can set the locator address to 0 as well as setting the corresponding loc-reach-bit to 0. This forces ITRs with old or new mappings to avoid using the removed locator. If many changes occur to a mapping over a long period of time, one will find empty record slots in the middle of the locator-set and new records appended to the locator-set. At some point, it would be useful to compact the locator-set so the loc-reach-bit settings can be efficiently packed. We propose here two approaches for locator-set compaction, one operational and the other a protocol mechanism. The operational approach uses a clock sweep method. The protocol approach uses the concept of Solicit-Map-Requests. 6.5.1. Clock Sweep The clock sweep approach uses planning in advance and the use of count-down TTLs to time out mappings that have already been cached. The default setting for an EID-to-RLOC mapping TTL is 24 hours. So there is a 24 hour window to time out old mappings. The following clock sweep procedure is used: Farinacci, et al. Expires January 10, 2010 [Page 39] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 1. 24 hours before a mapping change is to take effect, a network administrator configures the ETRs at a site to start the clock sweep window. 2. During the clock sweep window, ETRs continue to send Map-Reply messages with the current (unchanged) mapping records. The TTL for these mappings is set to 1 hour. 3. 24 hours later, all previous cache entries will have timed out, and any active cache entries will time out within 1 hour. During this 1 hour window the ETRs continue to send Map-Reply messages with the current (unchanged) mapping records with the TTL set to 1 minute. 4. At the end of the 1 hour window, the ETRs will send Map-Reply messages with the new (changed) mapping records. So any active caches can get the new mapping contents right away if not cached, or in 1 minute if they had the mapping cached. 6.5.2. Solicit-Map-Request (SMR) Soliciting a Map-Request is a selective way for xTRs, at the site where mappings change, to control the rate they receive requests for Map-Reply messages. SMRs are also used to tell remote ITRs to update the mappings they have cached. Since the xTRs don't keep track of remote ITRs that have cached their mappings, they can not tell exactly who needs the new mapping entries. So an xTR will solicit Map-Requests from sites it is currently sending encapsulated data to, and only from those sites. The xTRs can locally decide the algorithm for how often and to how many sites it sends SMR messages. An SMR message is simply a bit set in an encapsulated data packet (and a Map-Request message). When an ETR at a remote site decapsulates a data packet that has the SMR bit set, it can tell that a new Map-Request message is being solicited. Both the xTR that sends the SMR message and the site that acts on the SMR message MUST be rate-limited. The following procedure shows how a SMR exchange occurs when a site is doing locator-set compaction for an EID-to-RLOC mapping: 1. When the database mappings in an ETR change, the ITRs at the site begin to set the SMR bit in packets they encapsulate to the sites they communicate with. Farinacci, et al. Expires January 10, 2010 [Page 40] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 2. A remote xTR which decapsulates a packet with the SMR bit set will schedule sending a Map-Request message to the source locator address of the encapsulated packet. The nonce in the Map-Request is copied from the nonce in the encapsulated data packet that has the SMR bit set. 3. The remote xTR retransmits the Map-Request slowly until it gets a Map-Reply while continuing to use the cached mapping. 4. The ETRs at the site with the changed mapping will reply to the Map-Request with a Map-Reply message provided the Map-Request nonce matches the nonce from the SMR. The Map-Reply messages SHOULD be rate limited. This is important to avoid Map-Reply implosion. 5. The ETRs, at the site with the changed mapping, records the fact that the site that sent the Map-Request has received the new mapping data in the mapping cache entry for the remote site so the loc-reach-bits are reflective of the new mapping for packets going to the remote site. The ETR then stops sending packets with the SMR-bit set. For security reasons an ITR MUST NOT process unsolicited Map-Replies. The nonce MUST be carried from SMR packet, into the resultant Map- Request, and then into Map-Reply to reduce spoofing attacks. Farinacci, et al. Expires January 10, 2010 [Page 41] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 7. Router Performance Considerations LISP is designed to be very hardware-based forwarding friendly. By doing tunnel header prepending [RFC1955] and stripping instead of re- writing addresses, existing hardware can support the forwarding model with little or no modification. Where modifications are required, they should be limited to re-programming existing hardware rather than requiring expensive design changes to hard-coded algorithms in silicon. A few implementation techniques can be used to incrementally implement LISP: o When a tunnel encapsulated packet is received by an ETR, the outer destination address may not be the address of the router. This makes it challenging for the control plane to get packets from the hardware. This may be mitigated by creating special FIB entries for the EID-prefixes of EIDs served by the ETR (those for which the router provides an RLOC translation). These FIB entries are marked with a flag indicating that control plane processing should be performed. The forwarding logic of testing for particular IP protocol number value is not necessary. No changes to existing, deployed hardware should be needed to support this. o On an ITR, prepending a new IP header is as simple as adding more bytes to a MAC rewrite string and prepending the string as part of the outgoing encapsulation procedure. Many routers that support GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already support this action. o When a received packet's outer destination address contains an EID which is not intended to be forwarded on the routable topology (i.e. LISP 1.5), the source address of a data packet or the router interface with which the source is associated (the interface from which it was received) can be associated with a VRF (Virtual Routing/Forwarding), in which a different (i.e. non- congruent) topology can be used to find EID-to-RLOC mappings. Farinacci, et al. Expires January 10, 2010 [Page 42] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8. Deployment Scenarios This section will explore how and where ITRs and ETRs can be deployed and will discuss the pros and cons of each deployment scenario. There are two basic deployment trade-offs to consider: centralized versus distributed caches and flat, recursive, or re-encapsulating tunneling. When deciding on centralized versus distributed caching, the following issues should be considered: o Are the tunnel routers spread out so that the caches are spread across all the memories of each router? o Should management "touch points" be minimized by choosing few tunnel routers, just enough for redundancy? o In general, using more ITRs doesn't increase management load, since caches are built and stored dynamically. On the other hand, more ETRs does require more management since EID-prefix-to-RLOC mappings need to be explicitly configured. When deciding on flat, recursive, or re-encapsulation tunneling, the following issues should be considered: o Flat tunneling implements a single tunnel between source site and destination site. This generally offers better paths between sources and destinations with a single tunnel path. o Recursive tunneling is when tunneled traffic is again further encapsulated in another tunnel, either to implement VPNs or to perform Traffic Engineering. When doing VPN-based tunneling, the site has some control since the site is prepending a new tunnel header. In the case of TE-based tunneling, the site may have control if it is prepending a new tunnel header, but if the site's ISP is doing the TE, then the site has no control. Recursive tunneling generally will result in suboptimal paths but at the benefit of steering traffic to resource available parts of the network. o The technique of re-encapsulation ensures that packets only require one tunnel header. So if a packet needs to be rerouted, it is first decapsulated by the ETR and then re-encapsulated with a new tunnel header using a new RLOC. The next sub-sections will describe where tunnel routers can reside in the network. Farinacci, et al. Expires January 10, 2010 [Page 43] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8.1. First-hop/Last-hop Tunnel Routers By locating tunnel routers close to hosts, the EID-prefix set is at the granularity of an IP subnet. So at the expense of more EID- prefix-to-RLOC sets for the site, the caches in each tunnel router can remain relatively small. But caches always depend on the number of non-aggregated EID destination flows active through these tunnel routers. With more tunnel routers doing encapsulation, the increase in control traffic grows as well: since the EID-granularity is greater, more Map-Requests and Map-Replies are traveling between more routers. The advantage of placing the caches and databases at these stub routers is that the products deployed in this part of the network have better price-memory ratios then their core router counterparts. Memory is typically less expensive in these devices and fewer routes are stored (only IGP routes). These devices tend to have excess capacity, both for forwarding and routing state. LISP functionality can also be deployed in edge switches. These devices generally have layer-2 ports facing hosts and layer-3 ports facing the Internet. Spare capacity is also often available in these devices as well. 8.2. Border/Edge Tunnel Routers Using customer-edge (CE) routers for tunnel endpoints allows the EID space associated with a site to be reachable via a small set of RLOCs assigned to the CE routers for that site. This offers the opposite benefit of the first-hop/last-hop tunnel router scenario: the number of mapping entries and network management touch points are reduced, allowing better scaling. One disadvantage is that less of the network's resources are used to reach host endpoints thereby centralizing the point-of-failure domain and creating network choke points at the CE router. Note that more than one CE router at a site can be configured with the same IP address. In this case an RLOC is an anycast address. This allows resilience between the CE routers. That is, if a CE router fails, traffic is automatically routed to the other routers using the same anycast address. However, this comes with the disadvantage where the site cannot control the entrance point when the anycast route is advertised out from all border routers. Farinacci, et al. Expires January 10, 2010 [Page 44] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8.3. ISP Provider-Edge (PE) Tunnel Routers Use of ISP PE routers as tunnel endpoint routers gives an ISP control over the location of the egress tunnel endpoints. That is, the ISP can decide if the tunnel endpoints are in the destination site (in either CE routers or last-hop routers within a site) or at other PE edges. The advantage of this case is that two or more tunnel headers can be avoided. By having the PE be the first router on the path to encapsulate, it can choose a TE path first, and the ETR can decapsulate and re-encapsulate for a tunnel to the destination end site. An obvious disadvantage is that the end site has no control over where its packets flow or the RLOCs used. As mentioned in earlier sections a combination of these scenarios is possible at the expense of extra packet header overhead, if both site and provider want control, then recursive or re-encapsulating tunnels are used. Farinacci, et al. Expires January 10, 2010 [Page 45] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 9. Traceroute Considerations When a source host in a LISP site initiates a traceroute to a destination host in another LISP site, it is highly desirable for it to see the entire path. Since packets are encapsulated from ITR to ETR, the hop across the tunnel could be viewed as a single hop. However, LISP traceroute will provide the entire path so the user can see 3 distinct segments of the path from a source LISP host to a destination LISP host: Segment 1 (in source LISP site based on EIDs): source-host ---> first-hop ... next-hop ---> ITR Segment 2 (in the core network based on RLOCs): ITR ---> next-hop ... next-hop ---> ETR Segment 3 (in the destination LISP site based on EIDs): ETR ---> next-hop ... last-hop ---> destination-host For segment 1 of the path, ICMP Time Exceeded messages are returned in the normal matter as they are today. The ITR performs a TTL decrement and test for 0 before encapsulating. So the ITR hop is seen by the traceroute source has an EID address (the address of site-facing interface). For segment 2 of the path, ICMP Time Exceeded messages are returned to the ITR because the TTL decrement to 0 is done on the outer header, so the destination of the ICMP messages are to the ITR RLOC address, the source source RLOC address of the encapsulated traceroute packet. The ITR looks inside of the ICMP payload to inspect the traceroute source so it can return the ICMP message to the address of the traceroute client as well as retaining the core router IP address in the ICMP message. This is so the traceroute client can display the core router address (the RLOC address) in the traceroute output. The ETR returns its RLOC address and responds to the TTL decrement to 0 like the previous core routers did. For segment 3, the next-hop router downstream from the ETR will be decrementing the TTL for the packet that was encapsulated, sent into the core, decapsulated by the ETR, and forwarded because it isn't the final destination. If the TTL is decremented to 0, any router on the path to the destination of the traceroute, including the next-hop router or destination, will send an ICMP Time Exceeded message to the source EID of the traceroute client. The ICMP message will be Farinacci, et al. Expires January 10, 2010 [Page 46] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 encapsulated by the local ITR and sent back to the ETR in the originated traceroute source site, where the packet will be delivered to the host. 9.1. IPv6 Traceroute IPv6 traceroute follows the procedure described above since the entire traceroute data packet is included in ICMP Time Exceeded message payload. Therefore, only the ITR needs to pay special attention for forwarding ICMP messages back to the traceroute source. 9.2. IPv4 Traceroute For IPv4 traceroute, we cannot follow the above procedure since IPv4 ICMP Time Exceeded messages only include the invoking IP header and 8 bytes that follow the IP header. Therefore, when a core router sends an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP payload is the encapsulated header it prepended followed by a UDP header. The original invoking IP header, and therefore the identity of the traceroute source is lost. The solution we propose to solve this problem is to cache traceroute IPv4 headers in the ITR and to match them up with corresponding IPv4 Time Exceeded messages received from core routers and the ETR. The ITR will use a circular buffer for caching the IPv4 and UDP headers of traceroute packets. It will select a 16-bit number as a key to find them later when the IPv4 Time Exceeded messages are received. When an ITR encapsulates an IPv4 traceroute packet, it will use the 16-bit number as the UDP source port in the encapsulating header. When the ICMP Time Exceeded message is returned to the ITR, the UDP header of the encapsulating header is present in the ICMP payload thereby allowing the ITR to find the cached headers for the traceroute source. The ITR puts the cached headers in the payload and sends the ICMP Time Exceeded message to the traceroute source retaining the source address of the original ICMP Time Exceeded message (a core router or the ETR of the site of the traceroute destination). 9.3. Traceroute using Mixed Locators When either an IPv4 traceroute or IPv6 traceroute is originated and the ITR encapsulates it in the other address family header, you cannot get all 3 segments of the traceroute. Segment 2 of the traceroute can not be conveyed to the traceroute source since it is expecting addresses from intermediate hops in the same address format for the type of traceroute it originated. Therefore, in this case, segment 2 will make the tunnel look like one hop. All the ITR has to do to make this work is to not copy the inner TTL to the outer, Farinacci, et al. Expires January 10, 2010 [Page 47] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 encapsulating header's TTL when a traceroute packet is encapsulated using an RLOC from a different address family. This will cause no TTL decrement to 0 to occur in core routers between the ITR and ETR. Farinacci, et al. Expires January 10, 2010 [Page 48] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 10. Mobility Considerations There are several kinds of mobility of which only some might be of concern to LISP. Essentially they are as follows. 10.1. Site Mobility A site wishes to change its attachment points to the Internet, and its LISP Tunnel Routers will have new RLOCs when it changes upstream providers. Changes in EID-RLOC mappings for sites are expected to be handled by configuration, outside of the LISP protocol. 10.2. Slow Endpoint Mobility An individual endpoint wishes to move, but is not concerned about maintaining session continuity. Renumbering is involved. LISP can help with the issues surrounding renumbering [RFC4192] [LISA96] by decoupling the address space used by a site from the address spaces used by its ISPs. [RFC4984] 10.3. Fast Endpoint Mobility Fast endpoint mobility occurs when an endpoint moves relatively rapidly, changing its IP layer network attachment point. Maintenance of session continuity is a goal. This is where the Mobile IPv4 [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used, and primarily where interactions with LISP need to be explored. The problem is that as an endpoint moves, it may require changes to the mapping between its EID and a set of RLOCs for its new network location. When this is added to the overhead of mobile IP binding updates, some packets might be delayed or dropped. In IPv4 mobility, when an endpoint is away from home, packets to it are encapsulated and forwarded via a home agent which resides in the home area the endpoint's address belongs to. The home agent will encapsulate and forward packets either directly to the endpoint or to a foreign agent which resides where the endpoint has moved to. Packets from the endpoint may be sent directly to the correspondent node, may be sent via the foreign agent, or may be reverse-tunneled back to the home agent for delivery to the mobile node. As the mobile node's EID or available RLOC changes, LISP EID-to-RLOC mappings are required for communication between the mobile node and the home agent, whether via foreign agent or not. As a mobile endpoint changes networks, up to three LISP mapping changes may be required: Farinacci, et al. Expires January 10, 2010 [Page 49] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 o The mobile node moves from an old location to a new visited network location and notifies its home agent that it has done so. The Mobile IPv4 control packets the mobile node sends pass through one of the new visited network's ITRs, which needs a EID-RLOC mapping for the home agent. o The home agent might not have the EID-RLOC mappings for the mobile node's "care-of" address or its foreign agent in the new visited network, in which case it will need to acquire them. o When packets are sent directly to the correspondent node, it may be that no traffic has been sent from the new visited network to the correspondent node's network, and the new visited network's ITR will need to obtain an EID-RLOC mapping for the correspondent node's site. In addition, if the IPv4 endpoint is sending packets from the new visited network using its original EID, then LISP will need to perform a route-returnability check on the new EID-RLOC mapping for that EID. In IPv6 mobility, packets can flow directly between the mobile node and the correspondent node in either direction. The mobile node uses its "care-of" address (EID). In this case, the route-returnability check would not be needed but one more LISP mapping lookup may be required instead: o As above, three mapping changes may be needed for the mobile node to communicate with its home agent and to send packets to the correspondent node. o In addition, another mapping will be needed in the correspondent node's ITR, in order for the correspondent node to send packets to the mobile node's "care-of" address (EID) at the new network location. When both endpoints are mobile the number of potential mapping lookups increases accordingly. As a mobile node moves there are not only mobility state changes in the mobile node, correspondent node, and home agent, but also state changes in the ITRs and ETRs for at least some EID-prefixes. The goal is to support rapid adaptation, with little delay or packet loss for the entire system. Heuristics can be added to LISP to reduce the number of mapping changes required and to reduce the delay per mapping change. Also IP mobility can be modified to require fewer mapping changes. In order to increase overall system Farinacci, et al. Expires January 10, 2010 [Page 50] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 performance, there may be a need to reduce the optimization of one area in order to place fewer demands on another. In LISP, one possibility is to "glean" information. When a packet arrives, the ETR could examine the EID-RLOC mapping and use that mapping for all outgoing traffic to that EID. It can do this after performing a route-returnability check, to ensure that the new network location does have a internal route to that endpoint. However, this does not cover the case where an ITR (the node assigned the RLOC) at the mobile-node location has been compromised. Mobile IP packet exchange is designed for an environment in which all routing information is disseminated before packets can be forwarded. In order to allow the Internet to grow to support expected future use, we are moving to an environment where some information may have to be obtained after packets are in flight. Modifications to IP mobility should be considered in order to optimize the behavior of the overall system. Anything which decreases the number of new EID- RLOC mappings needed when a node moves, or maintains the validity of an EID-RLOC mapping for a longer time, is useful. 10.4. Fast Network Mobility In addition to endpoints, a network can be mobile, possibly changing xTRs. A "network" can be as small as a single router and as large as a whole site. This is different from site mobility in that it is fast and possibly short-lived, but different from endpoint mobility in that a whole prefix is changing RLOCs. However, the mechanisms are the same and there is no new overhead in LISP. A map request for any endpoint will return a binding for the entire mobile prefix. If mobile networks become a more common occurrence, it may be useful to revisit the design of the mapping service and allow for dynamic updates of the database. The issue of interactions between mobility and LISP needs to be explored further. Specific improvements to the entire system will depend on the details of mapping mechanisms. Mapping mechanisms should be evaluated on how well they support session continuity for mobile nodes. 10.5. LISP Mobile Node Mobility An mobile device can use the LISP infrastructure to achieve mobility by implementing the LISP encapsulation and decapsulation functions and acting as a simple ITR/ETR. By doing this, such a "LISP mobile node" can use topologically-independent EID IP addresses that are not advertised into and do not impose a cost on the global routing Farinacci, et al. Expires January 10, 2010 [Page 51] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 system. These EIDs are maintained at the edges of the mapping system (in LISP Map-Servers and Map-Resolvers) and are provided on demand to only the correspondents of the LISP mobile node. Refer to the LISP Mobility Architecture specification [LISP-MN] for more details. Farinacci, et al. Expires January 10, 2010 [Page 52] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 11. Multicast Considerations A multicast group address, as defined in the original Internet architecture is an identifier of a grouping of topologically independent receiver host locations. The address encoding itself does not determine the location of the receiver(s). The multicast routing protocol, and the network-based state the protocol creates, determines where the receivers are located. In the context of LISP, a multicast group address is both an EID and a Routing Locator. Therefore, no specific semantic or action needs to be taken for a destination address, as it would appear in an IP header. Therefore, a group address that appears in an inner IP header built by a source host will be used as the destination EID. The outer IP header (the destination Routing Locator address), prepended by a LISP router, will use the same group address as the destination Routing Locator. Having said that, only the source EID and source Routing Locator needs to be dealt with. Therefore, an ITR merely needs to put its own IP address in the source Routing Locator field when prepending the outer IP header. This source Routing Locator address, like any other Routing Locator address MUST be globally routable. Therefore, an EID-to-RLOC mapping does not need to be performed by an ITR when a received data packet is a multicast data packet or when processing a source-specific Join (either by IGMPv3 or PIM). But the source Routing Locator is decided by the multicast routing protocol in a receiver site. That is, an EID to Routing Locator translation is done at control-time. Another approach is to have the ITR not encapsulate a multicast packet and allow the the host built packet to flow into the core even if the source address is allocated out of the EID namespace. If the RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers can RPF to the ITR (the Locator address which is injected into core routing) rather than the host source address (the EID address which is not injected into core routing). To avoid any EID-based multicast state in the network core, the first approach is chosen for LISP-Multicast. Details for LISP-Multicast and Interworking with non-LISP sites is described in specification [MLISP]. Farinacci, et al. Expires January 10, 2010 [Page 53] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 12. Security Considerations It is believed that most of the security mechanisms will be part of the mapping database service when using control plane procedures for obtaining EID-to-RLOC mappings. For data plane triggered mappings, as described in this specification, protection is provided against ETR spoofing by using Return- Routability mechanisms evidenced by the use of a 4-byte Nonce field in the LISP encapsulation header. The nonce, coupled with the ITR accepting only solicited Map-Replies goes a long way toward providing decent authentication. LISP does not rely on a PKI infrastructure or a more heavy weight authentication system. These systems challenge the scalability of LISP which was a primary design goal. DoS attack prevention will depend on implementations rate-limiting Map-Requests and Map-Replies to the control plane as well as rate- limiting the number of data-triggered Map-Replies. To deal with map-cache exhaustion attempts in an ITR/PTR, the implementation should consider putting a maximum cap on the number of entries stored with a reserve list for special or frequently accessed sites. This should be a configuration policy control set by the network administrator who manages ITRs and PTRs. Farinacci, et al. Expires January 10, 2010 [Page 54] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 13. Prototype Plans and Status The operator community has requested that the IETF take a practical approach to solving the scaling problems associated with global routing state growth. This document offers a simple solution which is intended for use in a pilot program to gain experience in working on this problem. The authors hope that publishing this specification will allow the rapid implementation of multiple vendor prototypes and deployment on a small scale. Doing this will help the community: o Decide whether a new EID-to-RLOC mapping database infrastructure is needed or if a simple, UDP-based, data-triggered approach is flexible and robust enough. o Experiment with provider-independent assignment of EIDs while at the same time decreasing the size of DFZ routing tables through the use of topologically-aligned, provider-based RLOCs. o Determine whether multiple levels of tunneling can be used by ISPs to achieve their Traffic Engineering goals while simultaneously removing the more specific routes currently injected into the global routing system for this purpose. o Experiment with mobility to determine if both acceptable convergence and session continuity properties can be scalably implemented to support both individual device roaming and site service provider changes. Here is a rough set of milestones: 1. This draft will be the draft for interoperable implementations to code against. Interoperable implementations will be ready beginning of 2009. 2. Continue pilot deployment using LISP-ALT as the database mapping mechanism. 3. Continue prototyping and studying other database lookup schemes, be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms. 4. Implement the LISP Multicast draft [MLISP]. 5. Implement the LISP Mobile Node draft [LISP-MN]. 6. Research more on how policy affects what gets returned in a Map- Reply from an ETR. Farinacci, et al. Expires January 10, 2010 [Page 55] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 7. Continue to experiment with mixed locator-sets to understand how LISP can help the IPv4 to IPv6 transition. 8. Add more robustness to locator reachability between LISP sites. As of this writing the following accomplishments have been achieved: 1. A unit- and system-tested software switching implementation has been completed on cisco NX-OS for this draft for both IPv4 and IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators. 2. A unit- and system-tested software switching implementation on cisco NX-OS has been completed for draft [ALT]. 3. A unit- and system-tested software switching implementation on cisco NX-OS has been completed for draft [INTERWORK]. Support for IPv4 translation is provided and PTR support for IPv4 and IPv6 is provided. 4. The cisco NX-OS implementation supports an experimental mechanism for slow mobility. 5. Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and Andrew Partan continue to test all the features described above on a dual-stack infrastructure. 6. Darrel Lewis and Dave Meyer have deployed both LISP translation and LISP PTR support in the pilot network. Point your browser to http://www.lisp4.net to see translation happening in action so your non-LISP site can access a web server in a LISP site. 7. Soon http://www.lisp6.net will work where your IPv6 LISP site can talk to a IPv6 web server in a LISP site by using mixed address-family based locators. 8. An public domain implementation of LISP is underway. See [OPENLISP] for details. 9. We have deployed Map-Resolvers and Map-Servers on the LISP pilot network to gather experience with [LISP-MS]. The first layer of the architecture are the xTRs which use Map-Servers for EID- prefix registration and Map-Resolvers for EID-to-RLOC mapping resolution. The second layer are the Map-Resolvers and Map- Servers which connect to the ALT BGP peering infrastructure. And the third layer are ALT-routers which aggregate EID-prefixes and forward Map-Requests. Farinacci, et al. Expires January 10, 2010 [Page 56] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 10. A cisco IOS implementation is underway which currently supports IPv4 encapsulation and decapsulation features. 11. A LISP router based LIG implementation is supported, deployed, and used daily to debug and test the LISP pilot network. See [LIG] for details. 12. A Linux implementation of LIG has been made available and supported by Dave Meyer. It can be run on any Linux system which resides in either a LISP site or non-LISP site. See [LIG] for details. Public domain code can be downloaded from http://github.com/davidmeyer/lig/tree/master. 13. An experimental implementation has been written for three locator reachability algorithms. One is called echo-noncing, which is documented in this specification. The other two are called TCP-counts and RLOC-probing, which will be documented in future drafts. If interested in writing a LISP implementation, testing any of the LISP implementations, or want to be part of the LISP pilot program, please contact lisp@ietf.org. Farinacci, et al. Expires January 10, 2010 [Page 57] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 14. References 14.1. Normative References [RFC0768] Postel, J., "User Datagram Protocol", STD 6, RFC 768, August 1980. [RFC1191] Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191, November 1990. [RFC1498] Saltzer, J., "On the Naming and Binding of Network Destinations", RFC 1498, August 1993. [RFC1955] Hinden, R., "New Scheme for Internet Routing and Addressing (ENCAPS) for IPNG", RFC 1955, June 1996. [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, March 1997. [RFC2402] Kent, S. and R. Atkinson, "IP Authentication Header", RFC 2402, November 1998. [RFC2434] Narten, T. and H. Alvestrand, "Guidelines for Writing an IANA Considerations Section in RFCs", BCP 26, RFC 2434, October 1998. [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, March 2000. [RFC3056] Carpenter, B. and K. Moore, "Connection of IPv6 Domains via IPv4 Clouds", RFC 3056, February 2001. [RFC3168] Ramakrishnan, K., Floyd, S., and D. Black, "The Addition of Explicit Congestion Notification (ECN) to IP", RFC 3168, September 2001. [RFC3775] Johnson, D., Perkins, C., and J. Arkko, "Mobility Support in IPv6", RFC 3775, June 2004. [RFC4423] Moskowitz, R. and P. Nikander, "Host Identity Protocol (HIP) Architecture", RFC 4423, May 2006. [RFC4866] Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route Optimization for Mobile IPv6", RFC 4866, May 2007. [RFC4984] Meyer, D., Zhang, L., and K. Fall, "Report from the IAB Workshop on Routing and Addressing", RFC 4984, Farinacci, et al. Expires January 10, 2010 [Page 58] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 September 2007. 14.2. Informative References [AFI] IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY NUMBERS http://www.iana.org/numbers.html, Febuary 2007. [ALT] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP Alternative Topology (LISP-ALT)", draft-ietf-lisp-alt-01.txt (work in progress), May 2009. [APT] Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and L. Zhang, "APT: A Practical Transit Mapping Service", draft-jen-apt-01.txt (work in progress), November 2007. [CHIAPPA] Chiappa, J., "Endpoints and Endpoint names: A Proposed Enhancement to the Internet Architecture", Internet- Draft http://www.chiappa.net/~jnc/tech/endpoints.txt, 1999. [CONS] Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A Content distribution Overlay Network Service for LISP", draft-meyer-lisp-cons-03.txt (work in progress), November 2007. [DHTs] Ratnasamy, S., Shenker, S., and I. Stoica, "Routing Algorithms for DHTs: Some Open Questions", PDF file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf. [EMACS] Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID Mappings Multicast Across Cooperating Systems for LISP", draft-curran-lisp-emacs-00.txt (work in progress), November 2007. [GSE] "GSE - An Alternate Addressing Architecture for IPv6", draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997. [INTERWORK] Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, "Interworking LISP with IPv4 and IPv6", draft-ietf-lisp-interworking-00.txt (work in progress), January 2009. [LIG] Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)", draft-farinacci-lisp-lig-01.txt (work in progress), May 2009. [LISA96] Lear, E., Katinsky, J., Coffin, J., and D. Tharp, Farinacci, et al. Expires January 10, 2010 [Page 59] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 "Renumbering: Threat or Menace?", Usenix , September 1996. [LISP-MAIN] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-farinacci-lisp-12.txt (work in progress), March 2009. [LISP-MN] Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP Mobility Architecture", draft-meyer-lisp-mn-00.txt (work in progress), July 2009. [LISP-MS] Farinacci, D. and V. Fuller, "LISP Map Server", draft-ietf-lisp-ms-01.txt (work in progress), May 2009. [LISP1] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, "Locator/ID Separation Protocol (LISP1) [Routable ID Version]", Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt, October 2006. [LISP2] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, "Locator/ID Separation Protocol (LISP2) [DNS-based Version]", Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt, November 2006. [LISPDHT] Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT: Towards a DHT to map identifiers onto locators", draft-mathy-lisp-dht-00.txt (work in progress), February 2008. [LOC-ID-ARCH] Meyer, D. and D. Lewis, "Architectural Implications of Locator/ID Separation", draft-meyer-loc-id-implications-01.txt (work in progress), Januaryr 2009. [MLISP] Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas, "LISP for Multicast Environments", draft-ietf-lisp-multicast-01.txt (work in progress), May 2009. [NERD] Lear, E., "NERD: A Not-so-novel EID to RLOC Database", draft-lear-lisp-nerd-04.txt (work in progress), April 2008. [OPENLISP] Farinacci, et al. Expires January 10, 2010 [Page 60] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Iannone, L. and O. Bonaventure, "OpenLISP Implementation Report", draft-iannone-openlisp-implementation-01.txt (work in progress), July 2008. [RADIR] Narten, T., "Routing and Addressing Problem Statement", draft-narten-radir-problem-statement-00.txt (work in progress), July 2007. [RFC3344bis] Perkins, C., "IP Mobility Support for IPv4, revised", draft-ietf-mip4-rfc3344bis-05 (work in progress), July 2007. [RFC4192] Baker, F., Lear, E., and R. Droms, "Procedures for Renumbering an IPv6 Network without a Flag Day", RFC 4192, September 2005. [RPFV] Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress), January 2009. [RPMD] Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol for Routing Protocol Meta-data Dissemination", draft-handley-p2ppush-unpublished-2007726.txt (work in progress), July 2007. [SHIM6] Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim protocol", draft-ietf-shim6-proto-06.txt (work in progress), October 2006. Farinacci, et al. Expires January 10, 2010 [Page 61] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Appendix A. Acknowledgments An initial thank you goes to Dave Oran for planting the seeds for the initial ideas for LISP. His consultation continues to provide value to the LISP authors. A special and appreciative thank you goes to Noel Chiappa for providing architectural impetus over the past decades on separation of location and identity, as well as detailed review of the LISP architecture and documents, coupled with enthusiasm for making LISP a practical and incremental transition for the Internet. The authors would like to gratefully acknowledge many people who have contributed discussion and ideas to the making of this proposal. They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller, Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston, David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley, Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler, Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian Lezama, Attilla De Groot, Parantap Lahiri, and David Black. In particular, we would like to thank Dave Meyer for his clever suggestion for the name "LISP". ;-) This work originated in the Routing Research Group (RRG) of the IRTF. The individual submission [LISP-MAIN] was converted into this IETF LISP working group draft. Farinacci, et al. Expires January 10, 2010 [Page 62] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Authors' Addresses Dino Farinacci cisco Systems Tasman Drive San Jose, CA 95134 USA Email: dino@cisco.com Vince Fuller cisco Systems Tasman Drive San Jose, CA 95134 USA Email: vaf@cisco.com Dave Meyer cisco Systems 170 Tasman Drive San Jose, CA USA Email: dmm@cisco.com Darrel Lewis cisco Systems 170 Tasman Drive San Jose, CA USA Email: darlewis@cisco.com Farinacci, et al. Expires January 10, 2010 [Page 63] =0C --Apple-Mail-23-519402106 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-23-519402106-- From root@core3.amsl.com Fri Jul 10 14:45:01 2009 Return-Path: X-Original-To: lisp@ietf.org Delivered-To: lisp@core3.amsl.com Received: by core3.amsl.com (Postfix, from userid 0) id 863B93A687D; Fri, 10 Jul 2009 14:45:01 -0700 (PDT) From: Internet-Drafts@ietf.org To: i-d-announce@ietf.org Content-Type: Multipart/Mixed; Boundary="NextPart" Mime-Version: 1.0 Message-Id: <20090710214501.863B93A687D@core3.amsl.com> Date: Fri, 10 Jul 2009 14:45:01 -0700 (PDT) Cc: lisp@ietf.org Subject: [lisp] I-D Action:draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 10 Jul 2009 21:45:01 -0000 --NextPart A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Locator/ID Separation Protocol Working Group of the IETF. Title : Locator/ID Separation Protocol (LISP) Author(s) : D. Farinacci, et al. Filename : draft-ietf-lisp-02.txt Pages : 63 Date : 2009-07-10 This draft describes a simple, incremental, network-based protocol to implement separation of Internet addresses into Endpoint Identifiers (EIDs) and Routing Locators (RLOCs). This mechanism requires no changes to host stacks and no major changes to existing database infrastructures. The proposed protocol can be implemented in a relatively small number of routers. This proposal was stimulated by the problem statement effort at the Amsterdam IAB Routing and Addressing Workshop (RAWS), which took place in October 2006. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-ietf-lisp-02.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ Below is the data which will enable a MIME compliant mail reader implementation to automatically retrieve the ASCII version of the Internet-Draft. --NextPart Content-Type: Message/External-body; name="draft-ietf-lisp-02.txt"; site="ftp.ietf.org"; access-type="anon-ftp"; directory="internet-drafts" Content-Type: text/plain Content-ID: <2009-07-10143959.I-D@ietf.org> --NextPart-- From phdgang@gmail.com Mon Jul 13 06:49:45 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AA09528C2E8 for ; Mon, 13 Jul 2009 06:49:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.244 X-Spam-Level: X-Spam-Status: No, score=-0.244 tagged_above=-999 required=5 tests=[AWL=-0.096, BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_CHARSET_FARAWAY=2.45] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id GRHih3u-Bt1K for ; Mon, 13 Jul 2009 06:49:44 -0700 (PDT) Received: from wf-out-1314.google.com (wf-out-1314.google.com [209.85.200.170]) by core3.amsl.com (Postfix) with ESMTP id 6EB5128C429 for ; Mon, 13 Jul 2009 06:48:46 -0700 (PDT) Received: by wf-out-1314.google.com with SMTP id 28so813685wff.31 for ; Mon, 13 Jul 2009 06:49:15 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:received:in-reply-to:references :date:message-id:subject:from:to:content-type; bh=JZ7RPQOx7WQyG26Y05W2AedOJWIyvtK8MP7nUoWPRW4=; b=v4qK7h9sPj1vMihjFfVKk9tJAhE/lq0TO8/9N+tKwkxC6LOwbzPNt38SaU/vFRv3nV hJphXB3kQteH3jIFzDOKanLbXgzCtWhIOXI0uZYz/0bY/uWiQM033Ai83kaCZQ/fjB2f 7k2TdNjpeqztPIi6m/EGQQjLelZO0c3381tek= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :content-type; b=yCBGWIi8sdzu7yjsFlK0F2nRYUtFshhCAWrfKzntXGQYcXxbOCcNcOK2uFyereQCaB Nz8aFs2FcsVlN1U/MZMBN6DQSepFJ4XTnsIhhQSxRIYUcco/61tv1HxWuJaHqKaCPonb Ey1Znq/t0DIwDhq15q/wUvfO3QuM/y75BeLL8= MIME-Version: 1.0 Received: by 10.143.163.12 with SMTP id q12mr1289644wfo.268.1247492955629; Mon, 13 Jul 2009 06:49:15 -0700 (PDT) In-Reply-To: <200907092344507503907@gmail.com> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <200907090907292188089@gmail.com> <200907091130018289671@gmail.com> <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> <200907092344507503907@gmail.com> Date: Mon, 13 Jul 2009 21:49:15 +0800 Message-ID: <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> From: Chen Gang To: lisp@ietf.org Content-Type: multipart/alternative; boundary=0016368e25cc7ae7cf046e969635 Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 13 Jul 2009 13:49:45 -0000 --0016368e25cc7ae7cf046e969635 Content-Type: text/plain; charset=GB2312 Content-Transfer-Encoding: quoted-printable Dear all, According to the mail-list discussion, we have uploaded new version of the draft. Please find following information. All comments are welcome. -Gang A New Internet-Draft is available from the on-line Internet-Drafts directories. Title : An Incremental Deployable Mapping Service for Scalable Routing Architecture Author(s) : G. Chen, et al. Filename : draft-chen-lisp-er-mo-01.txt Pages : 20 Date : 2009-07-12 This document describes a mechanism of providing mapping service for LISP-like architecture. The mapping service comprises of EID Router (ER) mechanism and supplementary DHT Mapping Overlay (MO), in which ER mechanism is for reducing forwarding entries in routers while driving the packets to the destination through tunnels, and the DHT MO serves as a supplement that provides specific mappings to reduce the number of tunnels. The mechanism is flexibly deployable for ISPs since it costs little and is easy to progress. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-chen-lisp-er-mo-01.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ 2009/7/9 Dong HUO > > On Jul 8, 2009, at 5:30 PM, Dong HUO wrote: > > > [Dong]: Sounds good to me. Good advice! I'll see. However I think ALT an= d > DHT MO can be seen as two styles of orgnizing > the mappings: the former is tree structure, and the latter is DHT > structure. I think both can scale. Why we choose > DHT in our solution is that DHT is easy for self organizing and > redundancy. And since it's supplementary to improve > the performance, so the latency impact due to DHT can be less stressed. > > > No doubt. > > My point was that there is a lot of description in how the ALT works. > > The MO has to have connectivity of some sort between all the > systems that hold the DHT. > > It isn't clear to me how that connectivity works exactly but it appears > from what I understand to be very similar to the ALT. > > LISP is being developed so that the ALT can be "swapped out" and > replaced easily with something else. > > MO/DHT needs to be designed so it can be "swapped in". > > [Dong]: Yep, we really need to make it more specific in the new version a= s > you suggested. > It's very helpful to discuss on your unclarities in this draft to help > improve it. > Full of Thanks! :-) > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > > --=20 =B3=C2=B8=D5 phdgang@gmail.com --0016368e25cc7ae7cf046e969635 Content-Type: text/html; charset=GB2312 Content-Transfer-Encoding: quoted-printable
Dear all,
 
According to the mail-list discussion, we have uploaded new version of= the draft.
 
Please find following information.
 
All comments are welcome.
 
-Gang
 
A New Internet-Draft is available from the on-line Internet-Drafts dir= ectories.
       Title    &nbs= p;      : An Incremental Deployable Mapping Servic= e for Scalable Routing Architecture
      = Author(s)       : G. Chen, et al.
 &= nbsp;     Filename      &= nbsp; : draft-chen-lisp-er-mo-01.txt
      = ; Pages           : 20        Date     &nbs= p;      : 2009-07-12
This document describes a mechanism of providing mapping service forLISP-like architecture.  The mapping service comprises of EID Router=
(ER) mechanism and supplementary DHT Mapping Overlay (MO), in which
ER mechanism is for reducing forwarding entries in routers while
driving= the packets to the destination through tunnels, and the DHT
MO serves a= s a supplement that provides specific mappings to reduce
the number of t= unnels.  The mechanism is flexibly deployable for ISPs
since it costs little and is easy to progress.
Internet-Drafts are also available by anonymous FTP at:
ftp://ftp.ietf.org/internet-drafts/
 


 
2009/7/9 Dong HUO <dhuo.thu@gmail.com>
 
On Jul 8, = 2009, at 5:30 PM, Dong HUO wrote:


[Dong]: Sounds good to me. Good advice! I&= #39;ll see.  However I think ALT and DHT MO can be seen as two styles = of orgnizing
the mappings: the f= ormer is tree structure, and the latter is DHT structure. I think both can = scale.  Why we choose
DHT in our solution= is that DHT is easy for self organizing and redundancy.  And sin= ce it's supplementary to improve
the performance, so= the latency impact due to DHT can be less stressed.


No doubt.

My point was that there is a lot of description in how the ALT works.<= /div>

The MO has to have connectivity of some sort between all the 
systems that hold the DHT.

It isn't clear to me how that connectivity works exactly but it ap= pears
from what I understand to be very similar to the ALT.

LISP is being developed so that the ALT can be "swapped out"= and
replaced easily with something else.  

MO/DHT needs to be designed so it can be "swapped in".

[Dong]: Yep, we really need to make it mo= re specific in the new version as you suggested.
It's very helpf= ul to discuss on your unclarities in this draft to help improve it. =
Full of Thanks!&nbs= p; :-)

__________________________________________= _____
lisp mailing list
lisp@ietf.or= g
ht= tps://www.ietf.org/mailman/listinfo/lisp


=

--
=B3=C2=B8=D5
= phdgang@gmail.com
--0016368e25cc7ae7cf046e969635-- From damien.saucez@uclouvain.be Mon Jul 13 07:06:38 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DAF223A6D7E for ; Mon, 13 Jul 2009 07:06:38 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.299 X-Spam-Level: X-Spam-Status: No, score=-4.299 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, MANGLED_SAVELE=2.3, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JwhAIRQt9zvj for ; Mon, 13 Jul 2009 07:06:29 -0700 (PDT) Received: from smtp3.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 94E0C3A6B44 for ; Mon, 13 Jul 2009 07:06:28 -0700 (PDT) Received: from [130.104.228.25] (mimir2.dhcp.info.ucl.ac.be [130.104.228.25]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp3.sgsi.ucl.ac.be) by smtp3.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 400D41C562E; Mon, 13 Jul 2009 16:06:34 +0200 (CEST) Message-ID: <4A5B3F69.8040202@uclouvain.be> Date: Mon, 13 Jul 2009 16:06:33 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.21 (X11/20090409) MIME-Version: 1.0 To: Dino Farinacci References: In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-3.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 400D41C562E.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 13 Jul 2009 14:06:39 -0000 Dino, Technical comments inline. The next two paragraphs are my personal opinion and may not be shared by Luigi or Olivier. Once again, why don't you consider versioning at all? Do you have a good reason to ignore it? We propose a solution that makes both specification and implementation simpler and increase security but you ignore it. As I already said dozens of time, the control and data-plane format could be completely separated. Why do we have the R bits in the Map req/rep while it is written, in the respective sections, something like "ignore this field, it has no use". IMO, LISP should propose a clean protocol with a nice separation between data and control plane. LISP proposes to separate the ID and the LOC, so why not go one steps further and separate control and data plane? Back to the specs now ;-) Dino Farinacci wrote: > LISPers, > > Here are a list of changes I'd like to put into draft-ietf-lisp-02.txt: > > (1) Change packet format suggested on list to: > > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > L / | Locator Reach Bits | > I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > S \ |S|E| rsvd-flags| Nonce | > P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > (2) Specify how ECN bits in the TOS header are treated during > encapsulation and decapsulation. I have integrated text contributed by > David Black from EMC. > > (3) Added Probe-bit to the Map-Request and Map-Reply packet formats. > Will discuss at IETF. Want to make packet format changes in one step > so it is less painful to upgrade the LISP network. > > (4) Add the section "Echo Nonce Algorithm" describing how the E-bit > (above) is used. > > (5) Added a section "LISP Mobile Node Mobility" to the mobility > section with an overview to refer to the draft-meyer-lisp-mn-00.txt > draft. > > (6) Updated section "Prototype Plans and Status" with more current > information. > > See enclosed ID and diff file. > > I am scheduled to present the 3 locator reachability algorithms I > refer to in the draft. The only one documented at this time is the > Echo Nonce Algorithm as promised on the list. > > Thanks, > Dino/Dave/Darrel/Vince > > > ------------------------------------------------------------------------ > > Network Working Group D. Farinacci > Internet-Draft V. Fuller > Intended status: Experimental D. Meyer > Expires: November 29, 2009 *January 10, 2010* D. Lewis > cisco Systems > May 28, > *July 9,* 2009 > > Locator/ID Separation Protocol (LISP) > draft-ietf-lisp-01.txt > *draft-ietf-lisp-02.txt* > > Status of this Memo > > This Internet-Draft is submitted to IETF in full conformance with the > provisions of BCP 78 and BCP 79. > > Internet-Drafts are working documents of the Internet Engineering > Task Force (IETF), its areas, and its working groups. Note that > other groups may also distribute working documents as Internet- > Drafts. > > Internet-Drafts are draft documents valid for a maximum of six months > and may be updated, replaced, or obsoleted by other documents at any > time. It is inappropriate to use Internet-Drafts as reference > material or to cite them other than as "work in progress." > > The list of current Internet-Drafts can be accessed at > http://www.ietf.org/ietf/1id-abstracts.txt. > > The list of Internet-Draft Shadow Directories can be accessed at > http://www.ietf.org/shadow.html. > > This Internet-Draft will expire on November 29, 2009. *January 10, 2010.* > > Copyright Notice > > Copyright (c) 2009 IETF Trust and the persons identified as the > document authors. All rights reserved. > > This document is subject to BCP 78 and the IETF Trust's Legal > Provisions Relating to IETF Documents in effect on the date of > publication of this document (http://trustee.ietf.org/license-info). > Please review these documents carefully, as they describe your rights > and restrictions with respect to this document. > > Abstract > > This draft describes a simple, incremental, network-based protocol to > implement separation of Internet addresses into Endpoint Identifiers > (EIDs) and Routing Locators (RLOCs). This mechanism requires no > changes to host stacks and no major changes to existing database > infrastructures. The proposed protocol can be implemented in a > relatively small number of routers. > > This proposal was stimulated by the problem statement effort at the > Amsterdam IAB Routing and Addressing Workshop (RAWS), which took > place in October 2006. > > Table of Contents > > 1. Requirements Notation . . . . . . . . . . . . . . . . . . . . 4 > 2. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 5 > 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 8 > 4. Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12 > 4.1. Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14 > 5. Tunneling Details . . . . . . . . . . . . . . . . . . . . . . 16 > 5.1. LISP IPv4-in-IPv4 Header Format . . . . . . . . . . . . . 17 > 5.2. LISP IPv6-in-IPv6 Header Format . . . . . . . . . . . . . 18 > 5.3. Tunnel Header Field Descriptions . . . . . . . . . . . . . 19 > 5.4. Dealing with Large Encapsulated Packets . . . . . . . . . 20 *21* > 5.4.1. A Stateless Solution to MTU Handling . . . . . . . . . 21 > 5.4.2. A Stateful Solution to MTU Handling . . . . . . . . . 22 > 6. EID-to-RLOC Mapping . . . . . . . . . . . . . . . . . . . . . 23 > 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats . . . . . 23 > 6.1.1. LISP Packet Type Allocations . . . . . . . . . . . . . 25 > 6.1.2. Map-Request Message Format . . . . . . . . . . . . . . 25 > 6.1.3. EID-to-RLOC UDP Map-Request Message . . . . . . . . . 27 > 6.1.4. Map-Reply Message Format . . . . . . . . . . . . . . . 28 > 6.1.5. EID-to-RLOC UDP Map-Reply Message . . . . . . . . . . 31 > 6.1.6. Map-Register Message Format . . . . . . . . . . . . . 32 > 6.2. Routing Locator Selection . . . . . . . . . . . . . . . . 34 > 6.3. Routing Locator Reachability . . . . . . . . . . . . . . . 35 > *6.3.1. Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37* > 6.4. Routing Locator Hashing . . . . . . . . . . . . . . . . . 37 *38* > 6.5. Changing the Contents of EID-to-RLOC Mappings . . . . . . 38 *39* > 6.5.1. Clock Sweep . . . . . . . . . . . . . . . . . . . . . 39 > 6.5.2. Solicit-Map-Request (SMR) . . . . . . . . . . . . . . 39 *40* > 7. Router Performance Considerations . . . . . . . . . . . . . . 41 *42* > 8. Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 42 *43* > 8.1. First-hop/Last-hop Tunnel Routers . . . . . . . . . . . . 43 *44* > 8.2. Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 43 *44* > 8.3. ISP Provider-Edge (PE) Tunnel Routers . . . . . . . . . . 44 *45* > 9. Traceroute Considerations . . . . . . . . . . . . . . . . . . 45 *46* > 9.1. IPv6 Traceroute . . . . . . . . . . . . . . . . . . . . . 46 *47* > 9.2. IPv4 Traceroute . . . . . . . . . . . . . . . . . . . . . 46 *47* > 9.3. Traceroute using Mixed Locators . . . . . . . . . . . . . 46 *47* > 10. Mobility Considerations . . . . . . . . . . . . . . . . . . . 48 *49* > 10.1. Site Mobility . . . . . . . . . . . . . . . . . . . . . . 48 *49* > 10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 48 *49* > 10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 48 *49* > 10.4. Fast Network Mobility . . . . . . . . . . . . . . . . . . 50 *51 > 10.5. LISP Mobile Node Mobility . . . . . . . . . . . . . . . . 51* > 11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 51 *53* > 12. Security Considerations . . . . . . . . . . . . . . . . . . . 52 *54* > 13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 53 *55* > 14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 56 *58* > 14.1. Normative References . . . . . . . . . . . . . . . . . . . 56 *58* > 14.2. Informative References . . . . . . . . . . . . . . . . . . 57 *59* > Appendix A. Acknowledgments . . . . . . . . . . . . . . . . . . . 60 *62* > Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 61 *63* > > 1. Requirements Notation > > The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", > "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this > document are to be interpreted as described in [RFC2119]. > > 2. Introduction > > Many years of discussion about the current IP routing and addressing > architecture have noted that its use of a single numbering space (the > "IP address") for both host transport session identification and > network routing creates scaling issues (see [CHIAPPA] and [RFC1498]). > A number of scaling benefits would be realized by separating the > current IP address into separate spaces for Endpoint Identifiers > (EIDs) and Routing Locators (RLOCs); among them are: > > 1. Reduction of routing table size in the "default-free zone" (DFZ). > Use of a separate numbering space for RLOCs will allow them to be > assigned topologically (in today's Internet, RLOCs would be > assigned by providers at client network attachment points), > greatly improving aggregation and reducing the number of > globally-visible, routable prefixes. > > 2. More cost-effective multihoming for sites that connect to > different service providers where they can control their own > policies for packet flow into the site without using extra > routing table resources of core routers. > > 3. Easing of renumbering burden when clients change providers. > Because host EIDs are numbered from a separate, non-provider- > assigned and non-topologically-bound space, they do not need to > be renumbered when a client site changes its attachment points to > the network. > > 4. Traffic engineering capabilities that can be performed by network > elements and do not depend on injecting additional state into the > routing system. This will fall out of the mechanism that is used > to implement the EID/RLOC split (see Section 4). > > 5. Mobility without address changing. Existing mobility mechanisms > will be able to work in a locator/ID separation scenario. It > will be possible for a host (or a collection of hosts) to move to > a different point in the network topology either retaining its > home-based address or acquiring a new address based on the new > network location. A new network location could be a physically > different point in the network topology or the same physical > point of the topology with a different provider. > > This draft describes protocol mechanisms to achieve the desired > functional separation. For flexibility, the mechanism used for > forwarding packets is decoupled from that used to determine EID to > RLOC mappings. This document covers the former. For the later, see > [CONS], [ALT], *[EMACS],* [RPMD], and [NERD]. This work is in response > to and intended to address the problem statement that came out of the > RAWS effort [RFC4984]. > > The Routing and Addressing problem statement can be found in [RADIR]. > > This draft focuses on a router-based solution. Building the solution > into the network will facilitate incremental deployment of the > technology on the Internet. Note that while the detailed protocol > specification and examples in this document assume IP version 4 > (IPv4), there is nothing in the design that precludes use of the same > techniques and mechanisms for IPv6. It should be possible for IPv4 > packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4 > RLOCs. > > Related work on host-based solutions is described in Shim6 [SHIM6] > and HIP [RFC4423]. Related work on a router-based solution is > described in [GSE]. This draft attempts to not compete or overlap > with such solutions and the proposed protocol changes are expected to > complement a host-based mechanism when Traffic Engineering > functionality is desired. > > Some of the design goals of this proposal include: > > 1. Require no hardware or software changes to end-systems (hosts). > > 2. Minimize required changes to Internet infrastructure. > > 3. Be incrementally deployable. > > 4. Require no router hardware changes. > > 5. Minimize the number of routers which have to be modified. In > particular, most customer site routers and no core routers > require changes. > > 6. Minimize router software changes in those routers which are > affected. > > 7. Avoid or minimize packet loss when EID-to-RLOC mappings need to > be performed. > > There are 4 variants of LISP, which differ along a spectrum of strong > to weak dependence on the topological nature and possible need for > routability of EIDs. The variants are: > > LISP 1: uses EIDs that are routable through the RLOC topology for > bootstrapping EID-to-RLOC mappings. [LISP1] This was intended as > a prototyping mechanism for early protocol implementation. It is > now deprecated and should not be deployed. > > LISP 1.5: uses EIDs that are routable for bootstrapping EID-to-RLOC > mappings; such routing is via a separate topology. > > LISP 2: uses EIDS that are not routable and EID-to-RLOC mappings are > implemented within the DNS. [LISP2] > > LISP 3: uses non-routable EIDs that are used as lookup keys for a > new EID-to-RLOC mapping database. Use of Distributed Hash Tables > [DHTs] [LISPDHT] to implement such a database would be an area to > explore. Other examples of new mapping database services are > [CONS], [ALT], [RPMD], [NERD], and [APT]. > > This document on LISP 1.5, and LISP 3 variants, both of which rely on > a router-based distributed cache and database for EID-to-RLOC > mappings. The LISP 1.0 mechanism works but does not allow reduction > of routing information in the default-free-zone of the Internet. The > LISP 2 mechanisms are put on hold and may never come to fruition > since it is not architecturally pure to have routing depend on > directory and directory depend on routing. The LISP 3 mechanisms > will be documented elsewhere but may use the control-plane options > specified in this specification. > > 3. Definition of Terms > > Provider Independent (PI) Addresses: an address block assigned from > a pool where blocks are not associated with any particular > location in the network (e.g. from a particular service provider), > and is therefore not topologically aggregatable in the routing > system. > > Provider Assigned (PA) Addresses: a block of IP addresses that are > assigned to a site by each service provider to which a site > connects. Typically, each block is sub-block of a service > provider CIDR block and is aggregated into the larger block before > being advertised into the global Internet. Traditionally, IP > multihoming has been implemented by each multi-homed site > acquiring its own, globally-visible prefix. LISP uses only > topologically-assigned and aggregatable address blocks for RLOCs, > eliminating this demonstrably non-scalable practice. > > Routing Locator (RLOC): the IPv4 or IPv6 address of an egress > tunnel router (ETR). It is the output of a EID-to-RLOC mapping > lookup. An EID maps to one or more RLOCs. Typically, RLOCs are > numbered from topologically-aggregatable blocks that are assigned > to a site at each point to which it attaches to the global > Internet; where the topology is defined by the connectivity of > provider networks, RLOCs can be thought of as PA addresses. > Multiple RLOCs can be assigned to the same ETR device or to > multiple ETR devices at a site. > > Endpoint ID (EID): a 32-bit (for IPv4) or 128-bit (for IPv6) value > used in the source and destination address fields of the first > (most inner) LISP header of a packet. The host obtains a > destination EID the same way it obtains an destination address > today, for example through a DNS lookup or SIP exchange. The > source EID is obtained via existing mechanisms used to set a > host's "local" IP address. An EID is allocated to a host from an > EID-prefix block associated with the site where the host is > located. An EID can be used by a host to refer to other hosts. > EIDs MUST NOT be used as LISP RLOCs. Note that EID blocks may be > assigned in a hierarchical manner, independent of the network > topology, to facilitate scaling of the mapping database. In > addition, an EID block assigned to a site may have site-local > structure (subnetting) for routing within the site; this structure > is not visible to the global routing system. When used in > discussions with other Locator/ID separation proposals, a LISP EID > will be called a "LEID". Throughout this document, any references > to "EID" refers to an LEID. > > EID-prefix: A power-of-2 block of EIDs which are allocated to a > site by an address allocation authority. EID-prefixes are > associated with a set of RLOC addresses which make up a "database > mapping". EID-prefix allocations can be broken up into smaller > blocks when an RLOC set is to be associated with the smaller EID- > prefix. A globally routed address block (whether PI or PA) is not > an EID-prefix. However, a globally routed address block may be > removed from global routing and reused as an EID-prefix. A site > that receives an explicitly allocated EID-prefix may not use that > EID-prefix as a globally routed prefix assigned to RLOCs. > > End-system: is an IPv4 or IPv6 device that originates packets with > a single IPv4 or IPv6 header. The end-system supplies an EID > value for the destination address field of the IP header when > communicating globally (i.e. outside of its routing domain). An > end-system can be a host computer, a switch or router device, or > any network appliance. > > Ingress Tunnel Router (ITR): a router which accepts an IP packet > with a single IP header (more precisely, an IP packet that does > not contain a LISP header). The router treats this "inner" IP > destination address as an EID and performs an EID-to-RLOC mapping > lookup. The router then prepends an "outer" IP header with one of > its globally-routable RLOCs in the source address field and the > result of the mapping lookup in the destination address field. > Note that this destination RLOC may be an intermediate, proxy > device that has better knowledge of the EID-to-RLOC mapping closer > to the destination EID. In general, an ITR receives IP packets > from site end-systems on one side and sends LISP-encapsulated IP > packets toward the Internet on the other side. > > Specifically, when a service provider prepends a LISP header for > Traffic Engineering purposes, the router that does this is also > regarded as an ITR. The outer RLOC the ISP ITR uses can be based > on the outer destination address (the originating ITR's supplied > RLOC) or the inner destination address (the originating hosts > supplied EID). > > TE-ITR: is an ITR that is deployed in a service provider network > that prepends an additional LISP header for Traffic Engineering > purposes. > > Egress Tunnel Router (ETR): a router that accepts an IP packet > where the destination address in the "outer" IP header is one of > its own RLOCs. The router strips the "outer" header and forwards > the packet based on the next IP header found. In general, an ETR > receives LISP-encapsulated IP packets from the Internet on one > side and sends decapsulated IP packets to site end-systems on the > other side. ETR functionality does not have to be limited to a > router device. A server host can be the endpoint of a LISP tunnel > as well. > > TE-ETR: is an ETR that is deployed in a service provider network > that strips an outer LISP header for Traffic Engineering purposes. > > xTR: is a reference to an ITR or ETR when direction of data flow is > not part of the context description. xTR refers to the router that > is the tunnel endpoint. Used synonymously with the term "Tunnel > Router". For example, "An xTR can be located at the Customer Edge > (CE) router", meaning both ITR and ETR functionality is at the CE > router. > > EID-to-RLOC Cache: a short-lived, on-demand table in an ITR that > stores, tracks, and is responsible for timing-out and otherwise > validating EID-to-RLOC mappings. This cache is distinct from the > full "database" of EID-to-RLOC mappings, it is dynamic, local to > the ITR(s), and relatively small while the database is > distributed, relatively static, and much more global in scope. > > EID-to-RLOC Database: a global distributed database that contains > all known EID-prefix to RLOC mappings. Each potential ETR > typically contains a small piece of the database: the EID-to-RLOC > mappings for the EID prefixes "behind" the router. These map to > one of the router's own, globally-visible, IP addresses. > > Recursive Tunneling: when a packet has more than one LISP IP > header. Additional layers of tunneling may be employed to > implement traffic engineering or other re-routing as needed. When > this is done, an additional "outer" LISP header is added and the > original RLOCs are preserved in the "inner" header. Any > references to tunnels in this specification refers to dynamic > encapsulating tunnels and never are they staticly configured. > > Reencapsulating Tunnels: when a packet has no more than one LISP IP > header (two IP headers total) and when it needs to be diverted to > new RLOC, an ETR can decapsulate the packet (remove the LISP > header) and prepend a new tunnel header, with new RLOC, on to the > packet. Doing this allows a packet to be re-routed by the re- > encapsulating router without adding the overhead of additional > tunnel headers. Any references to tunnels in this specification > refers to dynamic encapsulating tunnels and never are they > staticly configured. > > LISP Header: a term used in this document to refer to the outer > IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR > prepends or an ETR strips. > > Address Family Indicator (AFI): a term used to describe an address > encoding in a packet. An address family currently pertains to an > IPv4 or IPv6 address. See [AFI] for details. > > Negative Mapping Entry: also known as a negative cache entry, is an > EID-to-RLOC entry where an EID-prefix is advertised or stored with > no RLOCs. That is, the locator-set for the EID-to-RLOC entry is > empty or has an encoded locator count of 0. This type of entry > could be used to describe a prefix from a non-LISP site, which is > explicitly not in the mapping database. There are a set of well > defined actions that are encoded in a Negative Map-Reply. > > Data Probe: a LISP-encapsulated data packet where the inner header > destination address equals the outer header destination address > used to trigger a Map-Reply by a decapsulating ETR. In addition, > the original packet is decapsulated and delivered to the > destination host. A Data Probe is used in some of the mapping > database designs to "probe" or request a Map-Reply from an ETR; in > other cases, Map-Requests are used. See each mapping database > design for details. > > 4. Basic Overview > > One key concept of LISP is that end-systems (hosts) operate the same > way they do today. The IP addresses that hosts use for tracking > sockets, connections, and for sending and receiving packets do not > change. In LISP terminology, these IP addresses are called Endpoint > Identifiers (EIDs). > > Routers continue to forward packets based on IP destination > addresses. When a packet is LISP encapsulated, these addresses are > referred to as Routing Locators (RLOCs). Most routers along a path > between two hosts will not change; they continue to perform routing/ > forwarding lookups on the destination addresses. For routers between > the source host and the ITR as well as routers from the ETR to the > destination host, the destination address is an EID. For the routers > between the ITR and the ETR, the destination address is an RLOC. > > This design introduces "Tunnel Routers", which prepend LISP headers > on host-originated packets and strip them prior to final delivery to > their destination. The IP addresses in this "outer header" are > RLOCs. During end-to-end packet exchange between two Internet hosts, > an ITR prepends a new LISP header to each packet and an egress tunnel > router strips the new header. The ITR performs EID-to-RLOC lookups > to determine the routing path to the the ETR, which has the RLOC as > one of its IP addresses. > > Some basic rules governing LISP are: > > o End-systems (hosts) only send to addresses which are EIDs. They > don't know addresses are EIDs versus RLOCs but assume packets get > to LISP routers, which in turn, deliver packets to the destination > the end-system has specified. > > o EIDs are always IP addresses assigned to hosts. > > o LISP routers mostly deal with Routing Locator addresses. See > details later in Section 4.1 to clarify what is meant by "mostly". > > o RLOCs are always IP addresses assigned to routers; preferably, > topologically-oriented addresses from provider CIDR blocks. > > o When a router originates packets it may use as a source address > either an EID or RLOC. When acting as a host (e.g. when > terminating a transport session such as SSH, TELNET, or SNMP), it > may use an EID that is explicitly assigned for that purpose. An > EID that identifies the router as a host MUST NOT be used as an > RLOC; an EID is only routable within the scope of a site. A > typical BGP configuration might demonstrate this "hybrid" EID/RLOC > usage where a router could use its "host-like" EID to terminate > iBGP sessions to other routers in a site while at the same time > using RLOCs to terminate eBGP sessions to routers outside the > site. > > o EIDs are not expected to be usable for global end-to-end > communication in the absence of an EID-to-RLOC mapping operation. > They are expected to be used locally for intra-site communication. > > o EID prefixes are likely to be hierarchically assigned in a manner > which is optimized for administrative convenience and to > facilitate scaling of the EID-to-RLOC mapping database. The > hierarchy is based on a address allocation hierarchy which is not > dependent on the network topology. > > o EIDs may also be structured (subnetted) in a manner suitable for > local routing within an autonomous system. > > An additional LISP header may be prepended to packets by a transit > router (i.e. TE-ITR) when re-routing of the path for a packet is > desired. An obvious instance of this would be an ISP router that > needs to perform traffic engineering for packets in flow through its > network. In such a situation, termed Recursive Tunneling, an ISP > transit acts as an additional ingress tunnel router and the RLOC it > uses for the new prepended header would be either an TE-ETR within > the ISP (along intra-ISP traffic engineered path) or in an TE-ETR > within another ISP (an inter-ISP traffic engineered path, where an > agreement to build such a path exists). > > This specification mandates that no more than two LISP headers get > prepended to a packet. This avoids excessive packet overhead as well > as possible encapsulation loops. It is believed two headers is > sufficient, where the first prepended header is used at a site for > Location/Identity separation and second prepended header is used > inside a service provider for Traffic Engineering purposes. > > Tunnel Routers can be placed fairly flexibly in a multi-AS topology. > For example, the ITR for a particular end-to-end packet exchange > might be the first-hop or default router within a site for the source > host. Similarly, the egress tunnel router might be the last-hop > router directly-connected to the destination host. Another example, > perhaps for a VPN service out-sourced to an ISP by a site, the ITR > could be the site's border router at the service provider attachment > point. Mixing and matching of site-operated, ISP-operated, and other > tunnel routers is allowed for maximum flexibility. See Section 8 for > more details. > > 4.1. Packet Flow Sequence > > This section provides an example of the unicast packet flow with the > following conditions: > > o Source host "host1.abc.com" is sending a packet to > "host2.xyz.com", exactly what host1 would do if the site was not > using LISP. > > o Each site is multi-homed, so each tunnel router has an address > (RLOC) assigned from the service provider address block for each > provider to which that particular tunnel router is attached. > > o The ITR(s) and ETR(s) are directly connected to the source and > destination, respectively. > > o Data Probes are used to solicit Map-Replies versus using Map- > Requests. And the Data Probes are sent on the underlying topology > (the LISP 1.0 variant) but could also be sent over an alternative > topology (the LISP 1.5 variant) as it would in [ALT]. > > Client host1.abc.com wants to communicate with server host2.xyz.com: > > 1. host1.abc.com wants to open a TCP connection to host2.xyz.com. > It does a DNS lookup on host2.xyz.com. An A/AAAA record is > returned. This address is used as the destination EID and the > locally-assigned address of host1.abc.com is used as the source > EID. An IPv4 or IPv6 packet is built using the EIDs in the IPv4 > or IPv6 header and sent to the default router. > > 2. The default router is configured as an ITR. The ITR must be able > to map the EID destination to an RLOC of the ETR at the > destination site. The ITR prepends a LISP header to the packet, > with one of its RLOCs as the source IPv4 or IPv6 address. The > destination EID from the original packet header is used as the > destination IPv4 or IPv6 in the prepended LISP header. > Subsequent packets, where the outer destination address is the > destination EID will be sent until EID-to-RLOC mapping is > learned. > > 3. In LISP 1, the packet is routed through the Internet as it is > today. In LISP 1.5, the packet is routed on a different topology > which may have EID prefixes distributed and advertised in an > aggregatable fashion. In either case, the packet arrives at the > ETR. The router is configured to "punt" the packet to the > router's processor. See Section 7 for more details. For LISP > 2.0 and 3.0, the behavior is not fully defined yet. > > 4. The LISP header is stripped so that the packet can be forwarded > by the router control plane. The router looks up the destination > EID in the router's EID-to-RLOC database (not the cache, but the > configured data structure of RLOCs). An EID-to-RLOC Map-Reply > message is originated by the ETR and is addressed to the source > RLOC in the LISP header of the original packet (this is the ITR). > The source RLOC of the Map-Reply is one of the ETR's RLOCs. > > 5. The ITR receives the Map-Reply message, parses the message (to > check for format validity) and stores the mapping information > from the packet. This information is put in the ITR's EID-to- > RLOC mapping cache (this is the on-demand cache, the cache where > entries time out due to inactivity). > > 6. Subsequent packets from host1.abc.com to host2.xyz.com will have > a LISP header prepended by the ITR using the appropriate RLOC as > the LISP header destination address learned from the ETR. Note, > the packet may be sent to a different ETR than the one which > returned the Map-Reply due to the source site's hashing policy or > the destination site's locator-set policy. > > 7. The ETR receives these packets directly (since the destination > address is one of its assigned IP addresses), strips the LISP > header and forwards the packets to the attached destination host. > > In order to eliminate the need for a mapping lookup in the reverse > direction, an ETR MAY create a cache entry that maps the source EID > (inner header source IP address) to the source RLOC (outer header > source IP address) in a received LISP packet. Such a cache entry is > termed a "gleaned" mapping and only contains a single RLOC for the > EID in question. More complete information about additional RLOCs > SHOULD be verified by sending a LISP Map-Request for that EID. Both > ITR and the ETR may also influence the decision the other makes in > selecting an RLOC. See Section 6 for more details. > > 5. Tunneling Details > > This section describes the LISP Data Message which defines the > tunneling header used to encapsulate IPv4 and IPv6 packets which > contain EID addresses. Even though the following formats illustrate > IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2 > combinations are supported as well. > > Since additional tunnel headers are prepended, the packet becomes > larger and in theory can exceed the MTU of any link traversed from > the ITR to the ETR. It is recommended, in IPv4 that packets do not > get fragmented as they are encapsulated by the ITR. Instead, the > packet is dropped and an ICMP Too Big message is returned to the > source. > > Based on informal surveys of large ISP traffic patterns, it appears > that most transit paths can accommodate a path MTU of at least 4470 > bytes. The exceptions, in terms of data rate, number of hosts > affected, or any other metric are expected to be vanishingly small. > > To address MTU concerns, mainly raised on the RRG mailing list, the > LISP deployment process will include collecting data during its pilot > phase to either verify or refute the assumption about minimum > available MTU. If the assumption proves true and transit networks > with links limited to 1500 byte MTUs are corner cases, it would seem > more cost-effective to either upgrade or modify the equipment in > those transit networks to support larger MTUs or to use existing > mechanisms for accommodating packets that are too large. > > For this reason, there is currently no plan for LISP to add any new > additional, complex mechanism for implementing fragmentation and > reassembly in the face of limited-MTU transit links. If analysis > during LISP pilot deployment reveals that the assumption of > essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect, > then LISP can be modified prior to protocol standardization to add > support for one of the proposed fragmentation and reassembly schemes. > Note that two simple existing schemes are detailed in Section 5.4. > > > 5.1. LISP IPv4-in-IPv4 Header Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| IHL |Type of Service| Total Length | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Identification |Flags| Fragment Offset | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > OH | Time to Live | Protocol = 17 | Header Checksum | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Source Routing Locator | > \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | Destination Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port = xxxx | Dest Port = 4341 | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > L / |S| *|* Locator Reach Bits | > I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > S \ | *|S|E| rsvd-flags|* Nonce | > P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| IHL |Type of Service| Total Length | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Identification |Flags| Fragment Offset | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > IH | Time to Live | Protocol | Header Checksum | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Source EID | > \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | Destination EID | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 5.2. LISP IPv6-in-IPv6 Header Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| Traffic Class | Flow Label | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Payload Length | Next Header=17| Hop Limit | > v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > O + + > u | | > t + Source Routing Locator + > e | | > r + + > | | > H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > d | | > r + + > | | > ^ + Destination Routing Locator + > | | | > \ + + > \ | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port = xxxx | Dest Port = 4341 | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > L / |S| *|* Locator Reach Bits | > I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > S \ | *|S|E| rsvd-flags|* Nonce | > P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| Traffic Class | Flow Label | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Payload Length | Next Header | Hop Limit | > v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > I + + > n | | > n + Source EID + > e | | > r + + > | | > H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > d | | > r + + > | | > ^ + Destination EID + > \ | | > \ + + > \ | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 5.3. Tunnel Header Field Descriptions > > IH Header: is the inner header, preserved from the datagram received > from the originating host. The source and destination IP > addresses are EIDs. > > OH Header: is the outer header prepended by an ITR. The address > fields contain RLOCs obtained from the ingress router's EID-to- > RLOC cache. The IP protocol number is "UDP (17)" from [RFC0768]. > The DF bit of the Flags field is set to 0. > > UDP Header: contains a ITR selected source port when encapsulating a > packet. See Section 6.4 for details on the hash algorithm used > select a source port based on the 5-tuple of the inner header. > The destination port MUST be set to the well-known IANA assigned > port value 4341. > > UDP Checksum: this field typo > field > MUST SHOULD > be transmitted as 0 and ignored > on receipt by the ETR. Note, even when the UDP checksum is > transmitted as 0 an intervening NAT device can recalculate the > checksum and rewrite the UDP checksum field to non-zero. For > performance reasons, the ETR MUST ignore the checksum and > MUST SHOULD > not > do a checksum computation. > it would be better to have: if checksum is not computed, checksum MUST be set to 0. Otherwise, the value MUST be the result of the checksum computation. Then, if someone desires to check UDP, it can iif it is non-zero. > UDP Length: for an IPv4 encapsulated packet, the inner header Total > Length plus the UDP and LISP header lengths are used. For an IPv6 > encapsulated packet, the inner header Payload Length plus the size > of the IPv6 header (40 bytes) plus the size of the UDP and LISP > headers are used. The UDP header length is 8 bytes. The LISP > header length is 8 bytes when no loc-reach-bit header extensions > are used. > > S: this is the Solicit-Map-Request (SMR) bit. See section > Section 6.5.2 for details. > > LISP Locator Reach Bits: in the LISP header are set by an ITR to > indicate to an ETR the reachability of the Locators in the source > site. Each RLOC in a Map-Reply is assigned an ordinal value from > 0 to n-1 (when there are n RLOCs in a mapping entry). The Locator > Reach Bits are numbered from 0 to n-1 from the right significant > bit of the 31-bit *32-bit* field. When a bit is set to 1, the ITR is > indicating to the ETR the RLOC associated with the bit ordinal is > reachable. See Section 6.3 for details on how an ITR can > determine other ITRs at the site are reachable. When a site has > multiple EID-prefixes which result in multiple mappings (where > each could have a different locator-set), the Locator Reach Bits > setting in an encapsulated packet MUST reflect the mapping for the > EID-prefix that the inner-header source EID address matches. > > *S: this is the Solicit-Map-Request (SMR) bit. See section > Section 6.5.2 for details. > > E: this is the echo-nonce-request bit. See section Section 6.3.1 for > details. > > rsvd-flags: this 6-bit field is reserved for future flag use. It is > set to 0 on transmit and ignored on receipt.* > > LISP Nonce: is a 32-bit *24-bit* value that is randomly generated by an ITR. > It is used to test route-returnability when xTRs exchange > encapsulated data packets with the SMR bit set, Data-Probe, Map- > Request, or Map-Reply messages. > > When doing Recursive Tunneling: *Tunneling or ITR/PTR encapsulation:* > > o The OH header Time to Live field (or Hop Limit field, in case of > IPv6) MUST be copied from the IH header Time to Live field. > > Why not with a -1? Do you consider that -1 has been done before being processed by the LISP code? If yes, should be explicitly written. If no -1, a loop can happen. > o The OH header Type of Service field (or the Traffic Class field, > in the case of IPv6) SHOULD be copied from the IH header Type of > Service field (with one caveat, see below). > > When doing Re-encapsulated Tunneling: > > o The new OH header Time to Live field > SHOULD MUST > be copied from the > stripped OH header Time to Live field. > > o The new OH header Type of Service field SHOULD be copied from the > stripped OH header Type of Service field (with one caveat, see > below).. > > Copying the TTL serves two purposes: first, it preserves the distance > the host intended the packet to travel; second, and more importantly, > it provides for suppression of looping packets in the event there is > a loop of concatenated tunnels due to misconfiguration. > > When > > *The ECN field occupies bits 6 and 7 of both* the *IPv4* Type of Service code-points indicate > *field and* the use *IPv6 Traffic Class field [RFC3168]. The ECN field > requires special treatment in order to avoid discarding indications* > of *congestion [RFC3168]. ITR encapsulation MUST copy the 2-bit* ECN > according > *field from the inner header* to [RFC3168], the full-functionality option for simple > tunnels will be used when ITR encapsulating and *outer header. Re-encapsulation > MUST copy the 2-bit ECN field from the stripped outer header to the > new outer header. If the ECN field contains a congestion indication > codepoint (the value is '11', the Congestion Experienced (CE) > codepoint), then* ETR decapsulating. > Therefore, *decapsulation MUST copy the 2-bit ECN field from > the stripped outer header to the surviving inner header that is used > to forward the packet beyond* the *ETR. These requirements preserve* > Congestion Experience *Experienced* (CE) bit will be preserved *indications* when a packet traveres *that uses ECN > traverses* a LISP tunnel. > > 5.4. Dealing *tunnel and becomes marked* with Large Encapsulated Packets > > In the *a CE indication due > to congestion between the tunnel endpoints. > > 5.4. Dealing with Large Encapsulated Packets > > In the* event that the MTU issues mentioned above prove to be more > serious than expected, this section proposes 2 simple mechanisms to > deal with large packets. One is stateless using IP fragmentation and > the other is stateful using Path MTU Discovery [RFC1191]. > > It is left to the implementor to decide if the stateless or stateful > mechanism should be implemented. Both or neither can be decided as > well since it is a local decision in the ITR regarding how to deal > with MTU issues. Sites can interoperate with differing mechanisms. > > 5.4.1. A Stateless Solution to MTU Handling > > An ITR stateless solution to handle MTU issues is described as > follows: > > 1. Define an architectural constant S for the maximum size of a > packet, in bytes, an ITR would receive from a source inside of > its site. > > 2. Define L to be the maximum size, in bytes, a packet of size S > would be after the ITR prepends the LISP header, UDP header, and > outer network layer header of size H. > > 3. Calculate: S + H = L. > > When an ITR receives a packet from a site-facing interface and adds H > bytes worth of encapsulation to yield a packet size of L bytes, it > resolves the MTU issue by first splitting the original packet into 2 > equal-sized fragments. A LISP header is then prepended to each > fragment. This will ensure that the new, encapsulated packets are of > size (S/2 + H), which is always below the effective tunnel MTU. > > When an ETR receives encapsulated fragments, it treats them as two > individually encapsulated packets. It strips the LISP headers then > forwards each fragment to the destination host of the destination > site. The two fragments are reassembled at the destination host into > the single IP datagram that was originated by the source host. > > This behavior is performed by the ITR when the source host originates > a packet with the DF field of the IP header is set to 0. When the DF > field of the IP header is set to 1, or the packet is an IPv6 packet > originated by the source host, the ITR will drop the packet when the > size is greater than L, and sends an ICMP Too Big message to the > source with a value of S, where S is (L - H). > > When the outer header encapsulation uses an IPv4 header the DF bit is > always set to 0. > > This specification recommends that L be defined as 1500. > > 5.4.2. A Stateful Solution to MTU Handling > > An ITR stateful solution to handle MTU issues is describe as follows > and was first introduced in [OPENLISP]: > > 1. The ITR will keep state of the effective MTU for each locator per > mapping cache entry. The effective MTU is what the core network > can deliver along the path between ITR and ETR. > > 2. When an encapsulated packet, with DF bit always set to 0, exceeds > what the core network can deliver, one of the intermediate > routers on the path will send an ICMP Too Big message to the ITR. > Too Big is v6 only, in v4, it is a type 3, code 4 (Frag needed). It makes no sense to send ICMPv6 if in v4. It is a mistake we did in the OpenLISP implem report. > The ITR will parse the ICMP message to determine which locator is > affected by the effective MTU change and then record the new > effective MTU value in the mapping cache entry. > > 3. When a packet is received by the ITR from a source inside of the > site and the size of the packet is greater than the effective MTU > stored with the mapping cache entry associated with the > destination EID the packet is for, the ITR will send an ICMP Too > Big message back to the source. The packet size advertised by > the ITR in the ICMP Too Big message is the effective MTU minus > the LISP encapsulation length. > > Even though this mechanism is stateful, it has advantages over the > stateless IP fragmentation mechanism, by not involving the > destination host with reassembly of ITR fragmented packets. > > 6. EID-to-RLOC Mapping > > 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats > > The following new UDP packet types are used to retrieve EID-to-RLOC > mappings: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Version| IHL |Type of Service| Total Length | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Identification |Flags| Fragment Offset | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Time to Live | Protocol = 17 | Header Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Source Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Destination Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port | Dest Port | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > | LISP Message | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Version| Traffic Class | Flow Label | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Payload Length | Next Header=17| Hop Limit | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + + > | | > + Source Routing Locator + > | | > + + > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + + > | | > + Destination Routing Locator + > | | > + + > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port | Dest Port | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > | LISP Message | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > The LISP UDP-based messages are the Map-Request and Map-Reply > messages. When a UDP Map-Request is sent, the UDP source port is > chosen by the sender and the destination UDP port number is set to > 4342. When a UDP Map-Reply is sent, the source UDP port number is > set to 4342 and the destination UDP port number is copied from the > source port of either the Map-Request or the invoking data packet. > > Could we simplify by: The LISP UDP-based messages are the Map-Request and Map-Reply messages. When a UDP Map-Request is sent, the UDP source port SHOULD be 4342 and the destination UDP port number is set to 4342. When a UDP Map-Reply is sent, the source UDP port number is set to 4342 and the destination UDP port number is copied from the source port of either the Map-Request or the invoking data packet. It makes the source able to chose the port be, in practice, a default value of 4342 is used. I think that only few site require a non-4342 source and, because dest cannot be chosen, all the site are forced to listen 4342... > The UDP Length field will reflect the length of the UDP header and > the LISP Message payload. > > The UDP Checksum is computed and set to non-zero for Map-Request and > Map-Reply messages. It MUST be checked on receipt and if the > checksum fails, the packet MUST be dropped. > > LISP-CONS [CONS] use TCP to send LISP control messages. The format > of control messages includes the UDP header so the checksum and > length fields can be used to protect and delimit message boundaries. > > This main LISP specification is the authoritative source for message > format definitions for the Map-Request and Map-Reply messages. > > 6.1.1. LISP Packet Type Allocations > > This section will be the authoritative source for allocating LISP > Type values. Current allocations are: > > Reserved: 0 b'0000' > LISP Map-Request: 1 b'0001' > LISP Map-Reply: 2 b'0010' > LISP Map-Register: 3 b'0011' > > LISP-CONS Open Message: 8 b'1000' > LISP-CONS Push-Add Message: 9 b'1001' > LISP-CONS Push-Delete Message: 10 b'1010' > LISP-CONS Unreachable Message 11 b'1011' > > Remove, cons is not consider in the WG. > 6.1.2. Map-Request Message Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |S| > *|* Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=1 |A|R| *|A|R|P|S|* Reserved | Record Count | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Source-EID-AFI | ITR-AFI | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Source EID Address ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Originating ITR RLOC Address ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Reserved | EID mask-len | EID-prefix-AFI | > Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | EID-prefix ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Map-Reply Record ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Mapping Protocol Data | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > S: This is the SMR bit. See Section 6.5.2 for details. > > > Locator Reach Bits: These bits MUST be set to 0 on transmission and > ignored on receipt. They cannot be used for indicating > reachability because the Map-Request does not have the EID-prefix > for the sending site so the receiver of the Map-Request cannot > know what mapping entry to associate the reachability with. > However, when Mapping Data is provided in the Map-Reply Record > field, and the receiver of the Map-Request is configured to accept > the mapping data, the R-bit per locator entry in the EID-prefix > record is used to denote reachability. > > if no use, remove them! > Nonce: A 4-byte random value created by the sender of the Map- > Request. > 3-bytes to be consistent with the data-plane. Or give another name. > Type: 1 (Map-Request) > > A: This is an authoritative bit, which is set to 0 for UDP-based Map- > Requests sent by an ITR. See other control-specific documents > [CONS] for TCP-based Map-Requests. > > R: When set, it indicates a Map-Reply Record segment is included in > the Map-Request. > > > *P: Indicates that a Map-Request should be treated as a "piggyback" > locator reachability probe. The receiver should respond with a > Map-Reply with the P bit set and the nonce copied from the Map- > Request. Details on this usage will be provided in a future > version of this draft. > > * If you do not explain what it is, do not put it in the draft yet. Please, specify before implementing, otherwise, it is very difficult to make OpenLISP compatible with what you do. This is the role of "reserved flags"... > * S: This is the SMR bit. See Section 6.5.2 for details.* > > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this request message. A > record is comprised of the portion of the packet is labeled 'Rec' > above and occurs the number of times equal to Record count. > > Source-EID-AFI: Address family of the "Source EID Address" field. > > ITR-AFI: Address family of the "Originating ITR RLOC Address" field. > > Source EID Address: This is the EID of the source host which > originated the packet which is invoking this Map-Request. > > Originating ITR RLOC Address: Used to give the ETR the option of > returning a Map-Reply in the address-family of this locator. > > EID mask-len: Mask length for EID prefix. > > EID-AFI: Address family of EID-prefix according to [RFC2434] > > EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 > address-family. When a Map-Request is sent by an ITR because a > data packet is received for a destination where there is no > mapping entry, the EID-prefix is set to the destination IP address > of the data packet. And the 'EID mask-len' is set to 32 or 128 > for IPv4 or IPv6, respectively. When an xTR wants to query a site > about the status of a mapping it already has cached, the EID- > prefix used in the Map-Request has the same mask-length as the > EID-prefix returned from the site when it sent a Map-Reply > message. > > Map-Reply Record: When the R bit is set, this field is the size of > the "Record" field in the Map-Reply format. This Map-Reply record > contains the EID-to-RLOC mapping entry associated with the Source > EID. This allows the ETR which will receive this Map-Request to > cache the data if it chooses to do so. > > Mapping Protocol Data: See [CONS] or [ALT] for details. This field > is optional and present when the UDP length indicates there is > enough space in the packet to include it. > > 6.1.3. EID-to-RLOC UDP Map-Request Message > > A Map-Request is sent from an ITR when it needs a mapping for an EID, > wants to test an RLOC for reachability, you thus consider control and data plane paths being the same? > or wants to refresh a mapping > before TTL expiration. For the initial case, the destination IP > address used for the Map-Request is the destination-EID from the > packet which had a mapping cache lookup failure. For the later 2 > cases, the destination IP address used for the Map-Request is one of > the RLOC addresses from the locator-set of the map cache entry. In > all cases, the UDP source port number for the Map-Request message is > a randomly allocated 16-bit value and the UDP destination port number > is set to the well-known destination port number 4342. A successful > Map-Reply updates the cached set of RLOCs associated with the EID > prefix range. > > Map-Requests can also be LISP encapsulated using UDP destination port > 4341 when sent from an ITR to a Map-Resolver. Likewise, Map-Requests > are LISP encapsulated the same way from a Map-Server to an ETR. > Details on encapsulated Map-Requests and Map-Resolvers can be found > in [LISP-MS]. > > Map-Requests MUST be rate-limited. It is recommended that a Map- > Request for the same EID-prefix be sent no more than once per second. > Why 1 second? As the TTL is with a one minute granularity, why 1 second? for when TTL is set to 0? If it is for the SMR bit, this bit should not be seen too frequently, otherwise, the 1minute granularity TTL has to be revised. > 6.1.4. Map-Reply Message Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |x| > *|* Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=2 | *|P|* Reserved | Record Count | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Record TTL | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > R | Locator Count | EID mask-len |A| ACT | Reserved | > e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > c | Reserved | EID-AFI | > o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > r | EID-prefix | > d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | /| Priority | Weight | M Priority | M Weight | > | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | o | Unused Flags |R| Loc-AFI | > | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | \| Locator | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Mapping Protocol Data | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > x: Set to 0 on transmission and ignored on receipt. > > > Locator Reach Bits: Refer to Section 5.3. This field MUST be set to > 0 on transmission and ignored on receipt. The locator > reachability is encoded as the R-bit in each locator entry of each > EID-prefix record. > > Not used, then remove it. > Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request > that is echoed here in the Map-Reply. > > 3-bytes or change the name. > Type: 2 (Map-Reply) > > *P: Indicates that the Map-Reply is in response to a "piggyback" > locator reachability Map-Request. The nonce field should contain > a copy of the nonce value from the original Map-Request. Details > on this usage will be provided in a future version of this draft.* > > cf supra (remove this part or explain it) > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this reply message. A record > is comprised of that portion of the packet labeled 'Record' above > and occurs the number of times equal to Record count. > > Record TTL: The time in minutes the recipient of the Map-Reply will > store the mapping. If the TTL is 0, the entry should be removed > from the cache immediately. If the value is 0xffffffff, the > recipient can decide locally how long to store the mapping. > > 32-bit for one minute granularity TTL means that a mapping can live 8171 years, reduce the side to win space or switch to a one second granularity (136 years should be enough ;-) ) (but you can recommend to use > 1minute TTL). > Locator Count: The number of Locator entries. A locator entry > comprises what is labeled above as 'Loc'. The locator count can > be 0 indicating there are no locators for the EID-prefix. > > EID mask-len: Mask length for EID prefix. > > A: The Authoritative bit, when sent by a UDP-based message is always > set by the ETR. > See [CONS] for TCP-based Map-Replies. > > remove as CONS is not considered. > ACT: This 3-bit field describes negative Map-Reply actions. These > bits are used only when the 'Locator Count' field is set to 0. > The action bits are encoded only in Map-Reply messages. The > actions defined are used by an ITR or PTR when a destination EID > matches a negative mapping cache entry. The current assigned > values are: > > (0) No action: No action is being conveyed by the sender of the > Map-Reply message. > > (1) Natively-Forward: The packet is not encapsulated or dropped > but natively forwarded. > > (2) Drop: The packet is dropped silently. > > (3) Send-Map-Request: The packet invokes sending a Map-Request. > > EID-AFI: Address family of EID-prefix according to [RFC2434]. > > EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 > address-family. > > Priority: each RLOC is assigned a unicast priority. Lower values > are more preferable. When multiple RLOCs have the same priority, > they may be used in a load-split fashion. A value of 255 means > the RLOC MUST NOT be used for unicast forwarding. > > Weight: when priorities are the same for multiple RLOCs, the weight > indicates how to balance unicast traffic between them. Weight is > encoded as a percentage of total unicast packets that match the > mapping entry. If a non-zero weight value is used for any RLOC, > then all RLOCs must use a non-zero weight value and then the sum > of all weight values MUST equal 100. If a zero value is used for > any RLOC weight, then all weights MUST be zero and the receiver of > the Map-Reply will decide how to load-split traffic. See > Section 6.4 for a suggested hash algorithm to distribute load > across locators with same priority and equal weight values. When > a single RLOC exists in a mapping entry, the weight value MUST be > set to 100 and ignored on receipt. > > M Priority: each RLOC is assigned a multicast priority used by an > ETR in a receiver multicast site to select an ITR in a source > multicast site for building multicast distribution trees. A value > of 255 means the RLOC MUST NOT be used for joining a multicast > distribution tree. > > M Weight: when priorities are the same for multiple RLOCs, the > weight indicates how to balance building multicast distribution > trees across multiple ITRs. The weight is encoded as a percentage > of total number of trees build to the source site identified by > the EID-prefix. If a non-zero weight value is used for any RLOC, > then all RLOCs must use a non-zero weight value and then the sum > of all weight values MUST equal 100. If a zero value is used for > any RLOC weight, then all weights MUST be zero and the receiver of > the Map-Reply will decide how to distribute multicast state across > ITRs. > > Unused Flags: set to 0 when sending and ignored on receipt. > > R: when this bit is set, the locator is known to be reachable from > the Map-Reply sender's perspective. When there is a single > mapping record in the message, the R-bit for each locator must > have a consistent setting with the bitfield setting of the 'Loc > Reach Bits' field in the early part of the header. When there are > multiple mapping records in the message, the 'Loc Reach Bits' > field is set to 0. > > Locator: an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field) > assigned to an ETR or router acting as a proxy replier for the > EID-prefix. Note that the destination RLOC address MAY be an > anycast address. A source RLOC can be an anycast address as well. > The source or destination RLOC MUST NOT be the broadcast address > (255.255.255.255 or any subnet broadcast address known to the > router), and MUST NOT be a link-local multicast address. The > source RLOC MUST NOT be a multicast address. The destination RLOC > SHOULD be a multicast address if it is being mapped from a > multicast destination EID. > > Mapping Protocol Data: See [CONS] or [ALT] for details. This field > is optional and present when the UDP length indicates there is > enough space in the packet to include it. > > 6.1.5. EID-to-RLOC UDP Map-Reply Message > > When a Data Probe packet or a Map-Request triggers a Map-Reply to be > sent, the RLOCs associated with the EID-prefix matched by the EID in > the original packet destination IP address field will be returned. > The RLOCs in the Map-Reply are the globally-routable IP addresses of > the ETR but are not necessarily reachable; separate testing of > reachability is required. > > Note that a Map-Reply may contain different EID-prefix granularity > (prefix + length) than the Map-Request which triggers it. This might > occur if a Map-Request were for a prefix that had been returned by an > earlier Map-Reply. In such a case, the requester updates its cache > with the new prefix information and granularity. For example, a > requester with two cached EID-prefixes that are covered by a Map- > Reply containing one, less-specific prefix, replaces the entry with > the less-specific EID-prefix. Note that the reverse, replacement of > one less-specific prefix with multiple more-specific prefixes, can > also occur but not by removing the less-specific prefix rather by > adding the more-specific prefixes which during a lookup will override > the less-specific prefix. > > Replies SHOULD be sent for an EID-prefix no more often than once per > second to the same requesting router. For scalability, it is > expected that aggregation of EID addresses into EID-prefixes will > allow one Map-Reply to satisfy a mapping for the EID addresses in the > prefix range thereby reducing the number of Map-Request messages. > > The addresses for a encapsulated data packets or Map-Request message > are swapped and used for sending the Map-Reply. The UDP source and > destination ports are swapped as well. That is, the source port in > the UDP header for the Map-Reply is set to the well-known UDP port > number 4342. > > Map-Reply records can have an empty locator-set. This type of a Map- > Reply is called a Negative Map-Reply. Negative Map-Replies convey > special actions by the sender to the ITR or PTR which have solicited > the Map-Reply. There are two primary applications for Negative Map- > Replies. The first is for a Map-Resolver to instruct an ITR or PTR > when a destination is for a LISP site versus a non-LISP site. And > the other is to source quench Map-Requests which are sent for non- > allocated EIDs. > > 6.1.6. Map-Register Message Format > > The usage details of the Map-Register message can be found in > specification [LISP-MS]. This section solely defines the message > format. > > The message is sent in a UDP with a destination UDP port 4342 and a > randomly selected UDP port number. Before an IPv4 or IPv6 network > layer header is prepended, an AH header is prepended to carry > authentication information. The format conforms to the IPsec > specification [RFC2402]. The Map-Register message will use transport > mode by setting the IP protocol number field or the IPv6 next-header > field to 51. > > The AH header from [RFC2402] is: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Next Header | Payload Len | RESERVED | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Security Parameters Index (SPI) | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Sequence Number Field | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + Authentication Data (variable) | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > The Next Header field is set to UDP. The SPI field is set to 0 > (since no Security Association or Key Exchange protocol is being > used). The Sequence Number is a randomly chosen value by the sender. > The Authentication Data is 16 bytes and holds a MD5 HMAC. > > The Map-Register message format is: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |x| > *|* Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=3 |P| Reserved | Record Count | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Record TTL | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > R | Locator Count | EID mask-len |A| ACT | Reserved | > e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > c | Reserved | EID-AFI | > o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > r | EID-prefix | > d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | /| Priority | Weight | M Priority | M Weight | > | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | o | Unused Flags |R| Loc-AFI | > | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | \| Locator | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > x: Set to 0 on transmission and ignored on receipt. > > Locator Reach Bits: Refer to Section 5.3. This field MUST be set to > 0 on transmission and ignored on receipt. The locator > reachability is encoded as the R-bit in each locator entry of each > EID-prefix record. > > Nonce: The Nonce field is set to 0 in Map-Register messages. > > Type: 3 (Map-Register) > > P: This is the Proxy-Map-Reply bit. When set *Set* to 1, the *1 by an* ETR sending *which sends* a Map-Register is asking *message requesting > for* the Map-Server to *proxy Map-Reply. The Map-Server will* send > non-authoritative Map-Replies on behalf of the ETR. *Details on > this usage will be provided in a future version of this draft.* > > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this Map-Register message. A > record is comprised of that portion of the packet labeled 'Record' > above and occurs the number of times equal to Record count. > > The definition of the rest of the Map-Register can be found in the > Map-Reply section. > > 6.2. Routing Locator Selection > > Both client-side and server-side may need control over the selection > of RLOCs for conversations between them. This control is achieved by > manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply > messages. Alternatively, RLOC information may be gleaned from > received tunneled packets or EID-to-RLOC Map-Request messages. > > The following enumerates different scenarios for choosing RLOCs and > the controls that are available: > > o Server-side returns one RLOC. Client-side can only use one RLOC. > Server-side has complete control of the selection. > > o Server-side returns a list of RLOC where a subset of the list has > the same best priority. Client can only use the subset list > according to the weighting assigned by the server-side. In this > case, the server-side controls both the subset list and load- > splitting across its members. The client-side can use RLOCs > outside of the subset list if it determines that the subset list > is unreachable (unless RLOCs are set to a Priority of 255). Some > sharing of control exists: the server-side determines the > destination RLOC list and load distribution while the client-side > has the option of using alternatives to this list if RLOCs in the > list are unreachable. > > o Server-side sets weight of 0 for the RLOC subset list. In this > case, the client-side can choose how the traffic load is spread > across the subset list. Control is shared by the server-side > determining the list and the client determining load distribution. > Again, the client can use alternative RLOCs if the server-provided > list of RLOCs are unreachable. > > o Either side (more likely on the server-side ETR) decides not to > send a Map-Request. For example, if the server-side ETR does not > send Map-Requests, it gleans RLOCs from the client-side ITR, > giving the client-side ITR responsibility for bidirectional RLOC > reachability and preferability. Server-side ETR gleaning of the > client-side ITR RLOC is done by caching the inner header source > EID and the outer header source RLOC of received packets. The > client-side ITR controls how traffic is returned and can alternate > using an outer header source RLOC, which then can be added to the > list the server-side ETR uses to return traffic. Since no > Priority or Weights are provided using this method, the server- > side ETR must assume each client-side ITR RLOC uses the same best > Priority with a Weight of zero. In addition, since EID-prefix > encoding cannot be conveyed in data packets, the EID-to-RLOC cache > on tunnel routers can grow to be very large. > > RLOCs that appear in EID-to-RLOC Map-Reply messages are considered > reachable. The Map-Reply and the database mapping service does not > provide any reachability status for Locators. This is done outside > of the mapping service. See next section for details. > > 6.3. Routing Locator Reachability > > There are 4 methods for determining when a Locator is either > reachable or has become unreachable: > > 1. Locator reachability is determined by an ETR by examining the > Loc-Reach-Bits from a LISP header of a encapsulated data packet > which is provided by an ITR when an ITR encapsulates data. > > 2. Locator unreachability is determined by an ITR by receiving ICMP > Network or Host Unreachable messages. > > 3. Locator unreachability can also be determined by an BGP-enabled > ITR when there is no prefix matching a Locator address from the > BGP RIB. > > 4. Locator unreachability is determined when a host sends an ICMP > Port Unreachable message. This occurs when an ITR may not use > any methods of interworking. one which is describe in [INTERWORK] > and the encapsulated data packet is received by a host at the > destination non-LISP site. > > 5. Locator reachability is determined by receiving a Map-Reply > message from a ETR's Locator address in response to a previously > sent Map-Request. > > 6. Locator reachability can also be determined by receiving packets > encapsulated by the ITR assigned to the locator address. > > When determining Locator reachability by examining the Loc-Reach-Bits > from the LISP encapsulate data packet, an ETR will receive up to date > status from the ITR closest to the Locators at the source site. The > ITRs at the source site can determine reachability when running their > IGP at the site. When the ITRs are deployed on CE routers, typically > a default route is injected into the site's IGP from each of the > ITRs. If an ITR goes down, the CE-PE link goes down, or the PE > router goes down, the CE router withdraws the default route. This > allows the other ITRs at the site to determine one of the Locators > has gone unreachable. > > The Locators listed in a Map-Reply are numbered with ordinals 0 to > n-1. The Loc-Reach-Bits in a LISP Data Message are numbered from 0 > to n-1 starting with the least significant bit numbered as 0. So, > for example, if the ITR with locator listed as the 3rd Locator > position in the Map-Reply goes down, all other ITRs at the site will > have the 3rd bit from the right cleared (the bit that corresponds to > ordinal 2). > > When an ETR decapsulates a packet, it will look for a change in the > Loc-Reach-Bits value. When a bit goes from 1 to 0, the ETR will > refrain from encapsulating packets to the Locator that has just gone > unreachable. It can start using the Locator again when the bit that > corresponds to the Locator goes from 0 to 1. Loc-Reach-Bits are > associated with a locator-set per EID-prefix. Therefore, when a > locator becomes unreachable, the loc-reach-bit that corresponds to > that locator's position in the list returned by the last Map-Reply > will be set to zero for that particular EID-prefix. > > When ITRs at the site are not deployed in CE routers, the IGP can > still be used to determine the reachability of Locators provided they > are injected a stub links into the IGP. This is typically done when > a /32 address is configured on a loopback interface. > > When ITRs receive ICMP Network or Host Unreachable messages as a > method to determine unreachability, they will refrain from using > Locators which are described in Locator lists of Map-Replies. > However, using this approach is unreliable because many network > operators turn off generation of ICMP Unreachable messages. > > If an ITR does receive an ICMP Network or Host Unreachable message, > it MAY originate its own ICMP Unreachable message destined for the > host that originated the data packet the ITR encapsulated. > > Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if > a locator address from a locator-set in a mapping entry matches a > prefix. If it does not find one and BGP is running in the Default > Free Zone (DFZ), it can decide to not use the locator even though the > Loc-Reach-Bits indicate the locator is up. In this case, the path > from the ITR to the ETR that is assigned the locator is not > available. More details are in [LOC-ID-ARCH]. > > Optionally, an ITR can send a Map-Request to a Locator and if a Map- > Reply is returned, reachability of the Locator has been determined. > Obviously, sending such probes increases the number of control > messages originated by tunnel routers for active flows, so Locators > are assumed to be reachable when they are advertised. > > This assumption does create a dependency: Locator unreachability is > detected by the receipt of ICMP Host Unreachable messages. When an > Locator has been determined to be unreachable, it is not used for > active traffic; this is the same as if it were listed in a Map-Reply > with priority 255. > > The ITR can test the reachability of the unreachable Locator by > sending periodic Requests. Both Requests and Replies MUST be rate- > limited. Locator reachability testing is never done with data > packets since that increases the risk of packet loss for end-to-end > sessions. > > When an ETR is decapsulating packets, *decapsulates a packet,* it can be sure *knows* that the path *it is reachable* from > the encapsulating ITR *because that* is available. The *how the packet arrived. In > most cases, the* ETR can *also reach the ITR but cannot* assume *this to > be true due to* the *possibility of* path > from *assymetry. In* the ETR *presence of > unidirectional traffic flow from an ITR* to *an ETR,* the ITR *should not > use the lack of return traffic as an indication that the ETR* is also reachable. Even if > *unreachable. Instead, it must use an alternate mechanisms to > determine reachability. > > 6.3.1. Echo Nonce Algorithm > > * To clarify this section, it should be rewritten with the idea that this is a hint for the "non-reachability". If the reply comes, perfect, we have reachability. Otherwise, it is a hint that there is maybe a reachability issue and then another technique has to be used. Regards Damien Saucez > * When* there is > asymmetric routing *bidirectional data flow between a pair of locators, a > simple mechanism called "nonce echoing" can be used to determine > reachability between an ITR and ETR. When an ITR wants to solicit a > nonce echo, it sets the E-bit and places a 24-bit nonce* in the core, *LISP > header of* the first-hop *next encapsulated data packet. > > When this packet is received by the ETR, the encapsulated packet is > forwarded as normal. When the ETR next sends a data packet to the > ITR, it includes the nonce received earlier. The ITR sees this "echo > nonce reply"* and last-hop ASes will > be *knows* the same *path to and from the ETR is up. > > The time the ITR waits* for both directions of traffic since the *echoed nonce before it determines the > path is down is variable and a choice left for the implementation. > > If the ITR is receiving packets from the ETR but does not see the > nonce echoed, then the path to the ETR is down. This decision may be > overridden by other* locator > addresses *reachability algorithms. Once the ITR > determines the path to the ETR is down it can switch to another > locator for that EID-prefix. > > Note that "ITR" and "ETR"* are out of *relative terms here. Both devices must > be implementing both ITR and ETR functionality for* the PA blocks *echo nonce > mechanism to operate. > > The ITR and ETR may both go into echo-nonce-request state at the same > time. The number* of each. *packets sent or the time during which echo nonce > requests are sent is an implementation specific setting.* However, > *when an ITR is in echo-nonce-request state, it can echo the ETR's > nonce in the next packet that it encapsulates and then subsequently, > continue sending echo-nonce-request packets. > > This mechanism does not completely solve the forward path > reachability problem as traffic may be unidirectional. That is,* the assumption > *ETR receiving traffic at a site may not* may not always be valid, so this mechanism should be used as a best- > effort indication that a working path exists between the sites. In the event of unidirectional traffic from *same device as* > an ITR *which transmits traffic from that site or the site* to an ETR, an *site > traffic is unidirectional so there is no* ITR > should not conclude *returning traffic. > > Note* that a *other* locator is unreachable since it is not > receiving packets, but use alternate *reachability* mechanisms described above to > determine reachability. *are being researched.* > > 6.4. Routing Locator Hashing > > When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to > a requesting ITR, the locator-set for the EID-prefix may contain > different priority values for each locator address. When more than > one best priority locator exists, the ITR can decide how to load > share traffic against the corresponding locators. > > The following hash algorithm may be used by an ITR to select a > locator for a packet destined to an EID for the EID-to-RLOC mapping: > > 1. Either a source and destination address hash can be used or the > traditional 5-tuple hash which includes the source and > destination addresses, source and destination TCP, UDP, or SCTP > port numbers and the IP protocol number field or IPv6 next- > protocol fields of a packet a host originates from within a LISP > site. When a packet is not a TCP, UDP, or SCTP packet, the > source and destination addresses only from the header are used to > compute the hash. > > 2. Take the hash value and divide it by the number of locators > stored in the locator-set for the EID-to-RLOC mapping. > > 3. The remainder will be yield a value of 0 to "number of locators > minus 1". Use the remainder to select the locator in the > locator-set. > > Note that when a packet is LISP encapsulated, the source port number > in the outer UDP header needs to be set. Selecting a random value > allows core routers which are attached to Link Aggregation Groups > (LAGs) to load-split the encapsulated packets across member links of > such LAGs. Otherwise, core routers would see a single flow, since > packets have a source address of the ITR, for packets which are > originated by different EIDs at the source site. A suggested setting > for the source port number computed by an ITR is a 5-tuple hash > function on the inner header, as described above. > > 6.5. Changing the Contents of EID-to-RLOC Mappings > > Since the LISP architecture uses a caching scheme to retrieve and > store EID-to-RLOC mappings, the only way an ITR can get a more up-to- > date mapping is to re-request the mapping. However, the ITRs do not > know when the mappings change and the ETRs do not keep track of who > requested its mappings. For scalability reasons, we want to maintain > this approach but need to provide a way for ETRs change their > mappings and inform the sites that are currently communicating with > the ETR site using such mappings. > > When a locator record is added to the end of a locator-set, it is > easy to update mappings. We assume new mappings will maintain the > same locator ordering as the old mapping but just have new locators > appended to the end of the list. So some ITRs can have a new mapping > while other ITRs have only an old mapping that is used until they > time out. When an ITR has only an old mapping but detects bits set > in the loc-reach-bits that correspond to locators beyond the list it > has cached, it simply ignores them. > > When a locator record is removed from a locator-set, ITRs that have > the mapping cached will not use the removed locator because the xTRs > will set the loc-reach-bit to 0. So even if the locator is in the > list, it will not be used. For new mapping requests, the xTRs can > set the locator address to 0 as well as setting the corresponding > loc-reach-bit to 0. This forces ITRs with old or new mappings to > avoid using the removed locator. > > If many changes occur to a mapping over a long period of time, one > will find empty record slots in the middle of the locator-set and new > records appended to the locator-set. At some point, it would be > useful to compact the locator-set so the loc-reach-bit settings can > be efficiently packed. > > We propose here two approaches for locator-set compaction, one > operational and the other a protocol mechanism. The operational > approach uses a clock sweep method. The protocol approach uses the > concept of Solicit-Map-Requests. > > 6.5.1. Clock Sweep > > The clock sweep approach uses planning in advance and the use of > count-down TTLs to time out mappings that have already been cached. > The default setting for an EID-to-RLOC mapping TTL is 24 hours. So > there is a 24 hour window to time out old mappings. The following > clock sweep procedure is used: > > 1. 24 hours before a mapping change is to take effect, a network > administrator configures the ETRs at a site to start the clock > sweep window. > > 2. During the clock sweep window, ETRs continue to send Map-Reply > messages with the current (unchanged) mapping records. The TTL > for these mappings is set to 1 hour. > > 3. 24 hours later, all previous cache entries will have timed out, > and any active cache entries will time out within 1 hour. During > this 1 hour window the ETRs continue to send Map-Reply messages > with the current (unchanged) mapping records with the TTL set to > 1 minute. > > 4. At the end of the 1 hour window, the ETRs will send Map-Reply > messages with the new (changed) mapping records. So any active > caches can get the new mapping contents right away if not cached, > or in 1 minute if they had the mapping cached. > > 6.5.2. Solicit-Map-Request (SMR) > > Soliciting a Map-Request is a selective way for xTRs, at the site > where mappings change, to control the rate they receive requests for > Map-Reply messages. SMRs are also used to tell remote ITRs to update > the mappings they have cached. > > Since the xTRs don't keep track of remote ITRs that have cached their > mappings, they can not tell exactly who needs the new mapping > entries. So an xTR will solicit Map-Requests from sites it is > currently sending encapsulated data to, and only from those sites. > The xTRs can locally decide the algorithm for how often and to how > many sites it sends SMR messages. > > An SMR message is simply a bit set in an encapsulated data packet > (and a Map-Request message). When an ETR at a remote site > decapsulates a data packet that has the SMR bit set, it can tell that > a new Map-Request message is being solicited. Both the xTR that > sends the SMR message and the site that acts on the SMR message MUST > be rate-limited. > > The following procedure shows how a SMR exchange occurs when a site > is doing locator-set compaction for an EID-to-RLOC mapping: > > 1. When the database mappings in an ETR change, the ITRs at the site > begin to set the SMR bit in packets they encapsulate to the sites > they communicate with. > > 2. A remote xTR which decapsulates a packet with the SMR bit set > will schedule sending a Map-Request message to the source locator > address of the encapsulated packet. The nonce in the Map-Request > is copied from the nonce in the encapsulated data packet that has > the SMR bit set. > > 3. The remote xTR retransmits the Map-Request slowly until it gets a > Map-Reply while continuing to use the cached mapping. > > 4. The ETRs at the site with the changed mapping will reply to the > Map-Request with a Map-Reply message provided the Map-Request > nonce matches the nonce from the SMR. The Map-Reply messages > SHOULD be rate limited. This is important to avoid Map-Reply > implosion. > > 5. The ETRs, at the site with the changed mapping, records the fact > that the site that sent the Map-Request has received the new > mapping data in the mapping cache entry for the remote site so > the loc-reach-bits are reflective of the new mapping for packets > going to the remote site. The ETR then stops sending packets > with the SMR-bit set. > > For security reasons an ITR MUST NOT process unsolicited Map-Replies. > The nonce MUST be carried from SMR packet, into the resultant Map- > Request, and then into Map-Reply to reduce spoofing attacks. > > 7. Router Performance Considerations > > LISP is designed to be very hardware-based forwarding friendly. By > doing tunnel header prepending [RFC1955] and stripping instead of re- > writing addresses, existing hardware can support the forwarding model > with little or no modification. Where modifications are required, > they should be limited to re-programming existing hardware rather > than requiring expensive design changes to hard-coded algorithms in > silicon. > > A few implementation techniques can be used to incrementally > implement LISP: > > o When a tunnel encapsulated packet is received by an ETR, the outer > destination address may not be the address of the router. This > makes it challenging for the control plane to get packets from the > hardware. This may be mitigated by creating special FIB entries > for the EID-prefixes of EIDs served by the ETR (those for which > the router provides an RLOC translation). These FIB entries are > marked with a flag indicating that control plane processing should > be performed. The forwarding logic of testing for particular IP > protocol number value is not necessary. No changes to existing, > deployed hardware should be needed to support this. > > o On an ITR, prepending a new IP header is as simple as adding more > bytes to a MAC rewrite string and prepending the string as part of > the outgoing encapsulation procedure. Many routers that support > GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already > support this action. > > o When a received packet's outer destination address contains an EID > which is not intended to be forwarded on the routable topology > (i.e. LISP 1.5), the source address of a data packet or the > router interface with which the source is associated (the > interface from which it was received) can be associated with a VRF > (Virtual Routing/Forwarding), in which a different (i.e. non- > congruent) topology can be used to find EID-to-RLOC mappings. > > 8. Deployment Scenarios > > This section will explore how and where ITRs and ETRs can be deployed > and will discuss the pros and cons of each deployment scenario. > There are two basic deployment trade-offs to consider: centralized > versus distributed caches and flat, recursive, or re-encapsulating > tunneling. > > When deciding on centralized versus distributed caching, the > following issues should be considered: > > o Are the tunnel routers spread out so that the caches are spread > across all the memories of each router? > > o Should management "touch points" be minimized by choosing few > tunnel routers, just enough for redundancy? > > o In general, using more ITRs doesn't increase management load, > since caches are built and stored dynamically. On the other hand, > more ETRs does require more management since EID-prefix-to-RLOC > mappings need to be explicitly configured. > > When deciding on flat, recursive, or re-encapsulation tunneling, the > following issues should be considered: > > o Flat tunneling implements a single tunnel between source site and > destination site. This generally offers better paths between > sources and destinations with a single tunnel path. > > o Recursive tunneling is when tunneled traffic is again further > encapsulated in another tunnel, either to implement VPNs or to > perform Traffic Engineering. When doing VPN-based tunneling, the > site has some control since the site is prepending a new tunnel > header. In the case of TE-based tunneling, the site may have > control if it is prepending a new tunnel header, but if the site's > ISP is doing the TE, then the site has no control. Recursive > tunneling generally will result in suboptimal paths but at the > benefit of steering traffic to resource available parts of the > network. > > o The technique of re-encapsulation ensures that packets only > require one tunnel header. So if a packet needs to be rerouted, > it is first decapsulated by the ETR and then re-encapsulated with > a new tunnel header using a new RLOC. > > The next sub-sections will describe where tunnel routers can reside > in the network. > > 8.1. First-hop/Last-hop Tunnel Routers > > By locating tunnel routers close to hosts, the EID-prefix set is at > the granularity of an IP subnet. So at the expense of more EID- > prefix-to-RLOC sets for the site, the caches in each tunnel router > can remain relatively small. But caches always depend on the number > of non-aggregated EID destination flows active through these tunnel > routers. > > With more tunnel routers doing encapsulation, the increase in control > traffic grows as well: since the EID-granularity is greater, more > Map-Requests and Map-Replies are traveling between more routers. > > The advantage of placing the caches and databases at these stub > routers is that the products deployed in this part of the network > have better price-memory ratios then their core router counterparts. > Memory is typically less expensive in these devices and fewer routes > are stored (only IGP routes). These devices tend to have excess > capacity, both for forwarding and routing state. > > LISP functionality can also be deployed in edge switches. These > devices generally have layer-2 ports facing hosts and layer-3 ports > facing the Internet. Spare capacity is also often available in these > devices as well. > > 8.2. Border/Edge Tunnel Routers > > Using customer-edge (CE) routers for tunnel endpoints allows the EID > space associated with a site to be reachable via a small set of RLOCs > assigned to the CE routers for that site. > > This offers the opposite benefit of the first-hop/last-hop tunnel > router scenario: the number of mapping entries and network management > touch points are reduced, allowing better scaling. > > One disadvantage is that less of the network's resources are used to > reach host endpoints thereby centralizing the point-of-failure domain > and creating network choke points at the CE router. > > Note that more than one CE router at a site can be configured with > the same IP address. In this case an RLOC is an anycast address. > This allows resilience between the CE routers. That is, if a CE > router fails, traffic is automatically routed to the other routers > using the same anycast address. However, this comes with the > disadvantage where the site cannot control the entrance point when > the anycast route is advertised out from all border routers. > > 8.3. ISP Provider-Edge (PE) Tunnel Routers > > Use of ISP PE routers as tunnel endpoint routers gives an ISP control > over the location of the egress tunnel endpoints. That is, the ISP > can decide if the tunnel endpoints are in the destination site (in > either CE routers or last-hop routers within a site) or at other PE > edges. The advantage of this case is that two or more tunnel headers > can be avoided. By having the PE be the first router on the path to > encapsulate, it can choose a TE path first, and the ETR can > decapsulate and re-encapsulate for a tunnel to the destination end > site. > > An obvious disadvantage is that the end site has no control over > where its packets flow or the RLOCs used. > > As mentioned in earlier sections a combination of these scenarios is > possible at the expense of extra packet header overhead, if both site > and provider want control, then recursive or re-encapsulating tunnels > are used. > > 9. Traceroute Considerations > > When a source host in a LISP site initiates a traceroute to a > destination host in another LISP site, it is highly desirable for it > to see the entire path. Since packets are encapsulated from ITR to > ETR, the hop across the tunnel could be viewed as a single hop. > However, LISP traceroute will provide the entire path so the user can > see 3 distinct segments of the path from a source LISP host to a > destination LISP host: > > Segment 1 (in source LISP site based on EIDs): > > source-host ---> first-hop ... next-hop ---> ITR > > Segment 2 (in the core network based on RLOCs): > > ITR ---> next-hop ... next-hop ---> ETR > > Segment 3 (in the destination LISP site based on EIDs): > > ETR ---> next-hop ... last-hop ---> destination-host > > For segment 1 of the path, ICMP Time Exceeded messages are returned > in the normal matter as they are today. The ITR performs a TTL > decrement and test for 0 before encapsulating. So the ITR hop is > seen by the traceroute source has an EID address (the address of > site-facing interface). > > For segment 2 of the path, ICMP Time Exceeded messages are returned > to the ITR because the TTL decrement to 0 is done on the outer > header, so the destination of the ICMP messages are to the ITR RLOC > address, the source source RLOC address of the encapsulated > traceroute packet. The ITR looks inside of the ICMP payload to > inspect the traceroute source so it can return the ICMP message to > the address of the traceroute client as well as retaining the core > router IP address in the ICMP message. This is so the traceroute > client can display the core router address (the RLOC address) in the > traceroute output. The ETR returns its RLOC address and responds to > the TTL decrement to 0 like the previous core routers did. > > For segment 3, the next-hop router downstream from the ETR will be > decrementing the TTL for the packet that was encapsulated, sent into > the core, decapsulated by the ETR, and forwarded because it isn't the > final destination. If the TTL is decremented to 0, any router on the > path to the destination of the traceroute, including the next-hop > router or destination, will send an ICMP Time Exceeded message to the > source EID of the traceroute client. The ICMP message will be > encapsulated by the local ITR and sent back to the ETR in the > originated traceroute source site, where the packet will be delivered > to the host. > > 9.1. IPv6 Traceroute > > IPv6 traceroute follows the procedure described above since the > entire traceroute data packet is included in ICMP Time Exceeded > message payload. Therefore, only the ITR needs to pay special > attention for forwarding ICMP messages back to the traceroute source. > > 9.2. IPv4 Traceroute > > For IPv4 traceroute, we cannot follow the above procedure since IPv4 > ICMP Time Exceeded messages only include the invoking IP header and 8 > bytes that follow the IP header. Therefore, when a core router sends > an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP > payload is the encapsulated header it prepended followed by a UDP > header. The original invoking IP header, and therefore the identity > of the traceroute source is lost. > > The solution we propose to solve this problem is to cache traceroute > IPv4 headers in the ITR and to match them up with corresponding IPv4 > Time Exceeded messages received from core routers and the ETR. The > ITR will use a circular buffer for caching the IPv4 and UDP headers > of traceroute packets. It will select a 16-bit number as a key to > find them later when the IPv4 Time Exceeded messages are received. > When an ITR encapsulates an IPv4 traceroute packet, it will use the > 16-bit number as the UDP source port in the encapsulating header. > When the ICMP Time Exceeded message is returned to the ITR, the UDP > header of the encapsulating header is present in the ICMP payload > thereby allowing the ITR to find the cached headers for the > traceroute source. The ITR puts the cached headers in the payload > and sends the ICMP Time Exceeded message to the traceroute source > retaining the source address of the original ICMP Time Exceeded > message (a core router or the ETR of the site of the traceroute > destination). > > 9.3. Traceroute using Mixed Locators > > When either an IPv4 traceroute or IPv6 traceroute is originated and > the ITR encapsulates it in the other address family header, you > cannot get all 3 segments of the traceroute. Segment 2 of the > traceroute can not be conveyed to the traceroute source since it is > expecting addresses from intermediate hops in the same address format > for the type of traceroute it originated. Therefore, in this case, > segment 2 will make the tunnel look like one hop. All the ITR has to > do to make this work is to not copy the inner TTL to the outer, > encapsulating header's TTL when a traceroute packet is encapsulated > using an RLOC from a different address family. This will cause no > TTL decrement to 0 to occur in core routers between the ITR and ETR. > > 10. Mobility Considerations > > There are several kinds of mobility of which only some might be of > concern to LISP. Essentially they are as follows. > > 10.1. Site Mobility > > A site wishes to change its attachment points to the Internet, and > its LISP Tunnel Routers will have new RLOCs when it changes upstream > providers. Changes in EID-RLOC mappings for sites are expected to be > handled by configuration, outside of the LISP protocol. > > 10.2. Slow Endpoint Mobility > > An individual endpoint wishes to move, but is not concerned about > maintaining session continuity. Renumbering is involved. LISP can > help with the issues surrounding renumbering [RFC4192] [LISA96] by > decoupling the address space used by a site from the address spaces > used by its ISPs. [RFC4984] > > 10.3. Fast Endpoint Mobility > > Fast endpoint mobility occurs when an endpoint moves relatively > rapidly, changing its IP layer network attachment point. Maintenance > of session continuity is a goal. This is where the Mobile IPv4 > [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used, > and primarily where interactions with LISP need to be explored. > > The problem is that as an endpoint moves, it may require changes to > the mapping between its EID and a set of RLOCs for its new network > location. When this is added to the overhead of mobile IP binding > updates, some packets might be delayed or dropped. > > In IPv4 mobility, when an endpoint is away from home, packets to it > are encapsulated and forwarded via a home agent which resides in the > home area the endpoint's address belongs to. The home agent will > encapsulate and forward packets either directly to the endpoint or to > a foreign agent which resides where the endpoint has moved to. > Packets from the endpoint may be sent directly to the correspondent > node, may be sent via the foreign agent, or may be reverse-tunneled > back to the home agent for delivery to the mobile node. As the > mobile node's EID or available RLOC changes, LISP EID-to-RLOC > mappings are required for communication between the mobile node and > the home agent, whether via foreign agent or not. As a mobile > endpoint changes networks, up to three LISP mapping changes may be > required: > > o The mobile node moves from an old location to a new visited > network location and notifies its home agent that it has done so. > The Mobile IPv4 control packets the mobile node sends pass through > one of the new visited network's ITRs, which needs a EID-RLOC > mapping for the home agent. > > o The home agent might not have the EID-RLOC mappings for the mobile > node's "care-of" address or its foreign agent in the new visited > network, in which case it will need to acquire them. > > o When packets are sent directly to the correspondent node, it may > be that no traffic has been sent from the new visited network to > the correspondent node's network, and the new visited network's > ITR will need to obtain an EID-RLOC mapping for the correspondent > node's site. > > In addition, if the IPv4 endpoint is sending packets from the new > visited network using its original EID, then LISP will need to > perform a route-returnability check on the new EID-RLOC mapping for > that EID. > > In IPv6 mobility, packets can flow directly between the mobile node > and the correspondent node in either direction. The mobile node uses > its "care-of" address (EID). In this case, the route-returnability > check would not be needed but one more LISP mapping lookup may be > required instead: > > o As above, three mapping changes may be needed for the mobile node > to communicate with its home agent and to send packets to the > correspondent node. > > o In addition, another mapping will be needed in the correspondent > node's ITR, in order for the correspondent node to send packets to > the mobile node's "care-of" address (EID) at the new network > location. > > When both endpoints are mobile the number of potential mapping > lookups increases accordingly. > > As a mobile node moves there are not only mobility state changes in > the mobile node, correspondent node, and home agent, but also state > changes in the ITRs and ETRs for at least some EID-prefixes. > > The goal is to support rapid adaptation, with little delay or packet > loss for the entire system. Heuristics can be added to LISP to > reduce the number of mapping changes required and to reduce the delay > per mapping change. Also IP mobility can be modified to require > fewer mapping changes. In order to increase overall system > performance, there may be a need to reduce the optimization of one > area in order to place fewer demands on another. > > In LISP, one possibility is to "glean" information. When a packet > arrives, the ETR could examine the EID-RLOC mapping and use that > mapping for all outgoing traffic to that EID. It can do this after > performing a route-returnability check, to ensure that the new > network location does have a internal route to that endpoint. > However, this does not cover the case where an ITR (the node assigned > the RLOC) at the mobile-node location has been compromised. > > Mobile IP packet exchange is designed for an environment in which all > routing information is disseminated before packets can be forwarded. > In order to allow the Internet to grow to support expected future > use, we are moving to an environment where some information may have > to be obtained after packets are in flight. Modifications to IP > mobility should be considered in order to optimize the behavior of > the overall system. Anything which decreases the number of new EID- > RLOC mappings needed when a node moves, or maintains the validity of > an EID-RLOC mapping for a longer time, is useful. > > 10.4. Fast Network Mobility > > In addition to endpoints, a network can be mobile, possibly changing > xTRs. A "network" can be as small as a single router and as large as > a whole site. This is different from site mobility in that it is > fast and possibly short-lived, but different from endpoint mobility > in that a whole prefix is changing RLOCs. However, the mechanisms > are the same and there is no new overhead in LISP. A map request for > any endpoint will return a binding for the entire mobile prefix. > > If mobile networks become a more common occurrence, it may be useful > to revisit the design of the mapping service and allow for dynamic > updates of the database. > > The issue of interactions between mobility and LISP needs to be > explored further. Specific improvements to the entire system will > depend on the details of mapping mechanisms. Mapping mechanisms > should be evaluated on how well they support session continuity for > mobile nodes. > > *10.5. LISP Mobile Node Mobility > > An mobile device can use the LISP infrastructure to achieve mobility > by implementing the LISP encapsulation and decapsulation functions > and acting as a simple ITR/ETR. By doing this, such a "LISP mobile > node" can use topologically-independent EID IP addresses that are not > advertised into and do not impose a cost on the global routing > system. These EIDs are maintained at the edges of the mapping system > (in LISP Map-Servers and Map-Resolvers) and are provided on demand to > only the correspondents of the LISP mobile node. > > Refer to the LISP Mobility Architecture specification [LISP-MN] for > more details.* > > 11. Multicast Considerations > > A multicast group address, as defined in the original Internet > architecture is an identifier of a grouping of topologically > independent receiver host locations. The address encoding itself > does not determine the location of the receiver(s). The multicast > routing protocol, and the network-based state the protocol creates, > determines where the receivers are located. > > In the context of LISP, a multicast group address is both an EID and > a Routing Locator. Therefore, no specific semantic or action needs > to be taken for a destination address, as it would appear in an IP > header. Therefore, a group address that appears in an inner IP > header built by a source host will be used as the destination EID. > The outer IP header (the destination Routing Locator address), > prepended by a LISP router, will use the same group address as the > destination Routing Locator. > > Having said that, only the source EID and source Routing Locator > needs to be dealt with. Therefore, an ITR merely needs to put its > own IP address in the source Routing Locator field when prepending > the outer IP header. This source Routing Locator address, like any > other Routing Locator address MUST be globally routable. > > Therefore, an EID-to-RLOC mapping does not need to be performed by an > ITR when a received data packet is a multicast data packet or when > processing a source-specific Join (either by IGMPv3 or PIM). But the > source Routing Locator is decided by the multicast routing protocol > in a receiver site. That is, an EID to Routing Locator translation > is done at control-time. > > Another approach is to have the ITR not encapsulate a multicast > packet and allow the the host built packet to flow into the core even > if the source address is allocated out of the EID namespace. If the > RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers > can RPF to the ITR (the Locator address which is injected into core > routing) rather than the host source address (the EID address which > is not injected into core routing). > > To avoid any EID-based multicast state in the network core, the first > approach is chosen for LISP-Multicast. Details for LISP-Multicast > and Interworking with non-LISP sites is described in specification > [MLISP]. > > 12. Security Considerations > > It is believed that most of the security mechanisms will be part of > the mapping database service when using control plane procedures for > obtaining EID-to-RLOC mappings. For data plane triggered mappings, > as described in this specification, protection is provided against > ETR spoofing by using Return- Routability mechanisms evidenced by the > use of a 4-byte Nonce field in the LISP encapsulation header. The > nonce, coupled with the ITR accepting only solicited Map-Replies goes > a long way toward providing decent authentication. > > LISP does not rely on a PKI infrastructure or a more heavy weight > authentication system. These systems challenge the scalability of > LISP which was a primary design goal. > > DoS attack prevention will depend on implementations rate-limiting > Map-Requests and Map-Replies to the control plane as well as rate- > limiting the number of data-triggered Map-Replies. > > To deal with map-cache exhaustion attempts in an ITR/PTR, the > implementation should consider putting a maximum cap on the number of > entries stored with a reserve list for special or frequently accessed > sites. This should be a configuration policy control set by the > network administrator who manages ITRs and PTRs. > > 13. Prototype Plans and Status > > The operator community has requested that the IETF take a practical > approach to solving the scaling problems associated with global > routing state growth. This document offers a simple solution which > is intended for use in a pilot program to gain experience in working > on this problem. > > The authors hope that publishing this specification will allow the > rapid implementation of multiple vendor prototypes and deployment on > a small scale. Doing this will help the community: > > o Decide whether a new EID-to-RLOC mapping database infrastructure > is needed or if a simple, UDP-based, data-triggered approach is > flexible and robust enough. > > o Experiment with provider-independent assignment of EIDs while at > the same time decreasing the size of DFZ routing tables through > the use of topologically-aligned, provider-based RLOCs. > > o Determine whether multiple levels of tunneling can be used by ISPs > to achieve their Traffic Engineering goals while simultaneously > removing the more specific routes currently injected into the > global routing system for this purpose. > > o Experiment with mobility to determine if both acceptable > convergence and session continuity properties can be scalably > implemented to support both individual device roaming and site > service provider changes. > > Here is a rough set of milestones: > > 1. This draft will be the draft for interoperable implementations to > code against. Interoperable implementations will be ready > beginning of 2009. > > 2. Continue pilot deployment using LISP-ALT as the database mapping > mechanism. > > 3. Continue prototyping and studying other database lookup schemes, > be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms. > > 4. Implement the LISP Multicast draft [MLISP]. > > 5. *Implement the LISP Mobile Node draft [LISP-MN]. > > 6.* Research more on how policy affects what gets returned in a Map- > Reply from an ETR. > > 6. > > *7.* Continue to experiment with mixed locator-sets to understand how > LISP can help the IPv4 to IPv6 transition. > > 7. > > *8.* Add more robustness to locator reachability between LISP sites. > > As of this writing the following accomplishments have been achieved: > > 1. A unit- and system-tested software switching implementation has > been completed on cisco NX-OS for this draft for both IPv4 and > IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators. > > 2. A unit- and system-tested software switching implementation on > cisco NX-OS has been completed for draft [ALT]. > > 3. A unit- and system-tested software switching implementation on > cisco NX-OS has been completed for draft [INTERWORK]. Support > for IPv4 translation is provided and PTR support for IPv4 and > IPv6 is provided. > > 4. The cisco NX-OS implementation supports an experimental > mechanism for slow mobility. > > 5. Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and > Andrew Partan continue to test all the features described above > on a dual-stack infrastructure. > > 6. Darrel Lewis and Dave Meyer have deployed both LISP translation > and LISP PTR support in the pilot network. Point your browser > to http://www.lisp4.net to see translation happening in action > so your non-LISP site can access a web server in a LISP site. > > 7. Soon http://www.lisp6.net will work where your IPv6 LISP site > can talk to a IPv6 web server in a LISP site by using mixed > address-family based locators. > > 8. An public domain implementation of LISP is underway. See > [OPENLISP] for details. > > 9. We have deployed Map-Resolvers and Map-Servers on the LISP pilot > network to gather experience with [LISP-MS]. The first layer of > the architecture are the xTRs which use Map-Servers for EID- > prefix registration and Map-Resolvers for EID-to-RLOC mapping > resolution. The second layer are the Map-Resolvers and Map- > Servers which connect to the ALT BGP peering infrastructure. > And the third layer are ALT-routers which aggregate EID-prefixes > and forward Map-Requests. > > 10. A cisco IOS implementation is underway which currently supports > IPv4 encapsulation and decapsulation features. > > 11. A LISP router based LIG implementation is supported, deployed, > and used daily to debug and test the LISP pilot network. See > [LIG] for details. > > 12. A Linux implementation of LIG has been made available and > supported by Dave Meyer. It can be run on any Linux system > which resides in either a LISP site or non-LISP site. See [LIG] > for details. *Public domain code can be downloaded from > http://github.com/davidmeyer/lig/tree/master. > > 13. An experimental implementation has been written for three > locator reachability algorithms. One is called echo-noncing, > which is documented in this specification. The other two are > called TCP-counts and RLOC-probing, which will be documented in > future drafts.* > > If interested in writing a LISP implementation, testing any of the > LISP implementations, or want to be part of the LISP pilot program, > please contact lisp@ietf.org. > > 14. References > > 14.1. Normative References > > [RFC0768] Postel, J., "User Datagram Protocol", STD 6, RFC 768, > August 1980. > > [RFC1191] Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191, > November 1990. > > [RFC1498] Saltzer, J., "On the Naming and Binding of Network > Destinations", RFC 1498, August 1993. > > [RFC1955] Hinden, R., "New Scheme for Internet Routing and > Addressing (ENCAPS) for IPNG", RFC 1955, June 1996. > > [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate > Requirement Levels", BCP 14, RFC 2119, March 1997. > > [RFC2402] Kent, S. and R. Atkinson, "IP Authentication Header", > RFC 2402, November 1998. > > [RFC2434] Narten, T. and H. Alvestrand, "Guidelines for Writing an > IANA Considerations Section in RFCs", BCP 26, RFC 2434, > October 1998. > > [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. > Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, > March 2000. > > [RFC3056] Carpenter, B. and K. Moore, "Connection of IPv6 Domains > via IPv4 Clouds", RFC 3056, February 2001. > > [RFC3168] Ramakrishnan, K., Floyd, S., and D. Black, "The Addition > of Explicit Congestion Notification (ECN) to IP", > RFC 3168, September 2001. > > [RFC3775] Johnson, D., Perkins, C., and J. Arkko, "Mobility Support > in IPv6", RFC 3775, June 2004. > > [RFC4423] Moskowitz, R. and P. Nikander, "Host Identity Protocol > (HIP) Architecture", RFC 4423, May 2006. > > [RFC4866] Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route > Optimization for Mobile IPv6", RFC 4866, May 2007. > > [RFC4984] Meyer, D., Zhang, L., and K. Fall, "Report from the IAB > Workshop on Routing and Addressing", RFC 4984, > September 2007. > > 14.2. Informative References > > [AFI] IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY > NUMBERS http://www.iana.org/numbers.html, Febuary 2007. > > [ALT] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP > Alternative Topology (LISP-ALT)", > draft-ietf-lisp-alt-01.txt (work in progress), May 2009. > > [APT] Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and > L. Zhang, "APT: A Practical Transit Mapping Service", > draft-jen-apt-01.txt (work in progress), November 2007. > > [CHIAPPA] Chiappa, J., "Endpoints and Endpoint names: A Proposed > Enhancement to the Internet Architecture", Internet- > Draft http://www.chiappa.net/~jnc/tech/endpoints.txt, > 1999. > > [CONS] Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A > Content distribution Overlay Network Service for LISP", > draft-meyer-lisp-cons-03.txt (work in progress), > November 2007. > > [DHTs] Ratnasamy, S., Shenker, S., and I. Stoica, "Routing > Algorithms for DHTs: Some Open Questions", PDF > file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf. > > *[EMACS] Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID > Mappings Multicast Across Cooperating Systems for LISP", > draft-curran-lisp-emacs-00.txt (work in progress), > November 2007.* > > [GSE] "GSE - An Alternate Addressing Architecture for IPv6", > draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997. > > [INTERWORK] > Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, > "Interworking LISP with IPv4 and IPv6", > draft-ietf-lisp-interworking-00.txt (work in progress), > January 2009. > > [LIG] Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)", > draft-farinacci-lisp-lig-01.txt (work in progress), > May 2009. > > [LISA96] Lear, E., Katinsky, J., Coffin, J., and D. Tharp, > "Renumbering: Threat or Menace?", Usenix , September 1996. > > [LISP-MAIN] > Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, > "Locator/ID Separation Protocol (LISP)", > draft-farinacci-lisp-12.txt (work in progress), > March 2009. > > *[LISP-MN] Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP > Mobility Architecture", draft-meyer-lisp-mn-00.txt (work > in progress), July 2009.* > > [LISP-MS] Farinacci, D. and V. Fuller, "LISP Map Server", > draft-ietf-lisp-ms-01.txt (work in progress), May 2009. > > [LISP1] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, > "Locator/ID Separation Protocol (LISP1) [Routable ID > Version]", > Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt, > October 2006. > > [LISP2] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, > "Locator/ID Separation Protocol (LISP2) [DNS-based > Version]", > Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt, > November 2006. > > [LISPDHT] Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT: > Towards a DHT to map identifiers onto locators", > draft-mathy-lisp-dht-00.txt (work in progress), > February 2008. > > [LOC-ID-ARCH] > Meyer, D. and D. Lewis, "Architectural Implications of > Locator/ID Separation", > draft-meyer-loc-id-implications-01.txt (work in progress), > Januaryr 2009. > > [MLISP] Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas, > "LISP for Multicast Environments", > draft-ietf-lisp-multicast-01.txt (work in progress), > May 2009. > > [NERD] Lear, E., "NERD: A Not-so-novel EID to RLOC Database", > draft-lear-lisp-nerd-04.txt (work in progress), > April 2008. > > [OPENLISP] > Iannone, L. and O. Bonaventure, "OpenLISP Implementation > Report", draft-iannone-openlisp-implementation-01.txt > (work in progress), July 2008. > > [RADIR] Narten, T., "Routing and Addressing Problem Statement", > draft-narten-radir-problem-statement-00.txt (work in > progress), July 2007. > > [RFC3344bis] > Perkins, C., "IP Mobility Support for IPv4, revised", > draft-ietf-mip4-rfc3344bis-05 (work in progress), > July 2007. > > [RFC4192] Baker, F., Lear, E., and R. Droms, "Procedures for > Renumbering an IPv6 Network without a Flag Day", RFC 4192, > September 2005. > > [RPFV] Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector > TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress), > January 2009. > > [RPMD] Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol > for Routing Protocol Meta-data Dissemination", > draft-handley-p2ppush-unpublished-2007726.txt (work in > progress), July 2007. > > [SHIM6] Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim > protocol", draft-ietf-shim6-proto-06.txt (work in > progress), October 2006. > > Appendix A. Acknowledgments > > An initial thank you goes to Dave Oran for planting the seeds for the > initial ideas for LISP. His consultation continues to provide value > to the LISP authors. > > A special and appreciative thank you goes to Noel Chiappa for > providing architectural impetus over the past decades on separation > of location and identity, as well as detailed review of the LISP > architecture and documents, coupled with enthusiasm for making LISP a > practical and incremental transition for the Internet. > > The authors would like to gratefully acknowledge many people who have > contributed discussion and ideas to the making of this proposal. > They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller, > Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston, > David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley, > Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler, > Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi > Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger > Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland > Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian > Lezama, Attilla De Groot, Parantap Lahiri, and David Black. > > In particular, we would like to thank Dave Meyer for his clever > suggestion for the name "LISP". ;-) > > This work originated in the Routing Research Group (RRG) of the IRTF. > The individual submission [LISP-MAIN] was converted into this IETF > LISP working group draft. > > Authors' Addresses > > Dino Farinacci > cisco Systems > Tasman Drive > San Jose, CA 95134 > USA > > Email: dino@cisco.com > > Vince Fuller > cisco Systems > Tasman Drive > San Jose, CA 95134 > USA > > Email: vaf@cisco.com > > Dave Meyer > cisco Systems > 170 Tasman Drive > San Jose, CA > USA > > Email: dmm@cisco.com > > Darrel Lewis > cisco Systems > 170 Tasman Drive > San Jose, CA > USA > > Email: darlewis@cisco.com > > > > > ------------------------------------------------------------------------ > > > > > > > > ------------------------------------------------------------------------ > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From hartmans@mit.edu Mon Jul 13 11:15:56 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5DAF93A67AD for ; Mon, 13 Jul 2009 11:15:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.369 X-Spam-Level: X-Spam-Status: No, score=-1.369 tagged_above=-999 required=5 tests=[AWL=-0.246, BAYES_00=-2.599, FH_HOST_EQ_D_D_D_D=0.765, HELO_MISMATCH_ORG=0.611, RDNS_DYNAMIC=0.1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VZ+KxTMP3eCk for ; Mon, 13 Jul 2009 11:15:55 -0700 (PDT) Received: from carter-zimmerman.suchdamage.org (dhcp-18-111-6-149.dyn.mit.edu [18.111.6.149]) by core3.amsl.com (Postfix) with ESMTP id AFD2928C33C for ; Mon, 13 Jul 2009 11:13:58 -0700 (PDT) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 2C1994209; Mon, 13 Jul 2009 14:14:27 -0400 (EDT) To: Damien Saucez References: <4A5B3F69.8040202@uclouvain.be> From: Sam Hartman Date: Mon, 13 Jul 2009 14:14:27 -0400 In-Reply-To: <4A5B3F69.8040202@uclouvain.be> (Damien Saucez's message of "Mon\, 13 Jul 2009 16\:06\:33 +0200") Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 13 Jul 2009 18:15:56 -0000 >>>>> "Damien" == Damien Saucez writes: Damien> Dino, Technical comments inline. Damien> The next two paragraphs are my personal opinion and may Damien> not be shared by Luigi or Olivier. Damien> Once again, why don't you consider versioning at all? Do Damien> you have a good reason to ignore it? We propose a solution Damien> that makes both specification and implementation simpler Damien> and increase security but you ignore it. Damien> As I already said dozens of time, the control and Damien> data-plane format could be completely separated. Why do we Damien> have the R bits in the Map req/rep while it is written, in Damien> the respective sections, something like "ignore this Damien> field, it has no use". IMO, LISP should propose a clean Damien> protocol with a nice separation between data and control Damien> plane. LISP proposes to separate the ID and the LOC, so Damien> why not go one steps further and separate control and data Damien> plane? I think it is reasonable for the editors to wait for this issue to resolve before reflecting any changes that the WG may reach consensus on in the text. We asked about whether we should block packet format changes on reaching consensus on map versioning; there didn't seem to be a lot of support for that. I do think map versioning is opening and I do hope we can come to closure in Stockholm. From dino@cisco.com Mon Jul 13 22:00:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A47513A6903 for ; Mon, 13 Jul 2009 22:00:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.276 X-Spam-Level: X-Spam-Status: No, score=-6.276 tagged_above=-999 required=5 tests=[AWL=-0.277, BAYES_00=-2.599, J_CHICKENPOX_42=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0fNytFlTo9cV for ; Mon, 13 Jul 2009 22:00:32 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 4D8EA3A68B9 for ; Mon, 13 Jul 2009 22:00:32 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAHKtW0qrR7MV/2dsb2JhbAC2dIgjj0IFhAiBQg X-IronPort-AV: E=Sophos;i="4.42,395,1243814400"; d="scan'208";a="185686106" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-2.cisco.com with ESMTP; 14 Jul 2009 04:57:27 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6E4vRNU027082; Mon, 13 Jul 2009 21:57:27 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6E4vReQ027742; Tue, 14 Jul 2009 04:57:27 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 13 Jul 2009 21:57:27 -0700 Received: from [198.18.105.163] ([10.21.125.58]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 13 Jul 2009 21:57:25 -0700 Message-Id: From: Dino Farinacci To: Damien Saucez In-Reply-To: <4A5B3F69.8040202@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 13 Jul 2009 21:57:23 -0700 References: <4A5B3F69.8040202@uclouvain.be> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 04:57:26.0255 (UTC) FILETIME=[94FD27F0:01CA043F] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=14646; t=1247547447; x=1248411447; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=/UmK8ilrunNJpEmVNXllkEfMHwXiSt8aRfI/YZHC2fI=; b=GT4/trYHlwBmWxCRbql/waw5+uQfE6rCq13jrbRsr/Qo76HSK/TuD/El3s 7JfERgtmCwOpuaQL0ZAwldMnDZUnabIokZzBpZXeaBvhFeRaeVq76rb90y7G DD5HCTLX/RwVJuowKzjA7xKmTQqA6QArl9GCbX3AJ15Pbt3q61XIA=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 05:00:34 -0000 > Dino, > > Technical comments inline. Thanks for the comments. What I will do is reflect comments I receive from you and some I have received from others and send a diff file from -02 to -03. Then when I get an ack, I'll post a -03. I'll send the diff file in another email. > The next two paragraphs are my personal opinion and may not be > shared by Luigi or Olivier. Sure, we want to receive your opinion. > Once again, why don't you consider versioning at all? Do you have a > good reason to ignore it? We propose a solution that makes both > specification and implementation simpler and increase security but > you ignore it. We are considering versioning. We are wondering if changing to version adds any value. We don't want to change more than we need to unless there is apparent value. As Sam said, there has been no apparent consensus about this. And as I have mentioned we can use a versioning scheme with a single value. The nonce value we already have. I don't see any different functionality using the SMR-bit and the "nonce as a version number". Also, which I will explain clearly at my working group presentation, and will poll the group about RLOC-probing. If we can reach consensus about this, maybe SMRs won't be needed. > As I already said dozens of time, the control and data-plane format > could be completely separated. Why do we have the R bits in the Map > req/rep while it is written, in the respective sections, something > like "ignore this field, it has no use". IMO, LISP should propose a > clean protocol with a nice separation between data and control > plane. LISP proposes to separate the ID and the LOC, so why not go > one steps further and separate control and data plane? Well, you haven't said it dozens of times, but I remember at least once. I have talked it over with the other authors and believe this is a low-cost change. We just have to rev the LISP network in a turnkey fashion. Having said that, it is very important that the spec tracks what we are implementing. We really desire to have "rough consensus and running code" for this working group. So please have some sensitivity to the deployment aspects of this (which you are part of, of course). > Back to the specs now ;-) I snipped the sections you didn't comment on. >> >> UDP Checksum: this field > typo >> field Fixed. Thanks. >> MUST > SHOULD >> be transmitted as 0 and ignored >> on receipt by the ETR. Note, even when the UDP checksum is >> transmitted as 0 an intervening NAT device can recalculate the >> checksum and rewrite the UDP checksum field to non-zero. For >> performance reasons, the ETR MUST ignore the checksum and > >> MUST > SHOULD >> not >> do a checksum computation. >> > it would be better to have: if checksum is not computed, checksum > MUST be set to 0. Otherwise, the value MUST be the result of the > checksum computation. Then, if someone desires to check UDP, it can > iif it is non-zero. We have made this clear before. We want hardware forwarders to not compute the UDP checksum. MUST is a really important to be spec'ed. >> >> When doing Recursive Tunneling: *Tunneling or ITR/PTR >> encapsulation:* >> >> o The OH header Time to Live field (or Hop Limit field, in case of >> IPv6) MUST be copied from the IH header Time to Live field. >> >> > Why not with a -1? Do you consider that -1 has been done before > being processed by the LISP code? If yes, should be explicitly > written. If no -1, a loop can happen. Well, when the non-encapsulated arrives at the router, it is decremented by 1, then encapsulated. So the copy of the inner TTL to the outer TTL is -1. >> o The OH header Type of Service field (or the Traffic Class field, >> in the case of IPv6) SHOULD be copied from the IH header Type of >> Service field (with one caveat, see below). >> >> When doing Re-encapsulated Tunneling: >> >> o The new OH header Time to Live field > >> SHOULD > MUST We say should because there are cases when operators want fixed TTLs for the tunnels. >> 1. The ITR will keep state of the effective MTU for each locator >> per >> mapping cache entry. The effective MTU is what the core >> network >> can deliver along the path between ITR and ETR. >> >> 2. When an encapsulated packet, with DF bit always set to 0, >> exceeds >> what the core network can deliver, one of the intermediate >> routers on the path will send an ICMP Too Big message to the >> ITR. >> > Too Big is v6 only, in v4, it is a type 3, code 4 (Frag needed). It > makes no sense to send ICMPv6 if in v4. It is a mistake we did in > the OpenLISP implem report. That is not what we are saying here. "Too Big" is a general term for both protocol families. Type 3/code 4 is a "Too Big" message. RFC 1191 calls it a "Too Big" message. >> The LISP UDP-based messages are the Map-Request and Map-Reply >> messages. When a UDP Map-Request is sent, the UDP source port is >> chosen by the sender and the destination UDP port number is set to >> 4342. When a UDP Map-Reply is sent, the source UDP port number is >> set to 4342 and the destination UDP port number is copied from the >> source port of either the Map-Request or the invoking data packet. >> >> > Could we simplify by: > > The LISP UDP-based messages are the Map-Request and Map-Reply > messages. When a UDP Map-Request is sent, the UDP source port > SHOULD be 4342 and the destination UDP port number is set to > 4342. When a UDP Map-Reply is sent, the source UDP port number is > set to 4342 and the destination UDP port number is copied from the > source port of either the Map-Request or the invoking data packet. It definitely should not be a SHOULD. What else would the implementor put in the field. How else would you detect a control packet? It is simpler from a forwarding perspective to early on in data-plane processing to determine a control packet with a single port number check and later if you decide to process the packet, you demux on the Type field. You want the data-plane to detect a control packet, kick the packet to the control-plane, and then the control-plane does the type demux. > It makes the source able to chose the port be, in practice, a > default value of 4342 is used. I think that only few site require a > non-4342 source and, because dest cannot be chosen, all the site are > forced to listen 4342... Just like other protocols we want the query to have the destination port well-known and the reply to be the opposite. See DNS, see RIP. There are others. >> LISP-CONS Open Message: 8 b'1000' >> LISP-CONS Push-Add Message: 9 b'1001' >> LISP-CONS Push-Delete Message: 10 b'1010' >> LISP-CONS Unreachable Message 11 b'1011' >> >> > Remove, cons is not consider in the WG. Well, we don't want to lose the code-points and the CONS spec doesn't have them and I think we don't want to update the CONS spec. I'll let Dave Meyer decide. >> Locator Reach Bits: These bits MUST be set to 0 on transmission >> and >> ignored on receipt. They cannot be used for indicating >> reachability because the Map-Request does not have the EID- >> prefix >> for the sending site so the receiver of the Map-Request cannot >> know what mapping entry to associate the reachability with. >> However, when Mapping Data is provided in the Map-Reply Record >> field, and the receiver of the Map-Request is configured to >> accept >> the mapping data, the R-bit per locator entry in the EID-prefix >> record is used to denote reachability. >> >> > if no use, remove them! We have decided to remove them. Thanks. >> Nonce: A 4-byte random value created by the sender of the Map- >> Request. >> > 3-bytes to be consistent with the data-plane. Or give another name. There is no reason why it can't be longer. It is relative to the packet type so it can be different. >> Type: 1 (Map-Request) >> >> A: This is an authoritative bit, which is set to 0 for UDP-based >> Map- >> Requests sent by an ITR. See other control-specific documents >> [CONS] for TCP-based Map-Requests. >> >> R: When set, it indicates a Map-Reply Record segment is included in >> the Map-Request. >> >> > >> *P: Indicates that a Map-Request should be treated as a "piggyback" >> locator reachability probe. The receiver should respond with a >> Map-Reply with the P bit set and the nonce copied from the Map- >> Request. Details on this usage will be provided in a future >> version of this draft. >> >> * > If you do not explain what it is, do not put it in the draft yet. > Please, specify before implementing, otherwise, it is very difficult > to make OpenLISP compatible with what you do. This is the role of > "reserved flags"... You can ignore this flag for now. We are not ready to add to the draft. But we want to define the bit so it's not so hard to upgrade the network for every packet format change. >> >> 6.1.3. EID-to-RLOC UDP Map-Request Message >> >> A Map-Request is sent from an ITR when it needs a mapping for an >> EID, >> wants to test an RLOC for reachability, > you thus consider control and data plane paths being the same? When you test for reachability, you must test the underlying network yes. >> or wants to refresh a mapping >> before TTL expiration. For the initial case, the destination IP >> address used for the Map-Request is the destination-EID from the >> packet which had a mapping cache lookup failure. For the later 2 >> cases, the destination IP address used for the Map-Request is one >> of >> the RLOC addresses from the locator-set of the map cache entry. In >> all cases, the UDP source port number for the Map-Request message >> is >> a randomly allocated 16-bit value and the UDP destination port >> number >> is set to the well-known destination port number 4342. A >> successful >> Map-Reply updates the cached set of RLOCs associated with the EID >> prefix range. >> >> Map-Requests can also be LISP encapsulated using UDP destination >> port >> 4341 when sent from an ITR to a Map-Resolver. Likewise, Map- >> Requests >> are LISP encapsulated the same way from a Map-Server to an ETR. >> Details on encapsulated Map-Requests and Map-Resolvers can be found >> in [LISP-MS]. >> >> Map-Requests MUST be rate-limited. It is recommended that a Map- >> Request for the same EID-prefix be sent no more than once per >> second. >> > Why 1 second? As the TTL is with a one minute granularity, why 1 > second? for when TTL is set to 0? If it is for the SMR bit, this > bit should not be seen too frequently, otherwise, the 1minute > granularity TTL has to be revised. Because if a Map-Request gets lost the next invoking packet 1 second later can cause a Map-Request to be sent. There really isn't any good number and it should be configurable. You want to send a Map-Request before the TTL goes to 0 so your timer process doesn't remove the entry. So you have some time to retransmit. But the rate-limiting should be done in both cases when you have a map- cache entry and when you are trying to get one. I might not be understanding your comment. If I missed it, please restate. Thanks. > >> Locator Reach Bits: Refer to Section 5.3. This field MUST be >> set to >> 0 on transmission and ignored on receipt. The locator >> reachability is encoded as the R-bit in each locator entry of >> each >> EID-prefix record. >> >> > Not used, then remove it. Will remove. >> Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request >> that is echoed here in the Map-Reply. >> >> > 3-bytes or change the name. Will remove the Locator Reach Bits and same comment as above. >> Type: 2 (Map-Reply) >> >> *P: Indicates that the Map-Reply is in response to a "piggyback" >> locator reachability Map-Request. The nonce field should >> contain >> a copy of the nonce value from the original Map-Request. >> Details >> on this usage will be provided in a future version of this >> draft.* >> >> > cf supra (remove this part or explain it) Same comment as above. >> Reserved: Set to 0 on transmission and ignored on receipt. >> >> Record Count: The number of records in this reply message. A >> record >> is comprised of that portion of the packet labeled 'Record' >> above >> and occurs the number of times equal to Record count. >> >> Record TTL: The time in minutes the recipient of the Map-Reply >> will >> store the mapping. If the TTL is 0, the entry should be removed >> from the cache immediately. If the value is 0xffffffff, the >> recipient can decide locally how long to store the mapping. >> >> > 32-bit for one minute granularity TTL means that a mapping can live > 8171 years, reduce the side to win space or switch to a one second > granularity (136 years should be enough ;-) ) (but you can recommend > to use > 1minute TTL). We deliberately didn't want second granularity. Can we please not change this. There is no compelling reason to do so. >> Locator Count: The number of Locator entries. A locator entry >> comprises what is labeled above as 'Loc'. The locator count can >> be 0 indicating there are no locators for the EID-prefix. >> >> EID mask-len: Mask length for EID prefix. >> >> A: The Authoritative bit, when sent by a UDP-based message is >> always >> set by the ETR. > >> See [CONS] for TCP-based Map-Replies. >> >> > remove as CONS is not considered. Will remove. >> 6.3.1. Echo Nonce Algorithm >> >> * > To clarify this section, it should be rewritten with the idea that > this is a hint for the "non-reachability". If the reply comes, > perfect, we have reachability. Otherwise, it is a hint that there is > maybe a reachability issue and then another technique has to be used. I will add some text to reflect that. Good comment. > Regards > > Damien Saucez Thanks again Damien! Dino From damien.saucez@uclouvain.be Mon Jul 13 23:48:32 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B54003A68D1 for ; Mon, 13 Jul 2009 23:48:32 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.149 X-Spam-Level: X-Spam-Status: No, score=-5.149 tagged_above=-999 required=5 tests=[AWL=0.850, BAYES_00=-2.599, J_CHICKENPOX_42=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id OT3kpBl4sBWY for ; Mon, 13 Jul 2009 23:48:31 -0700 (PDT) Received: from smtp3.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 401303A68AF for ; Mon, 13 Jul 2009 23:48:30 -0700 (PDT) Received: from [130.104.228.25] (mimir2.dhcp.info.ucl.ac.be [130.104.228.25]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp3.sgsi.ucl.ac.be) by smtp3.sgsi.ucl.ac.be (Postfix) with ESMTPSA id B0BD91C5993; Tue, 14 Jul 2009 08:47:55 +0200 (CEST) Message-ID: <4A5C2A1A.4040606@uclouvain.be> Date: Tue, 14 Jul 2009 08:47:54 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.21 (X11/20090409) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-3.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: B0BD91C5993.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 06:48:32 -0000 Dino, Thanks for the answer, comments are inline. Dino Farinacci wrote: >> Dino, >> >> Technical comments inline. > > Thanks for the comments. What I will do is reflect comments I receive > from you and some I have received from others and send a diff file > from -02 to -03. Then when I get an ack, I'll post a -03. > > I'll send the diff file in another email. > >> The next two paragraphs are my personal opinion and may not be shared >> by Luigi or Olivier. > > Sure, we want to receive your opinion. > >> Once again, why don't you consider versioning at all? Do you have a >> good reason to ignore it? We propose a solution that makes both >> specification and implementation simpler and increase security but >> you ignore it. > > We are considering versioning. We are wondering if changing to version > adds any value. We don't want to change more than we need to unless > there is apparent value. As Sam said, there has been no apparent > consensus about this. > > And as I have mentioned we can use a versioning scheme with a single > value. The nonce value we already have. I don't see any different > functionality using the SMR-bit and the "nonce as a version number". > > Also, which I will explain clearly at my working group presentation, > and will poll the group about RLOC-probing. If we can reach consensus > about this, maybe SMRs won't be needed. > ok, we'll discuss this in detail during the meeting. >> As I already said dozens of time, the control and data-plane format >> could be completely separated. Why do we have the R bits in the Map >> req/rep while it is written, in the respective sections, something >> like "ignore this field, it has no use". IMO, LISP should propose a >> clean protocol with a nice separation between data and control plane. >> LISP proposes to separate the ID and the LOC, so why not go one steps >> further and separate control and data plane? > > Well, you haven't said it dozens of times, but I remember at least once. Sorry, it was a bad translation from French ;-) > I have talked it over with the other authors and believe this is a > low-cost change. We just have to rev the LISP network in a turnkey > fashion. > > Having said that, it is very important that the spec tracks what we > are implementing. We really desire to have "rough consensus and > running code" for this working group. Sure, but what I said is that we can first discuss the features and then implement them. Of course, you did it internally but maybe you could send the next features on the mailing list to get some comments. The problem, IMHO, if we directly go to implementation is that we reduce our vision to purely technical problems. It is very important, but technical problems are easier to solve than a misconception, don't you think? > So please have some sensitivity to the deployment aspects of this > (which you are part of, of course). > of course, and about that we'll have a "surprise" for you in Stockholm ;-) >> Back to the specs now ;-) > > I snipped the sections you didn't comment on. > >>> >>> UDP Checksum: this field >> typo >>> field > > Fixed. Thanks. > >>> MUST >> SHOULD >>> be transmitted as 0 and ignored >>> on receipt by the ETR. Note, even when the UDP checksum is >>> transmitted as 0 an intervening NAT device can recalculate the >>> checksum and rewrite the UDP checksum field to non-zero. For >>> performance reasons, the ETR MUST ignore the checksum and >> >>> MUST >> SHOULD >>> not >>> do a checksum computation. >>> >> it would be better to have: if checksum is not computed, checksum >> MUST be set to 0. Otherwise, the value MUST be the result of the >> checksum computation. Then, if someone desires to check UDP, it can >> iif it is non-zero. > > We have made this clear before. We want hardware forwarders to not > compute the UDP checksum. MUST is a really important to be spec'ed. > ok. >>> >>> When doing Recursive Tunneling: *Tunneling or ITR/PTR encapsulation:* >>> >>> o The OH header Time to Live field (or Hop Limit field, in case of >>> IPv6) MUST be copied from the IH header Time to Live field. >>> >>> >> Why not with a -1? Do you consider that -1 has been done before being >> processed by the LISP code? If yes, should be explicitly written. If >> no -1, a loop can happen. > > Well, when the non-encapsulated arrives at the router, it is > decremented by 1, then encapsulated. So the copy of the inner TTL to > the outer TTL is -1. > ok, sorry for this stupid question. >>> o The OH header Type of Service field (or the Traffic Class field, >>> in the case of IPv6) SHOULD be copied from the IH header Type of >>> Service field (with one caveat, see below). >>> >>> When doing Re-encapsulated Tunneling: >>> >>> o The new OH header Time to Live field >> >>> SHOULD >> MUST > > We say should because there are cases when operators want fixed TTLs > for the tunnels. > Then you have a risk of loop. >>> 1. The ITR will keep state of the effective MTU for each locator per >>> mapping cache entry. The effective MTU is what the core network >>> can deliver along the path between ITR and ETR. >>> >>> 2. When an encapsulated packet, with DF bit always set to 0, exceeds >>> what the core network can deliver, one of the intermediate >>> routers on the path will send an ICMP Too Big message to the ITR. >>> >> Too Big is v6 only, in v4, it is a type 3, code 4 (Frag needed). It >> makes no sense to send ICMPv6 if in v4. It is a mistake we did in the >> OpenLISP implem report. > > That is not what we are saying here. "Too Big" is a general term for > both protocol families. Type 3/code 4 is a "Too Big" message. RFC 1191 > calls it a "Too Big" message. > ok >>> The LISP UDP-based messages are the Map-Request and Map-Reply >>> messages. When a UDP Map-Request is sent, the UDP source port is >>> chosen by the sender and the destination UDP port number is set to >>> 4342. When a UDP Map-Reply is sent, the source UDP port number is >>> set to 4342 and the destination UDP port number is copied from the >>> source port of either the Map-Request or the invoking data packet. >>> >>> >> Could we simplify by: >> >> The LISP UDP-based messages are the Map-Request and Map-Reply >> messages. When a UDP Map-Request is sent, the UDP source port >> SHOULD be 4342 and the destination UDP port number is set to >> 4342. When a UDP Map-Reply is sent, the source UDP port number is >> set to 4342 and the destination UDP port number is copied from the >> source port of either the Map-Request or the invoking data packet. > > It definitely should not be a SHOULD. What else would the implementor > put in the field. How else would you detect a control packet? It is > simpler from a forwarding perspective to early on in data-plane > processing to determine a control packet with a single port number > check and later if you decide to process the packet, you demux on the > Type field. > Probably that the comment was not clear. It didn't say to change the destination port for the request, but only consider that, by default, the source port for the request is 4342. This is almost the same as what you have in the draft, except that I propose to have a default value for this source port while you don't. With a picture: |------------Req ---->| | | | <4342, x> | |<----------Rep-------| > You want the data-plane to detect a control packet, kick the packet to > the control-plane, and then the control-plane does the type demux. > >> It makes the source able to chose the port be, in practice, a default >> value of 4342 is used. I think that only few site require a non-4342 >> source and, because dest cannot be chosen, all the site are forced to >> listen 4342... > > Just like other protocols we want the query to have the destination > port well-known and the reply to be the opposite. See DNS, see RIP. > There are others. > Of course, cf supra. >>> LISP-CONS Open Message: 8 b'1000' >>> LISP-CONS Push-Add Message: 9 b'1001' >>> LISP-CONS Push-Delete Message: 10 b'1010' >>> LISP-CONS Unreachable Message 11 b'1011' >>> >>> >> Remove, cons is not consider in the WG. > > Well, we don't want to lose the code-points and the CONS spec doesn't > have them and I think we don't want to update the CONS spec. I'll let > Dave Meyer decide. > >>> Locator Reach Bits: These bits MUST be set to 0 on transmission and >>> ignored on receipt. They cannot be used for indicating >>> reachability because the Map-Request does not have the EID-prefix >>> for the sending site so the receiver of the Map-Request cannot >>> know what mapping entry to associate the reachability with. >>> However, when Mapping Data is provided in the Map-Reply Record >>> field, and the receiver of the Map-Request is configured to accept >>> the mapping data, the R-bit per locator entry in the EID-prefix >>> record is used to denote reachability. >>> >>> >> if no use, remove them! > > We have decided to remove them. Thanks. > >>> Nonce: A 4-byte random value created by the sender of the Map- >>> Request. >>> >> 3-bytes to be consistent with the data-plane. Or give another name. > > There is no reason why it can't be longer. It is relative to the > packet type so it can be different. > >>> Type: 1 (Map-Request) >>> >>> A: This is an authoritative bit, which is set to 0 for UDP-based Map- >>> Requests sent by an ITR. See other control-specific documents >>> [CONS] for TCP-based Map-Requests. >>> >>> R: When set, it indicates a Map-Reply Record segment is included in >>> the Map-Request. >>> >>> >> >>> *P: Indicates that a Map-Request should be treated as a "piggyback" >>> locator reachability probe. The receiver should respond with a >>> Map-Reply with the P bit set and the nonce copied from the Map- >>> Request. Details on this usage will be provided in a future >>> version of this draft. >>> >>> * >> If you do not explain what it is, do not put it in the draft yet. >> Please, specify before implementing, otherwise, it is very difficult >> to make OpenLISP compatible with what you do. This is the role of >> "reserved flags"... > > You can ignore this flag for now. We are not ready to add to the > draft. But we want to define the bit so it's not so hard to upgrade > the network for every packet format change. > >>> >>> 6.1.3. EID-to-RLOC UDP Map-Request Message >>> >>> A Map-Request is sent from an ITR when it needs a mapping for an EID, >>> wants to test an RLOC for reachability, >> you thus consider control and data plane paths being the same? > > When you test for reachability, you must test the underlying network yes. > >>> or wants to refresh a mapping >>> before TTL expiration. For the initial case, the destination IP >>> address used for the Map-Request is the destination-EID from the >>> packet which had a mapping cache lookup failure. For the later 2 >>> cases, the destination IP address used for the Map-Request is one of >>> the RLOC addresses from the locator-set of the map cache entry. In >>> all cases, the UDP source port number for the Map-Request message is >>> a randomly allocated 16-bit value and the UDP destination port number >>> is set to the well-known destination port number 4342. A successful >>> Map-Reply updates the cached set of RLOCs associated with the EID >>> prefix range. >>> >>> Map-Requests can also be LISP encapsulated using UDP destination port >>> 4341 when sent from an ITR to a Map-Resolver. Likewise, Map-Requests >>> are LISP encapsulated the same way from a Map-Server to an ETR. >>> Details on encapsulated Map-Requests and Map-Resolvers can be found >>> in [LISP-MS]. >>> >>> Map-Requests MUST be rate-limited. It is recommended that a Map- >>> Request for the same EID-prefix be sent no more than once per second. >>> >> Why 1 second? As the TTL is with a one minute granularity, why 1 >> second? for when TTL is set to 0? If it is for the SMR bit, this bit >> should not be seen too frequently, otherwise, the 1minute granularity >> TTL has to be revised. > > Because if a Map-Request gets lost the next invoking packet 1 second > later can cause a Map-Request to be sent. There really isn't any good > number and it should be configurable. > > You want to send a Map-Request before the TTL goes to 0 so your timer > process doesn't remove the entry. So you have some time to retransmit. > But the rate-limiting should be done in both cases when you have a > map-cache entry and when you are trying to get one. > > I might not be understanding your comment. If I missed it, please > restate. Thanks. > >> >>> Locator Reach Bits: Refer to Section 5.3. This field MUST be set to >>> 0 on transmission and ignored on receipt. The locator >>> reachability is encoded as the R-bit in each locator entry of each >>> EID-prefix record. >>> >>> >> Not used, then remove it. > > Will remove. > >>> Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request >>> that is echoed here in the Map-Reply. >>> >>> >> 3-bytes or change the name. > > Will remove the Locator Reach Bits and same comment as above. > >>> Type: 2 (Map-Reply) >>> >>> *P: Indicates that the Map-Reply is in response to a "piggyback" >>> locator reachability Map-Request. The nonce field should contain >>> a copy of the nonce value from the original Map-Request. Details >>> on this usage will be provided in a future version of this draft.* >>> >>> >> cf supra (remove this part or explain it) > > Same comment as above. > >>> Reserved: Set to 0 on transmission and ignored on receipt. >>> >>> Record Count: The number of records in this reply message. A record >>> is comprised of that portion of the packet labeled 'Record' above >>> and occurs the number of times equal to Record count. >>> >>> Record TTL: The time in minutes the recipient of the Map-Reply will >>> store the mapping. If the TTL is 0, the entry should be removed >>> from the cache immediately. If the value is 0xffffffff, the >>> recipient can decide locally how long to store the mapping. >>> >>> >> 32-bit for one minute granularity TTL means that a mapping can live >> 8171 years, reduce the side to win space or switch to a one second >> granularity (136 years should be enough ;-) ) (but you can recommend >> to use > 1minute TTL). > > We deliberately didn't want second granularity. Can we please not > change this. There is no compelling reason to do so. > Then, we can win some bits (8?) and use them for something else? (24bits gives 30 years of TTL) >>> Locator Count: The number of Locator entries. A locator entry >>> comprises what is labeled above as 'Loc'. The locator count can >>> be 0 indicating there are no locators for the EID-prefix. >>> >>> EID mask-len: Mask length for EID prefix. >>> >>> A: The Authoritative bit, when sent by a UDP-based message is always >>> set by the ETR. >> >>> See [CONS] for TCP-based Map-Replies. >>> >>> >> remove as CONS is not considered. > > Will remove. > >>> 6.3.1. Echo Nonce Algorithm >>> >>> * >> To clarify this section, it should be rewritten with the idea that >> this is a hint for the "non-reachability". If the reply comes, >> perfect, we have reachability. Otherwise, it is a hint that there is >> maybe a reachability issue and then another technique has to be used. > > I will add some text to reflect that. Good comment. > >> Regards >> >> Damien Saucez > > Thanks again Damien! > > Dino > Thank you. Damien Saucez From luigi@net.t-labs.tu-berlin.de Tue Jul 14 03:18:23 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E70C328C0E4 for ; Tue, 14 Jul 2009 03:18:23 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.649 X-Spam-Level: X-Spam-Status: No, score=-1.649 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_DE=0.35, J_CHICKENPOX_42=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dfeOZpz3tiq6 for ; Tue, 14 Jul 2009 03:18:22 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 58FEC3A6C3B for ; Tue, 14 Jul 2009 03:18:21 -0700 (PDT) Received: from [192.168.0.10] (ivr94-2-81-56-53-60.fbx.proxad.net [81.56.53.60]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 642EE701BAB1; Tue, 14 Jul 2009 12:17:19 +0200 (CEST) Message-Id: <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> From: Luigi Iannone To: Dino Farinacci In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 12:17:18 +0200 References: <4A5B3F69.8040202@uclouvain.be> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 10:18:24 -0000 On Jul 14, 2009, at 6:57 , Dino Farinacci wrote: >> Dino, >> >> Technical comments inline. > > Thanks for the comments. What I will do is reflect comments I > receive from you and some I have received from others and send a > diff file from -02 to -03. Then when I get an ack, I'll post a -03. > > I'll send the diff file in another email. > >> The next two paragraphs are my personal opinion and may not be >> shared by Luigi or Olivier. > > Sure, we want to receive your opinion. > >> Once again, why don't you consider versioning at all? Do you have a >> good reason to ignore it? We propose a solution that makes both >> specification and implementation simpler and increase security but >> you ignore it. > > We are considering versioning. We are wondering if changing to > version adds any value. We don't want to change more than we need to > unless there is apparent value. As Sam said, there has been no > apparent consensus about this. On this topic, what about my last mail of 7th July? There is value in versioning the way we propose it. And yes, there has been no consensus on accepting versioning, but neither consensus on rejecting it. There has been some discussion on the number of bits used for versioning, which I personally think is not the main point. What is important is the feedback that versioning provides without the need of extra signaling, nor extra bytes, just re-using part of the actual LISP header. I guess people are still pondering, but, since there are clear advantages with versioning, they will finally accept it ;-))) Luigi > > And as I have mentioned we can use a versioning scheme with a single > value. The nonce value we already have. I don't see any different > functionality using the SMR-bit and the "nonce as a version number". > > Also, which I will explain clearly at my working group presentation, > and will poll the group about RLOC-probing. If we can reach > consensus about this, maybe SMRs won't be needed. > >> As I already said dozens of time, the control and data-plane format >> could be completely separated. Why do we have the R bits in the Map >> req/rep while it is written, in the respective sections, something >> like "ignore this field, it has no use". IMO, LISP should propose a >> clean protocol with a nice separation between data and control >> plane. LISP proposes to separate the ID and the LOC, so why not go >> one steps further and separate control and data plane? > > Well, you haven't said it dozens of times, but I remember at least > once. I have talked it over with the other authors and believe this > is a low-cost change. We just have to rev the LISP network in a > turnkey fashion. > > Having said that, it is very important that the spec tracks what we > are implementing. We really desire to have "rough consensus and > running code" for this working group. So please have some > sensitivity to the deployment aspects of this (which you are part > of, of course). > >> Back to the specs now ;-) > > I snipped the sections you didn't comment on. > >>> >>> UDP Checksum: this field >> typo >>> field > > Fixed. Thanks. > >>> MUST >> SHOULD >>> be transmitted as 0 and ignored >>> on receipt by the ETR. Note, even when the UDP checksum is >>> transmitted as 0 an intervening NAT device can recalculate the >>> checksum and rewrite the UDP checksum field to non-zero. For >>> performance reasons, the ETR MUST ignore the checksum and >> >>> MUST >> SHOULD >>> not >>> do a checksum computation. >>> >> it would be better to have: if checksum is not computed, checksum >> MUST be set to 0. Otherwise, the value MUST be the result of the >> checksum computation. Then, if someone desires to check UDP, it can >> iif it is non-zero. > > We have made this clear before. We want hardware forwarders to not > compute the UDP checksum. MUST is a really important to be spec'ed. > >>> >>> When doing Recursive Tunneling: *Tunneling or ITR/PTR >>> encapsulation:* >>> >>> o The OH header Time to Live field (or Hop Limit field, in case of >>> IPv6) MUST be copied from the IH header Time to Live field. >>> >>> >> Why not with a -1? Do you consider that -1 has been done before >> being processed by the LISP code? If yes, should be explicitly >> written. If no -1, a loop can happen. > > Well, when the non-encapsulated arrives at the router, it is > decremented by 1, then encapsulated. So the copy of the inner TTL to > the outer TTL is -1. > >>> o The OH header Type of Service field (or the Traffic Class field, >>> in the case of IPv6) SHOULD be copied from the IH header Type of >>> Service field (with one caveat, see below). >>> >>> When doing Re-encapsulated Tunneling: >>> >>> o The new OH header Time to Live field >> >>> SHOULD >> MUST > > We say should because there are cases when operators want fixed TTLs > for the tunnels. > >>> 1. The ITR will keep state of the effective MTU for each locator >>> per >>> mapping cache entry. The effective MTU is what the core >>> network >>> can deliver along the path between ITR and ETR. >>> >>> 2. When an encapsulated packet, with DF bit always set to 0, >>> exceeds >>> what the core network can deliver, one of the intermediate >>> routers on the path will send an ICMP Too Big message to the >>> ITR. >>> >> Too Big is v6 only, in v4, it is a type 3, code 4 (Frag needed). It >> makes no sense to send ICMPv6 if in v4. It is a mistake we did in >> the OpenLISP implem report. > > That is not what we are saying here. "Too Big" is a general term for > both protocol families. Type 3/code 4 is a "Too Big" message. RFC > 1191 calls it a "Too Big" message. > >>> The LISP UDP-based messages are the Map-Request and Map-Reply >>> messages. When a UDP Map-Request is sent, the UDP source port is >>> chosen by the sender and the destination UDP port number is set to >>> 4342. When a UDP Map-Reply is sent, the source UDP port number is >>> set to 4342 and the destination UDP port number is copied from the >>> source port of either the Map-Request or the invoking data packet. >>> >>> >> Could we simplify by: >> >> The LISP UDP-based messages are the Map-Request and Map-Reply >> messages. When a UDP Map-Request is sent, the UDP source port >> SHOULD be 4342 and the destination UDP port number is set to >> 4342. When a UDP Map-Reply is sent, the source UDP port number is >> set to 4342 and the destination UDP port number is copied from the >> source port of either the Map-Request or the invoking data packet. > > It definitely should not be a SHOULD. What else would the > implementor put in the field. How else would you detect a control > packet? It is simpler from a forwarding perspective to early on in > data-plane processing to determine a control packet with a single > port number check and later if you decide to process the packet, you > demux on the Type field. > > You want the data-plane to detect a control packet, kick the packet > to the control-plane, and then the control-plane does the type demux. > >> It makes the source able to chose the port be, in practice, a >> default value of 4342 is used. I think that only few site require a >> non-4342 source and, because dest cannot be chosen, all the site >> are forced to listen 4342... > > Just like other protocols we want the query to have the destination > port well-known and the reply to be the opposite. See DNS, see RIP. > There are others. > >>> LISP-CONS Open Message: 8 b'1000' >>> LISP-CONS Push-Add Message: 9 b'1001' >>> LISP-CONS Push-Delete Message: 10 b'1010' >>> LISP-CONS Unreachable Message 11 b'1011' >>> >>> >> Remove, cons is not consider in the WG. > > Well, we don't want to lose the code-points and the CONS spec > doesn't have them and I think we don't want to update the CONS spec. > I'll let Dave Meyer decide. > >>> Locator Reach Bits: These bits MUST be set to 0 on transmission >>> and >>> ignored on receipt. They cannot be used for indicating >>> reachability because the Map-Request does not have the EID- >>> prefix >>> for the sending site so the receiver of the Map-Request cannot >>> know what mapping entry to associate the reachability with. >>> However, when Mapping Data is provided in the Map-Reply Record >>> field, and the receiver of the Map-Request is configured to >>> accept >>> the mapping data, the R-bit per locator entry in the EID-prefix >>> record is used to denote reachability. >>> >>> >> if no use, remove them! > > We have decided to remove them. Thanks. > >>> Nonce: A 4-byte random value created by the sender of the Map- >>> Request. >>> >> 3-bytes to be consistent with the data-plane. Or give another name. > > There is no reason why it can't be longer. It is relative to the > packet type so it can be different. > >>> Type: 1 (Map-Request) >>> >>> A: This is an authoritative bit, which is set to 0 for UDP-based >>> Map- >>> Requests sent by an ITR. See other control-specific documents >>> [CONS] for TCP-based Map-Requests. >>> >>> R: When set, it indicates a Map-Reply Record segment is included in >>> the Map-Request. >>> >>> >> >>> *P: Indicates that a Map-Request should be treated as a "piggyback" >>> locator reachability probe. The receiver should respond with a >>> Map-Reply with the P bit set and the nonce copied from the Map- >>> Request. Details on this usage will be provided in a future >>> version of this draft. >>> >>> * >> If you do not explain what it is, do not put it in the draft yet. >> Please, specify before implementing, otherwise, it is very >> difficult to make OpenLISP compatible with what you do. This is the >> role of "reserved flags"... > > You can ignore this flag for now. We are not ready to add to the > draft. But we want to define the bit so it's not so hard to upgrade > the network for every packet format change. > >>> >>> 6.1.3. EID-to-RLOC UDP Map-Request Message >>> >>> A Map-Request is sent from an ITR when it needs a mapping for an >>> EID, >>> wants to test an RLOC for reachability, >> you thus consider control and data plane paths being the same? > > When you test for reachability, you must test the underlying network > yes. > >>> or wants to refresh a mapping >>> before TTL expiration. For the initial case, the destination IP >>> address used for the Map-Request is the destination-EID from the >>> packet which had a mapping cache lookup failure. For the later 2 >>> cases, the destination IP address used for the Map-Request is one >>> of >>> the RLOC addresses from the locator-set of the map cache entry. In >>> all cases, the UDP source port number for the Map-Request message >>> is >>> a randomly allocated 16-bit value and the UDP destination port >>> number >>> is set to the well-known destination port number 4342. A >>> successful >>> Map-Reply updates the cached set of RLOCs associated with the EID >>> prefix range. >>> >>> Map-Requests can also be LISP encapsulated using UDP destination >>> port >>> 4341 when sent from an ITR to a Map-Resolver. Likewise, Map- >>> Requests >>> are LISP encapsulated the same way from a Map-Server to an ETR. >>> Details on encapsulated Map-Requests and Map-Resolvers can be found >>> in [LISP-MS]. >>> >>> Map-Requests MUST be rate-limited. It is recommended that a Map- >>> Request for the same EID-prefix be sent no more than once per >>> second. >>> >> Why 1 second? As the TTL is with a one minute granularity, why 1 >> second? for when TTL is set to 0? If it is for the SMR bit, this >> bit should not be seen too frequently, otherwise, the 1minute >> granularity TTL has to be revised. > > Because if a Map-Request gets lost the next invoking packet 1 second > later can cause a Map-Request to be sent. There really isn't any > good number and it should be configurable. > > You want to send a Map-Request before the TTL goes to 0 so your > timer process doesn't remove the entry. So you have some time to > retransmit. But the rate-limiting should be done in both cases when > you have a map-cache entry and when you are trying to get one. > > I might not be understanding your comment. If I missed it, please > restate. Thanks. > >> >>> Locator Reach Bits: Refer to Section 5.3. This field MUST be >>> set to >>> 0 on transmission and ignored on receipt. The locator >>> reachability is encoded as the R-bit in each locator entry of >>> each >>> EID-prefix record. >>> >>> >> Not used, then remove it. > > Will remove. > >>> Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request >>> that is echoed here in the Map-Reply. >>> >>> >> 3-bytes or change the name. > > Will remove the Locator Reach Bits and same comment as above. > >>> Type: 2 (Map-Reply) >>> >>> *P: Indicates that the Map-Reply is in response to a "piggyback" >>> locator reachability Map-Request. The nonce field should >>> contain >>> a copy of the nonce value from the original Map-Request. >>> Details >>> on this usage will be provided in a future version of this >>> draft.* >>> >>> >> cf supra (remove this part or explain it) > > Same comment as above. > >>> Reserved: Set to 0 on transmission and ignored on receipt. >>> >>> Record Count: The number of records in this reply message. A >>> record >>> is comprised of that portion of the packet labeled 'Record' >>> above >>> and occurs the number of times equal to Record count. >>> >>> Record TTL: The time in minutes the recipient of the Map-Reply >>> will >>> store the mapping. If the TTL is 0, the entry should be removed >>> from the cache immediately. If the value is 0xffffffff, the >>> recipient can decide locally how long to store the mapping. >>> >>> >> 32-bit for one minute granularity TTL means that a mapping can live >> 8171 years, reduce the side to win space or switch to a one second >> granularity (136 years should be enough ;-) ) (but you can >> recommend to use > 1minute TTL). > > We deliberately didn't want second granularity. Can we please not > change this. There is no compelling reason to do so. > >>> Locator Count: The number of Locator entries. A locator entry >>> comprises what is labeled above as 'Loc'. The locator count can >>> be 0 indicating there are no locators for the EID-prefix. >>> >>> EID mask-len: Mask length for EID prefix. >>> >>> A: The Authoritative bit, when sent by a UDP-based message is >>> always >>> set by the ETR. >> >>> See [CONS] for TCP-based Map-Replies. >>> >>> >> remove as CONS is not considered. > > Will remove. > >>> 6.3.1. Echo Nonce Algorithm >>> >>> * >> To clarify this section, it should be rewritten with the idea that >> this is a hint for the "non-reachability". If the reply comes, >> perfect, we have reachability. Otherwise, it is a hint that there >> is maybe a reachability issue and then another technique has to be >> used. > > I will add some text to reflect that. Good comment. > >> Regards >> >> Damien Saucez > > Thanks again Damien! > > Dino > From scott.brim@gmail.com Tue Jul 14 06:56:37 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 915573A6C75 for ; Tue, 14 Jul 2009 06:56:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.724 X-Spam-Level: X-Spam-Status: No, score=-2.724 tagged_above=-999 required=5 tests=[AWL=-0.125, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id WlDaOS4Nwh3p for ; Tue, 14 Jul 2009 06:56:36 -0700 (PDT) Received: from mail-pz0-f198.google.com (mail-pz0-f198.google.com [209.85.222.198]) by core3.amsl.com (Postfix) with ESMTP id CDB063A67A4 for ; Tue, 14 Jul 2009 06:56:36 -0700 (PDT) Received: by pzk36 with SMTP id 36so3481923pzk.29 for ; Tue, 14 Jul 2009 06:56:31 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:message-id:date:from :user-agent:mime-version:to:cc:subject:references:in-reply-to :content-type:content-transfer-encoding; bh=FIKpm+g8W/z+mJJy1Ejc5Nuk/FzmYbFKIX/Fr6UoWZQ=; b=pqKkXPOAjDJf7ZjotpmQ5ZZdrOGYKjAwIj9imM/22e51PllUxqzTyy2CWI3EMtiCBu Tja4URFHQtbMByM7pPf8ljehSDoD4qP2s+JSQZ07PdrS6P3WeTk+fs/gLisehBh7NT/w phnjdUVRgPZK77J64Ez/G5onvlkasPLTbHPi4= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=message-id:date:from:user-agent:mime-version:to:cc:subject :references:in-reply-to:content-type:content-transfer-encoding; b=Z8Fs0fR/oewgUqX4RHTDp1N/e3bj2NEY/ebjNtWNHGrIy+YV1dBYK/YHd6ov4cFUe8 CpHRjLbnyp6Q38wxbBcMhQ64aAAYjVC/GnpmGaukwDmrAvvgU1ppfc1NfpRNZ+4kgHAF pqb7FlB7K98fOsqb/NC0Y+Ed69IuJJV0jf9+A= Received: by 10.115.54.7 with SMTP id g7mr10624993wak.147.1247579791372; Tue, 14 Jul 2009 06:56:31 -0700 (PDT) Received: from sbrim-mbp.local (198-135-0-233.cisco.com [198.135.0.233]) by mx.google.com with ESMTPS id j39sm11234544waf.10.2009.07.14.06.56.28 (version=TLSv1/SSLv3 cipher=RC4-MD5); Tue, 14 Jul 2009 06:56:30 -0700 (PDT) Message-ID: <4A5C8E8B.1050305@gmail.com> Date: Tue, 14 Jul 2009 09:56:27 -0400 From: Scott Brim User-Agent: Thunderbird 2.0.0.22 (Macintosh/20090605) MIME-Version: 1.0 To: Dino Farinacci References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com> <53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com> In-Reply-To: <53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 13:56:37 -0000 Dino Farinacci allegedly wrote on 07/03/2009 6:24 PM: >> If I am reading you right, as described, a site with fixed >> infrastructure and a lot of mobile nodes needs to send its short >> prefix and ALL the long prefixes (that are not home) to anyone who >> asks about the short prefix? That does not seem like a good trade. > > Well the LISP mobile node can do the Map-Request thing I mentioned as > well. That would be better because the stationary site only needs the > /32 state in it's ITRs only for the roaming LISP mobile nodes it is > talking to. > > I think this is a better fix. What I am saying is that the LISP mobile > node can set the SMR-bit in data packets returning to the stationary > site that has cached the /16. That delays the final result by one step, but the result is still that the correspondent site (maybe stationary) has entries for the /16 and /32s for all of the mobile nodes it is talking to. > We just have to spec in the main LISP spec that a decapsulated packet > with the SMR-bit set should cause a Map-Request to be sent using the > source EID of the packet as the target. How do you avoid hijacking? > By the way if a stationary sites or a LISP mobile node that is > *starting* to talk to a roaming LISP mobile node, won't have this > problem. Reason being is because a Map-Request will be sent for the /32 > of the mobile node, the reply returned. ... which will get SMRed as the node moves, and will have a low TTL whether the node moves or not. There will be many more mobile nodes than there are sites. I'm just trying to total up the various modes of interaction and think about how it all scales. It might work but I'm concerned. From dino@cisco.com Tue Jul 14 07:45:46 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2FBDA3A6EC1 for ; Tue, 14 Jul 2009 07:45:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.562 X-Spam-Level: X-Spam-Status: No, score=-6.562 tagged_above=-999 required=5 tests=[AWL=0.037, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3ss9G7MUtC8b for ; Tue, 14 Jul 2009 07:45:45 -0700 (PDT) Received: from sj-iport-3.cisco.com (sj-iport-3.cisco.com [171.71.176.72]) by core3.amsl.com (Postfix) with ESMTP id 1F9423A6982 for ; Tue, 14 Jul 2009 07:45:45 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAI82XEqrR7MV/2dsb2JhbAC3fogjkC4FhAg X-IronPort-AV: E=Sophos;i="4.42,397,1243814400"; d="scan'208";a="176737564" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-3.cisco.com with ESMTP; 14 Jul 2009 14:43:31 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6EEhVQN020354; Tue, 14 Jul 2009 07:43:31 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6EEhVj1018273; Tue, 14 Jul 2009 14:43:31 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 07:43:30 -0700 Received: from [172.19.163.156] ([10.21.88.112]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 07:43:29 -0700 Message-Id: From: Dino Farinacci To: Luigi Iannone In-Reply-To: <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 07:42:59 -0700 References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 14:43:30.0781 (UTC) FILETIME=[74AE00D0:01CA0491] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1171; t=1247582611; x=1248446611; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=VhWRsYAtJUmD+Gn+VU0UJuzXVPBnBBppXyPy/bJpyDI=; b=iVja/exLY15ZK6195PmGPabuj0Wb80X3+88vcxCMb+FH13TQ5tZZtRA4vP uyOi9QA6S4e8jFqiy29TnI6n9Ws7/k6Csbd6RhhZ5IqsyUypJsuuHa3Xs/We KsRFdR2qwhJcwAtpHWdTX540+0x3QfiLveU7XC+OyOCeUJM/nfgb8=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 14:45:46 -0000 > On this topic, what about my last mail of 7th July? There is value > in versioning the way we propose it. Rather than claiming there is value, let's articulate what the value is that the nonce, as a single version cannot do. I believe you there is value, but let's be very specific. That's the best way to evaluate and make a decision. > And yes, there has been no consensus on accepting versioning, but > neither consensus on rejecting it. > > There has been some discussion on the number of bits used for > versioning, which I personally think is not the main point. Okay, noted. > What is important is the feedback that versioning provides without > the need of extra signaling, nor extra bytes, just re-using part of > the actual LISP header. Okay, so you are saying it can remain efficient. Well that is good. But tell me why a 24-bit nonce cannot be used as a version number and use the same ideas you have for map-versioning. Please be descriptive so we can converge. > I guess people are still pondering, but, since there are clear > advantages with versioning, they will finally accept it ;-))) Dino From scott.brim@gmail.com Tue Jul 14 07:50:33 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id BACF33A6ED2 for ; Tue, 14 Jul 2009 07:50:33 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.71 X-Spam-Level: X-Spam-Status: No, score=-2.71 tagged_above=-999 required=5 tests=[AWL=-0.111, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VO1KT2hlgVor for ; Tue, 14 Jul 2009 07:50:30 -0700 (PDT) Received: from mail-px0-f176.google.com (mail-px0-f176.google.com [209.85.216.176]) by core3.amsl.com (Postfix) with ESMTP id 42B793A6AC5 for ; Tue, 14 Jul 2009 07:50:30 -0700 (PDT) Received: by pxi6 with SMTP id 6so341799pxi.29 for ; Tue, 14 Jul 2009 07:49:53 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:message-id:date:from :user-agent:mime-version:to:cc:subject:references:in-reply-to :content-type:content-transfer-encoding; bh=Hsag46YaKLWdcZqrdfIBODIkbgVX7oAOmIfVxjUqsSI=; b=A98n/aa98TxAw2bUkwKmBw4EMkoVSbjG5hz3zMEjgAbZmX6lhXy+NY/iUB9rE8Km6Z XSGorjKWOxnpqUj29PcGCR0StlHKE2g0CC0xYU5keDfC9VwQ9Y1iIWs2clQEdSbU6fYX xG24cRzelparUTNfYyIBbjcfwHm9vqv45qeNY= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=message-id:date:from:user-agent:mime-version:to:cc:subject :references:in-reply-to:content-type:content-transfer-encoding; b=NxG0ioFUF7UhjIboNciGK3KBCU6WzOVyE0a9JkDVfG2WafuUmlTWo7zcS4S32uZgd1 rX07Y5pQWRcFjZoquFrvjcVYUMWWF1KARUOm6OM3d48RfG1KyfWccF9vZ+MSljzimc3J lXj6gyX3Ld/fWgzn8yYI77wLpsgjCwEKiLbOA= Received: by 10.115.94.1 with SMTP id w1mr10715672wal.177.1247582993790; Tue, 14 Jul 2009 07:49:53 -0700 (PDT) Received: from sbrim-mbp.local (198-135-0-233.cisco.com [198.135.0.233]) by mx.google.com with ESMTPS id k37sm11260575waf.7.2009.07.14.07.49.51 (version=TLSv1/SSLv3 cipher=RC4-MD5); Tue, 14 Jul 2009 07:49:52 -0700 (PDT) Message-ID: <4A5C9B0D.5030504@gmail.com> Date: Tue, 14 Jul 2009 10:49:49 -0400 From: Scott Brim User-Agent: Thunderbird 2.0.0.22 (Macintosh/20090605) MIME-Version: 1.0 To: Noel Chiappa References: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> In-Reply-To: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 14:50:33 -0000 Noel Chiappa allegedly wrote on 07/03/2009 7:24 PM: So the distant ITR (at site B) sends traffic to site A, for a mobile node Ac > (you called it C, but I'd rather call it Ac to emphasize that it has an EID > from A's EID block), is sending packets for Ac to A because B's ITRs have a > mapping that says 'all of A is at A'. > > What needs to happen is that if the ETRs at A can recognize that that > particular EID Ac has 'gone walkabout', if they see any incoming traffic to > that EID they can use that as a signal that the source ITR for that traffic > has incorrect, cached mapping data for Ac. They can then tell the source ITR > (at B) 'hey, your mapping for Ac is wrong, request a new one'. (I don't know > if it's possible to say 'hey, your mapping for this is wrong, here's the > right one', because without signed mappings, that's a DoS vector.) Noel: B sends a map-request for Ac and gets a reply from A's ETR. It then sends a packet to A and gets an SMR telling it to ask again. When it asks again, how does the request look different to A's ETR? If A's ETR is going to say something special the second time, why didn't it just say it the first time? > Second, a mobile node has to let not just some entity which holds its current > mapping know that it has moved, but also all the ETRs through which it might > have been reached. This is a problem with all mobility solutions. They all need make-before-break to behave well. In some cases those that have home agents or other relay points might know that they are about to lose their care-of address, even though they don't have a new one yet, and they can tell their correspondent nodes to revert to using the home agent. Dino Farinacci allegedly wrote on 07/03/2009 7:33 PM: > Also, the ETRs can't tell the difference between the MN roaming or it is > just down but stationary in the site. The MN, itself has to solve this > problem. How is this supposed to work? I don't get it. If the MN is responsible for solving its own problem ... The ETR answers a map-request with a full /16 including the possibly mobile node. When a packet comes in, does the ETR assume the node is on-site and use internal forwarding? If the MN is elsewhere, is there a home agent to tunnel packets to it? If there is not, do packets get dropped? If they do, the MN never sees them and never gets to send an SMR. I think there has to be mapping information for the MN in the system somewhere -- either injected as a /32 by some map-server (hm, security) or resident on the home network's ETRs so that they can respond with a /32 map-reply even if they only advertise a /16. Dino Farinacci allegedly wrote on 07/03/2009 8:56 PM: > It is a bit challenging because, 1) the ETR has to know which IP > addresses for the site are mobile nodes, 2) the ETR has to ping or poll > each one to find out when they are not around anymore. That's where the MN has to be responsible. It has to notify the ETR, or someone, of its location. MIP has all sorts of tweaks on this. swb From luigi@net.t-labs.tu-berlin.de Tue Jul 14 08:45:06 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AB9BB28C275 for ; Tue, 14 Jul 2009 08:45:06 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.949 X-Spam-Level: X-Spam-Status: No, score=-1.949 tagged_above=-999 required=5 tests=[AWL=0.300, BAYES_00=-2.599, HELO_EQ_DE=0.35, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id xNwxd4lD37IQ for ; Tue, 14 Jul 2009 08:45:05 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 6677B3A6893 for ; Tue, 14 Jul 2009 08:45:04 -0700 (PDT) Received: from [192.168.0.10] (ivr94-2-81-56-53-60.fbx.proxad.net [81.56.53.60]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 4B422701BA9C; Tue, 14 Jul 2009 17:15:31 +0200 (CEST) Message-Id: <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> From: Luigi Iannone To: Dino Farinacci In-Reply-To: Content-Type: multipart/alternative; boundary=Apple-Mail-24-841874277 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 17:15:30 +0200 References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 15:45:06 -0000 --Apple-Mail-24-841874277 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi Dino, On Jul 14, 2009, at 16:42 , Dino Farinacci wrote: >> On this topic, what about my last mail of 7th July? There is value >> in versioning the way we propose it. > > Rather than claiming there is value, let's articulate what the value > is that the nonce, as a single version cannot do. > > I believe you there is value, but let's be very specific. That's the > best way to evaluate and make a decision. Totally agree on that. But I really do not know at this point how to better articulate the versioning approach. I am a bit surprised about this reply. There are several mails, even some slides that I sent. But at some point you always did not reply, and now you claim I should better articulate? Give me a hint on how I should do that. I am a bit puzzled here. At the bottom of this mail there is a copy of the one I sent the 7th of July. What is missing or not clear? > >> And yes, there has been no consensus on accepting versioning, but >> neither consensus on rejecting it. >> >> There has been some discussion on the number of bits used for >> versioning, which I personally think is not the main point. > > Okay, noted. > >> What is important is the feedback that versioning provides without >> the need of extra signaling, nor extra bytes, just re-using part of >> the actual LISP header. > > Okay, so you are saying it can remain efficient. Well that is good. > But tell me why a 24-bit nonce cannot be used as a version number > and use the same ideas you have for map-versioning. As I said several times is the fact that we use two version numbers in the header. > > Please be descriptive so we can converge. seems that draft + emails + slides are not sufficient.... we should sit down together and discuss more. In the meantime, let's try a different approach. Can you tell me why the current nonce use is superior to versioning? Or what do we lose by using versioning? Can you articulate on these two points. Luigi > >> I guess people are still pondering, but, since there are clear >> advantages with versioning, they will finally accept it ;-))) > > Dino On Jul 7, 2009, at 16:28 , Luigi Iannone wrote: > > On Jun 22, 2009, at 21:00 , Dino Farinacci wrote: > >>> Yes, but let me push things a bit .. ;-) >>> What about splitting the nonce_version number in two parts as >>> suggested in our draft? This is very helpful in case of >>> unidirectional traffic. >> >> Let's focus on this part for now. Which I think is an important >> issue. Let's frame the situation up as we have site A sending >> packets to site B. The traffic is unidirectional to home in on your >> point. >> >> Let's call the ITRs at site A ITR "a" and ITR "a'" and "b" and "b'" >> are the ETRs at site B. Even if a or a' send to b or b', those LISP >> routers at site B don't have any map-cache state for site A. >> >> When site B wants to update it's mapping database entries, neither >> b or b' will SMR because it thinks it's not talking to anyone. >> Plus, it has no offered data to send them, so it can't send an SMR- >> bit. >> >> You like the idea of putting two version numbers in so Site A can >> tell Site B what version of B's mappings it is using. >> >> Tell me if I am ac curatively describing your position? >> >> ... (pause and think before continuing below) > > After one week thinking... ;-)) > > Agreed > (one could argue that B can keep mappings for A just to have some > more security checks when coupled with the nonce, but this is > another story) > > >> >> If the LISP routers at site B see that anyone is out of date, they >> would need to send something to the ITRs of site A. Well we don't >> want the LISP routers of site B to send a Map-Reply because that >> could be unsolicited. We would want the ITRs to send a Map-Request >> over the mapping database infrastructure to get updated. But we >> want them to do it at the rate that site B can handle the Map- >> Request load. >> >> So one solution is for the site B LISP routers to send a Map- >> Request to site A with the SMR-bit set. Which in turn has the site >> A LISP routers send a Map-Request. This would fall into the current >> design. > This is what we call "Map-Update-Notification" in draft-iannone-lisp- > versioning. > >> >> ... (pause and think before continuing below) > > After a second week thinking.... ;-)) > > This is the whole point, with the current design of LISP design you > have not mean to make B understand that A is using a stale mapping. > > What you can do is to "guess" that that's the case. What if you have > the case (I already pointed this out previously, but had no answer) > A will stop send for a while, in the meantime the mapping changes, > then A starts to send with the same mapping because the original TTL > is not expired. How you deal with that? > > Please Dino, do not reply that when A starts again sending traffic, > B will send a Map-Request with SMR bit just to be sure that A will > update the mapping. If we use Map-Request/Map-reply for everything, > LISP will consume the whole Internet's bandwidth in signaling. > > Putting versioning into the header (meaning 2 version numbers), > despite what you think, does the job (and even more) in a very > simple and elegant way. > > It does not need any further space/state in the mapping, since the > point is to give a different semantic to part of the 8 bytes used > for the LISP header. > > > > >> >> But while we have been experimenting with RLOC reachability >> liveness, you might think of an option where site A LISP routers >> might be sending Map-Requests to site B routers to make sure the >> locators the site A routers are using are up and operational. Well >> depending on how often this is done, the keepalive replies which >> are in the form of Map-Replies would have more up to date mapping >> data. > > 1. Active probing does not scale (you yourself pointed this out some > time ago). > > 2. This approach has limited reactivity. > > 3. One can argue that RLOC reachability should be ensured by the > routing infrastructure (think about fast-reroute) and not by LISP. > > > >> >> All I'm trying to say here is that maybe using the basic Map- >> Request and Map-Reply machinery we can solve liveness and fast >> mapping updates at the same time. > > Careful here. Your statement does not consider the overhead in terms > of probing that you have to do in order to discover things that > versioning tells you right away. Think about it.... > > > Luigi > > >> >> Just thinking out loud, >> Dino >> >> >> > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp --Apple-Mail-24-841874277 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable Hi Dino,

On = Jul 14, 2009, at 16:42 , Dino Farinacci wrote:

On this topic, what about = my last mail of 7th July? There is value in versioning the way we = propose it.

Rather than claiming there is value, = let's articulate what the value is that the nonce, as a single version = cannot do.

I believe you there is value, but let's be very = specific. That's the best way to evaluate and make a = decision.

Totally agree on = that.

But I really do not know at this point = how to better articulate the versioning = approach. 

I am a bit surprised about this = reply. There are several mails, even some slides that I = sent.
 But at some point you always did not reply, and = now you claim I should better articulate? 
Give me a hint = on how I should do that.
I am a bit puzzled = here. 

At the bottom of this mail there is = a copy of the one I sent the 7th of July. What is missing or not = clear?



And yes, there has been = no consensus on accepting versioning, but neither consensus on rejecting = it.

There has been some discussion on the number of bits used = for versioning, which I personally think is not the main = point.

Okay, noted.

What is important is the feedback that versioning provides = without the need of extra signaling, nor extra bytes, just re-using part = of the actual LISP header.

Okay, so you are saying = it can remain efficient. Well that is good. But tell me why a 24-bit = nonce cannot be used as a version number and use the same ideas you have = for map-versioning.

As I said = several times is the fact that we use two version numbers in the = header.



Please = be descriptive so we can = converge.

seems that draft + = emails + slides are not sufficient....  we should sit down together = and discuss more.

In the meantime, let's try a = different approach. 
Can you tell me why the current = nonce use is superior to versioning? Or what do we lose by using = versioning? 

Can you articulate on these = two = points.

Luigi



I guess people are = still pondering, but, since there are clear advantages with versioning, = they will finally accept it = ;-)))

Dino

=

On Jul 7, 2009, at 16:28 , Luigi = Iannone wrote:


On Jun 22, 2009, at 21:00 , Dino Farinacci = wrote:

Yes, = but let me push things a bit .. = ;-)
What about splitting the nonce_version number in two parts = as suggested in our draft? This is very helpful in case of = unidirectional traffic.

Let's focus on = this part for now. Which I think is an important issue. Let's frame the = situation up as we have site A sending packets to site B. The traffic is = unidirectional to home in on your point.

Let's call the = ITRs at site A ITR "a" and ITR "a'" and "b" and "b'" are the ETRs at = site B. Even if a or a' send to b or b', those LISP routers at site B = don't have any map-cache state for site A.

When site B = wants to update it's mapping database entries, neither b or b' will SMR = because it thinks it's not talking to anyone. Plus, it has no offered = data to send them, so it can't send an = SMR-bit.

You like the = idea of putting two version numbers in so Site A can tell Site B what = version of B's mappings it is using.

Tell me if I am = ac curatively describing your position?

... (pause and = think before continuing below)

After one week = thinking... ;-))

Agreed
(one could argue that B can keep = mappings for A just to have some more security checks when coupled with = the nonce, but this is another story)



If the LISP = routers at site B see that anyone is out of date, they would need to = send something to the ITRs of site A. Well we don't want the LISP = routers of site B to send a Map-Reply because that could be unsolicited. = We would want the ITRs to send a Map-Request over the mapping database = infrastructure to get updated. But we want them to do it at the rate = that site B can handle the Map-Request load.

So one solution = is for the site B LISP routers to send a Map-Request to site A with the = SMR-bit set. Which in turn has the site A LISP routers send a = Map-Request. This would fall into the current = design.
This is what we call "Map-Update-Notification" = in draft-iannone-lisp-versioning.


... (pause and = think before continuing below)

After a second week = thinking.... ;-))

This is the whole point, with the current = design of LISP design you have not mean to make B understand that A is = using a stale mapping.

What you can do is to "guess" that that's = the case. What if you have the case (I already pointed this out = previously, but had no answer) A will stop send for a while, in the = meantime the mapping changes, then A starts to send with the same = mapping because the original TTL is not expired. How you deal with = that?

Please Dino, do not reply that when A starts again sending = traffic, B will send a Map-Request with SMR bit just to be sure that A = will update the mapping.  If we use Map-Request/Map-reply for = everything, LISP will consume the whole Internet's bandwidth in = signaling.

Putting versioning into the header (meaning 2 version = numbers), despite what you think,  does the job (and even more) in = a very  simple and elegant way.

It does not need any further = space/state in the mapping, since the point is to give a different = semantic to part of the 8 bytes used for the LISP = header.





But while we = have been experimenting with RLOC reachability liveness, you might think = of an option where site A LISP routers might be sending Map-Requests to = site B routers to make sure the locators the site A routers are using = are up and operational. Well depending on how often this is done, the = keepalive replies which are in the form of Map-Replies would have more = up to date mapping data.

1. Active probing does not = scale (you yourself pointed this out some time ago).

2. This = approach has limited reactivity.

3. One can argue that RLOC = reachability should be ensured by the routing infrastructure (think = about fast-reroute) and not by LISP.




All I'm trying = to say here is that maybe using the basic Map-Request and Map-Reply = machinery we can solve liveness and fast mapping updates at the same = time.

Careful here. Your statement does not consider = the overhead in terms of probing that you have to do in order to = discover things that versioning tells you right away. Think about = it....


Luigi



Just thinking = out loud,
Dino




_______________________________________= ________
lisp mailing list
lisp@ietf.org
https://www.ietf.org/ma= ilman/listinfo/lisp

= --Apple-Mail-24-841874277-- From damien.saucez@uclouvain.be Tue Jul 14 09:39:41 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1667F3A690C for ; Tue, 14 Jul 2009 09:39:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.874 X-Spam-Level: X-Spam-Status: No, score=-5.874 tagged_above=-999 required=5 tests=[AWL=0.725, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wht5vWa4b-Gk for ; Tue, 14 Jul 2009 09:39:40 -0700 (PDT) Received: from smtp2.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id E8C6A3A68E2 for ; Tue, 14 Jul 2009 09:39:39 -0700 (PDT) Received: from mimir2.dhcp.info.ucl.ac.be (unknown [130.104.228.94]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp2.sgsi.ucl.ac.be) by smtp2.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 197ADEB58F; Tue, 14 Jul 2009 17:04:33 +0200 (CEST) Message-ID: <4A5C9E7F.2060703@uclouvain.be> Date: Tue, 14 Jul 2009 17:04:31 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.9 (X11/20080213) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-2.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 197ADEB58F.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 16:39:41 -0000 Dino, Dino Farinacci wrote: >> On this topic, what about my last mail of 7th July? There is value in >> versioning the way we propose it. > > Rather than claiming there is value, let's articulate what the value > is that the nonce, as a single version cannot do. > What is the single version? I do not find mail with "single version" pattern in my archives. If by single version you consider a 1bit version, we (Noel if I remember well) have already seen that you can have some issues if there is packet drop. > I believe you there is value, but let's be very specific. That's the > best way to evaluate and make a decision. > I think that the best value of versioning is that you can put a lot of different functionalities in a single and elegant concept that is nothing else than a version number. With the current approach, you have the reachability bits that give you hints about whether a Rloc is reachable or not. The SMR bit will give you the information that you need to send a map request. The E bit helps you to detect rapidly path failure. With the versioning, you have the version number. If it changes, it means that their is a problem and you should ask for a new mapping. You have at the same time SMR, R bit and E bits. In addition, you don't need clock sweep anymore. From a TE point of view, it is very simple to simply change the mapping, everything is automatic and we do not have to take care of what is the traffic (the SMR bit is implicit so we do not need to keep track of who already received to SMR bit). From an implementation point of view, it is very simple to support versioning. The code is very easy to write and can be very efficient (fast?) So, as you said in a previous mail, we'll discuss this in a F2F meeting in Stockholm and I am pretty sure that we'll converge to something good ;-) >> And yes, there has been no consensus on accepting versioning, but >> neither consensus on rejecting it. >> >> There has been some discussion on the number of bits used for >> versioning, which I personally think is not the main point. > > Okay, noted. > >> What is important is the feedback that versioning provides without >> the need of extra signaling, nor extra bytes, just re-using part of >> the actual LISP header. > > Okay, so you are saying it can remain efficient. Well that is good. > But tell me why a 24-bit nonce cannot be used as a version number and > use the same ideas you have for map-versioning. > Of course, we can. The format is not frozen so we can redefine the nonce and move it to the general concept of versioning. Could you tell us more about your vision of this "new" nonce? Damien Saucez > Please be descriptive so we can converge. > >> I guess people are still pondering, but, since there are clear >> advantages with versioning, they will finally accept it ;-))) > > Dino From darlewis@cisco.com Tue Jul 14 10:08:18 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 3339728C22E for ; Tue, 14 Jul 2009 10:08:18 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.729 X-Spam-Level: X-Spam-Status: No, score=-5.729 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4, SARE_MLH_Stock1=0.87] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Is7F9-h4nNwP for ; Tue, 14 Jul 2009 10:08:17 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 5B56528C104 for ; Tue, 14 Jul 2009 10:08:17 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAJxXXEqrR7PE/2dsb2JhbAC5f4gjkDIFhAg X-IronPort-AV: E=Sophos;i="4.42,398,1243814400"; d="scan'208";a="346502155" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-6.cisco.com with ESMTP; 14 Jul 2009 17:07:32 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6EH7WXI031032; Tue, 14 Jul 2009 10:07:32 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6EH7WkO027163; Tue, 14 Jul 2009 17:07:32 GMT Received: from xmb-sjc-213.amer.cisco.com ([171.70.151.153]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 10:07:32 -0700 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Tue, 14 Jul 2009 10:07:30 -0700 Message-ID: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: Agenda for LISP WG in Stockholm Thread-Index: AcoEpZKQ3hrMqFHpQpGWMglHeU/p/w== From: "Darrel Lewis (darlewis)" To: X-OriginalArrivalTime: 14 Jul 2009 17:07:32.0338 (UTC) FILETIME=[9372F520:01CA04A5] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=224; t=1247591252; x=1248455252; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=darlewis@cisco.com; z=From:=20=22Darrel=20Lewis=20(darlewis)=22=20 |Subject:=20Agenda=20for=20LISP=20WG=20in=20Stockholm |Sender:=20; bh=btw9C9z4sa9BssPkgOK9/mWUZmkrUrvY3CCwRiqTL9Y=; b=l6IJRAXODnBYJ/4lyC+Q5AIJFqqSjwf1OdVMb/K3w2CupSSWlbohfzeMoo aVTKwoTZtRxible71tx2TRmaM8r4t9e8nkUA+p8y/tMpIrBFQ/WlxoNtjDAL Q0HfotvOK3; Authentication-Results: sj-dkim-4; header.From=darlewis@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Subject: [lisp] Agenda for LISP WG in Stockholm X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 17:08:18 -0000 The agenda for the LISP WG session at the Stockholm IETF is now available =20 at: http://www.ietf.org/proceedings/09jul/agenda/lisp.txt Please send any comments/corrections to the chairs, thanks! -Darrel and Sam From dino@cisco.com Tue Jul 14 11:07:11 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 91F2E3A6F00 for ; Tue, 14 Jul 2009 11:07:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.564 X-Spam-Level: X-Spam-Status: No, score=-6.564 tagged_above=-999 required=5 tests=[AWL=0.035, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 7bOd0il8KU0x for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 9B36B3A6EC0 for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEACNmXEqrR7MV/2dsb2JhbAC5eYgjkDYFhAg X-IronPort-AV: E=Sophos;i="4.42,398,1243814400"; d="scan'208";a="213890567" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-1.cisco.com with ESMTP; 14 Jul 2009 18:06:11 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6EI6AGs026297; Tue, 14 Jul 2009 11:06:10 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6EI6AAU018170; Tue, 14 Jul 2009 18:06:10 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:10 -0700 Received: from [10.224.19.160] ([10.21.76.79]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:10 -0700 Message-Id: <1ABDF826-01EA-4C6C-B41E-8EAB43098D0F@cisco.com> From: Dino Farinacci To: Scott Brim In-Reply-To: <4A5C9B0D.5030504@gmail.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 08:59:58 -0700 References: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> <4A5C9B0D.5030504@gmail.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 18:06:10.0239 (UTC) FILETIME=[C4480CF0:01CA04AD] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1471; t=1247594770; x=1248458770; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=1WodOJL5Pe4nZPJQsfkqTlncgQt5H2ZknJgymBVdwu8=; b=QpTAkzVtLaA2ScBkUD/n6PbwFLi/BrLUqemdJJ0hTpd8S1f8gcaea6aHNm SqEchpDSHXPy+DFjJy58h8GoMgsSeA77N+2MqqJz8bb6/f7APKXpqu4pwNOr uCPr33zsYZ5sNNs22T559+/YRdaLeC9oksCNNmYPI8x+z+MhdncN8=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Noel Chiappa , lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 18:07:11 -0000 > Dino Farinacci allegedly wrote on 07/03/2009 7:33 PM: >> Also, the ETRs can't tell the difference between the MN roaming or >> it is >> just down but stationary in the site. The MN, itself has to solve >> this >> problem. > > How is this supposed to work? I don't get it. If the MN is > responsible > for solving its own problem ... The ETR answers a map-request with a > full /16 including the possibly mobile node. When a packet comes in, > does the ETR assume the node is on-site and use internal > forwarding? If > the MN is elsewhere, is there a home agent to tunnel packets to it? > If > there is not, do packets get dropped? If they do, the MN never sees > them and never gets to send an SMR. The LISP mobile-node knows who it is talking to. It SMR's those ETRs, then then return Map-Requests to get the latest EID-to-RLOC binding. The Map-Request goes on the ALT and the Map-Server can proxy-reply for the LISP mobile-node. > I think there has to be mapping information for the MN in the system > somewhere -- either injected as a /32 by some map-server (hm, > security) > or resident on the home network's ETRs so that they can respond with a > /32 map-reply even if they only advertise a /16. Please read the draft, it is all explained in there. WHen the LISP mobile-node moves, it registers its new RLOC with the map-server that has an EID-prefix that covers the LISP mobile-node's EID. Dino From dino@cisco.com Tue Jul 14 11:07:11 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A0FD53A6EC0 for ; Tue, 14 Jul 2009 11:07:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.566 X-Spam-Level: X-Spam-Status: No, score=-6.566 tagged_above=-999 required=5 tests=[AWL=0.033, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 35X3-LPjVyIE for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 938003A6D12 for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEACNmXEqrR7MV/2dsb2JhbAC5eYgjkDYFhAg X-IronPort-AV: E=Sophos;i="4.42,398,1243814400"; d="scan'208";a="213890557" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-1.cisco.com with ESMTP; 14 Jul 2009 18:06:10 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6EI6APu026281; Tue, 14 Jul 2009 11:06:10 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6EI6AgH000480; Tue, 14 Jul 2009 18:06:10 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:10 -0700 Received: from [10.224.19.160] ([10.21.76.79]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:09 -0700 Message-Id: From: Dino Farinacci To: Scott Brim In-Reply-To: <4A5C8E8B.1050305@gmail.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 08:55:18 -0700 References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com> <53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com> <4A5C8E8B.1050305@gmail.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 18:06:09.0802 (UTC) FILETIME=[C4055EA0:01CA04AD] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2071; t=1247594770; x=1248458770; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=3WKsx0/snyvqLzBubdEENSQ70Q5Q15No0CYOYWeHjAc=; b=eecRE5IO1BHTsFZVQ+K9EFNb2egDOIl5nUV4q3WeaOw1D2JamwvBwcdSnW hgppCiHlpZ01ruoC6YgXm8RF275laClddgfDpm8MiB+gt0w7mu6BXpCvNDqK STxo0BHWhYQe+ACAgOvTEIKjwsC4j4S7SHRQVw2u2LKgOteIroYe8=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 18:07:11 -0000 > Dino Farinacci allegedly wrote on 07/03/2009 6:24 PM: >>> If I am reading you right, as described, a site with fixed >>> infrastructure and a lot of mobile nodes needs to send its short >>> prefix and ALL the long prefixes (that are not home) to anyone who >>> asks about the short prefix? That does not seem like a good trade. >> >> Well the LISP mobile node can do the Map-Request thing I mentioned as >> well. That would be better because the stationary site only needs the >> /32 state in it's ITRs only for the roaming LISP mobile nodes it is >> talking to. >> >> I think this is a better fix. What I am saying is that the LISP >> mobile >> node can set the SMR-bit in data packets returning to the stationary >> site that has cached the /16. > > That delays the final result by one step, but the result is still that > the correspondent site (maybe stationary) has entries for the /16 and > /32s for all of the mobile nodes it is talking to. > >> We just have to spec in the main LISP spec that a decapsulated packet >> with the SMR-bit set should cause a Map-Request to be sent using the >> source EID of the packet as the target. > > How do you avoid hijacking? You send a verifying Map-Request as described in the spec. >> By the way if a stationary sites or a LISP mobile node that is >> *starting* to talk to a roaming LISP mobile node, won't have this >> problem. Reason being is because a Map-Request will be sent for >> the /32 >> of the mobile node, the reply returned. > > ... which will get SMRed as the node moves, and will have a low TTL > whether the node moves or not. > > There will be many more mobile nodes than there are sites. I'm just > trying to total up the various modes of interaction and think about > how > it all scales. It might work but I'm concerned. Well, as you know we want to design the mapping database to support 10^10 entries. At the time we stated this, that was the number of sites. So the number of LISP mobile nodes can be included in that number. Dino From dino@cisco.com Tue Jul 14 11:07:11 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B44C63A6D12 for ; Tue, 14 Jul 2009 11:07:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.567 X-Spam-Level: X-Spam-Status: No, score=-6.567 tagged_above=-999 required=5 tests=[AWL=0.032, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id f7q8BTPmAePK for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id AE2463A6EC3 for ; Tue, 14 Jul 2009 11:07:10 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAKtlXEqrR7PD/2dsb2JhbAC5cogjkDYFhAiBQg X-IronPort-AV: E=Sophos;i="4.42,398,1243814400"; d="scan'208";a="346548802" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-6.cisco.com with ESMTP; 14 Jul 2009 18:06:12 +0000 Received: from sj-core-3.cisco.com (sj-core-3.cisco.com [171.68.223.137]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6EI6CsL012995; Tue, 14 Jul 2009 11:06:12 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id n6EI6B7C006633; Tue, 14 Jul 2009 18:06:12 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:11 -0700 Received: from [10.224.19.160] ([10.21.76.79]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 11:06:11 -0700 Message-Id: From: Dino Farinacci To: Damien Saucez In-Reply-To: <4A5C2A1A.4040606@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 09:12:42 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 18:06:11.0520 (UTC) FILETIME=[C50B8400:01CA04AD] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=5079; t=1247594772; x=1248458772; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=BrNn41U6KQR9I0fjtnmLuucGoxmweyjMTlq5zMve+Ig=; b=J450qJw790OfnPXVzKvHv+s1e2uRzf+SkTQooNISysR1fs6DbJnU7+TOe6 KcfktnouJ5HZRY1ftUwkvm7Jr2kaCDnq0V5O0zQSJmmdCR/XPIg5SiW21xbN tkfJWszM3k; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 18:07:11 -0000 >> I have talked it over with the other authors and believe this is a >> low-cost change. We just have to rev the LISP network in a turnkey >> fashion. >> >> Having said that, it is very important that the spec tracks what we >> are implementing. We really desire to have "rough consensus and >> running code" for this working group. > Sure, but what I said is that we can first discuss the features and > then implement them. Of course, you did it internally but maybe you > could send the next features on the mailing list to get some > comments. The problem, IMHO, if we directly go to implementation is > that we reduce our vision to purely technical problems. It is very > important, but technical problems are easier to solve than a > misconception, don't you think? That is what we are doing and why I sent the diff first before posting -03 and changing the implementation. Let me make it clear the order. We first suggest changes on the list, if there is no disagreement, we can post the new version of the ID, then we can go implement it. Above is not suppose to document the fine details of the working group process. It is suppose to be a general rough process. I am not trying to make up rules, but to have some practical sanity in all of this. It is really important to the LISP authors that we learn through experimentation of implementation and would hope that OpenLISP can keep the same pace as our prototype implementation. >> So please have some sensitivity to the deployment aspects of this >> (which you are part of, of course). >> > of course, and about that we'll have a "surprise" for you in > Stockholm ;-) I love surprises. :-) >>>> o The OH header Type of Service field (or the Traffic Class >>>> field, >>>> in the case of IPv6) SHOULD be copied from the IH header Type >>>> of >>>> Service field (with one caveat, see below). >>>> >>>> When doing Re-encapsulated Tunneling: >>>> >>>> o The new OH header Time to Live field >>> >>>> SHOULD >>> MUST >> >> We say should because there are cases when operators want fixed >> TTLs for the tunnels. >> > Then you have a risk of loop. The loop is not in the TTL setting, it would if you traverse the same encapsulator. >>> Could we simplify by: >>> >>> The LISP UDP-based messages are the Map-Request and Map-Reply >>> messages. When a UDP Map-Request is sent, the UDP source port >>> SHOULD be 4342 and the destination UDP port number is set to >>> 4342. When a UDP Map-Reply is sent, the source UDP port number is >>> set to 4342 and the destination UDP port number is copied from the >>> source port of either the Map-Request or the invoking data packet. >> >> It definitely should not be a SHOULD. What else would the >> implementor put in the field. How else would you detect a control >> packet? It is simpler from a forwarding perspective to early on in >> data-plane processing to determine a control packet with a single >> port number check and later if you decide to process the packet, >> you demux on the Type field. >> > Probably that the comment was not clear. It didn't say to change the > destination port for the request, but only consider that, by > default, the source port for the request is 4342. This is almost the > same as what you have in the draft, except that I propose to have a > default value for this source port while you don't. > > With a picture: > > > |------------Req ---->| > | | > | <4342, x> | > |<----------Rep-------| I realized what you asked for, but why? >>>> >>>> Reserved: Set to 0 on transmission and ignored on receipt. >>>> >>>> Record Count: The number of records in this reply message. A >>>> record >>>> is comprised of that portion of the packet labeled 'Record' >>>> above >>>> and occurs the number of times equal to Record count. >>>> >>>> Record TTL: The time in minutes the recipient of the Map-Reply >>>> will >>>> store the mapping. If the TTL is 0, the entry should be >>>> removed >>>> from the cache immediately. If the value is 0xffffffff, the >>>> recipient can decide locally how long to store the mapping. >>>> >>>> >>> 32-bit for one minute granularity TTL means that a mapping can >>> live 8171 years, reduce the side to win space or switch to a one >>> second granularity (136 years should be enough ;-) ) (but you can >>> recommend to use > 1minute TTL). >> >> We deliberately didn't want second granularity. Can we please not >> change this. There is no compelling reason to do so. >> > Then, we can win some bits (8?) and use them for something else? > (24bits gives 30 years of TTL) Why do we need to micro-optimize this? Saving 8-bits while still keeping the format long-word aligned means you don't save. And to be frank, who cares. It's a control packet. Thanks again for the feedback, the discussion is useful. Dino From damien.saucez@uclouvain.be Tue Jul 14 11:35:21 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B64713A67FA for ; Tue, 14 Jul 2009 11:35:21 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.116 X-Spam-Level: X-Spam-Status: No, score=-6.116 tagged_above=-999 required=5 tests=[AWL=0.483, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dKS7BqFALKKB for ; Tue, 14 Jul 2009 11:35:20 -0700 (PDT) Received: from smtp4.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 5BC553A6778 for ; Tue, 14 Jul 2009 11:35:20 -0700 (PDT) Received: from mimir2.dhcp.info.ucl.ac.be (unknown [130.104.228.94]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp4.sgsi.ucl.ac.be) by smtp4.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 29D1EF2320; Tue, 14 Jul 2009 20:35:10 +0200 (CEST) Message-ID: <4A5CCFCB.7030103@uclouvain.be> Date: Tue, 14 Jul 2009 20:34:51 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.9 (X11/20080213) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-4.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 29D1EF2320.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 18:35:21 -0000 Dino Farinacci wrote: >>> I have talked it over with the other authors and believe this is a >>> low-cost change. We just have to rev the LISP network in a turnkey >>> fashion. >>> >>> Having said that, it is very important that the spec tracks what we >>> are implementing. We really desire to have "rough consensus and >>> running code" for this working group. >> Sure, but what I said is that we can first discuss the features and >> then implement them. Of course, you did it internally but maybe you >> could send the next features on the mailing list to get some >> comments. The problem, IMHO, if we directly go to implementation is >> that we reduce our vision to purely technical problems. It is very >> important, but technical problems are easier to solve than a >> misconception, don't you think? > > That is what we are doing and why I sent the diff first before posting > -03 and changing the implementation. Let me make it clear the order. > We first suggest changes on the list, if there is no disagreement, we > can post the new version of the ID, then we can go implement it. > > Above is not suppose to document the fine details of the working group > process. It is suppose to be a general rough process. I am not trying > to make up rules, but to have some practical sanity in all of this. > > It is really important to the LISP authors that we learn through > experimentation of implementation and would hope that OpenLISP can > keep the same pace as our prototype implementation. > >>> So please have some sensitivity to the deployment aspects of this >>> (which you are part of, of course). >>> >> of course, and about that we'll have a "surprise" for you in >> Stockholm ;-) > > I love surprises. :-) > >>>>> o The OH header Type of Service field (or the Traffic Class field, >>>>> in the case of IPv6) SHOULD be copied from the IH header Type of >>>>> Service field (with one caveat, see below). >>>>> >>>>> When doing Re-encapsulated Tunneling: >>>>> >>>>> o The new OH header Time to Live field >>>> >>>>> SHOULD >>>> MUST >>> >>> We say should because there are cases when operators want fixed TTLs >>> for the tunnels. >>> >> Then you have a risk of loop. > > The loop is not in the TTL setting, it would if you traverse the same > encapsulator. > Of course, but TTL is a way to detect it. >>>> Could we simplify by: >>>> >>>> The LISP UDP-based messages are the Map-Request and Map-Reply >>>> messages. When a UDP Map-Request is sent, the UDP source port >>>> SHOULD be 4342 and the destination UDP port number is set to >>>> 4342. When a UDP Map-Reply is sent, the source UDP port number is >>>> set to 4342 and the destination UDP port number is copied from the >>>> source port of either the Map-Request or the invoking data packet. >>> >>> It definitely should not be a SHOULD. What else would the >>> implementor put in the field. How else would you detect a control >>> packet? It is simpler from a forwarding perspective to early on in >>> data-plane processing to determine a control packet with a single >>> port number check and later if you decide to process the packet, you >>> demux on the Type field. >>> >> Probably that the comment was not clear. It didn't say to change the >> destination port for the request, but only consider that, by default, >> the source port for the request is 4342. This is almost the same as >> what you have in the draft, except that I propose to have a default >> value for this source port while you don't. >> >> With a picture: >> >> >> |------------Req ---->| >> | | >> | <4342, x> | >> |<----------Rep-------| > > I realized what you asked for, but why? > I have to admit that I have no good reason. What I propose is to use a default source port. >>>>> >>>>> Reserved: Set to 0 on transmission and ignored on receipt. >>>>> >>>>> Record Count: The number of records in this reply message. A >>>>> record >>>>> is comprised of that portion of the packet labeled 'Record' above >>>>> and occurs the number of times equal to Record count. >>>>> >>>>> Record TTL: The time in minutes the recipient of the Map-Reply will >>>>> store the mapping. If the TTL is 0, the entry should be removed >>>>> from the cache immediately. If the value is 0xffffffff, the >>>>> recipient can decide locally how long to store the mapping. >>>>> >>>>> >>>> 32-bit for one minute granularity TTL means that a mapping can live >>>> 8171 years, reduce the side to win space or switch to a one second >>>> granularity (136 years should be enough ;-) ) (but you can >>>> recommend to use > 1minute TTL). >>> >>> We deliberately didn't want second granularity. Can we please not >>> change this. There is no compelling reason to do so. >>> >> Then, we can win some bits (8?) and use them for something else? >> (24bits gives 30 years of TTL) > > Why do we need to micro-optimize this? Saving 8-bits while still > keeping the format long-word aligned means you don't save. And to be > frank, who cares. It's a control packet. > Save 8 bits for every Record means that you can put more records in a reply. Do we have an use case where the reply could contain a lot of records with only one RLOC? In that case, if becomes interesting, but maybe there is no use for that. > Thanks again for the feedback, the discussion is useful. > A completely different subject, but there is the possibility to send several EID in a map-request. However, these EIDs can be under the responsibility of different sites. How do we deal with that in the reply to keep the nonce semantic correct? Can we have different answers with the same nonce? If we call the EIDs in a map-request "sub-requests", how can we dispatch the sub-requests on the mapping system to have the correct mappings? A first solution is to have an entry point in the mapping system. This entry point receives the request and sends the different sub-requests by its own and receives all the replies, then concatenates them and sends the big reply to the request originator. Another solution, is to consider the request as a double stack. The first stack contains the sub-request and the second stack contains the sub-replies. The request first has only the sub-request. The map-request is sent to the responsible of the first EID in the stack. The responsible server - no particular meaning behind the server word here - generates the mapping and push the mapping in the mapping stack that is piggybacked by the request. Then, this server forwards the request (poped and pushed) to the server responsible of the eid at the top of the stack and so on until the sub-requests is empty. The last server then sends the reply to the ITR. > Dino Damien Saucez From scott.brim@gmail.com Tue Jul 14 11:50:47 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A93843A6A9E for ; Tue, 14 Jul 2009 11:50:47 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[AWL=-0.100, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id a5d-OLfk5YeF for ; Tue, 14 Jul 2009 11:50:46 -0700 (PDT) Received: from mail-pz0-f198.google.com (mail-pz0-f198.google.com [209.85.222.198]) by core3.amsl.com (Postfix) with ESMTP id B02083A69EB for ; Tue, 14 Jul 2009 11:50:46 -0700 (PDT) Received: by pzk36 with SMTP id 36so3645524pzk.29 for ; Tue, 14 Jul 2009 11:49:52 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:message-id:date:from :user-agent:mime-version:to:cc:subject:references:in-reply-to :content-type:content-transfer-encoding; bh=RgbuPzyQBIZC7VcKaToi6dLTYOPuEgWKIp3xk/26Its=; b=cW0AmvXbUlApNFXS6nZeNYomzF7rMiB2hXSYitc/ClaVVmS3XMZsCxiqsD24ATtHtg PwsLBFDqvCco/NiHKDWwjOxuL3mDvSaJv3hmAQ3TaaBJaiD+0HK3HSOwS4Boofdn6bpe iWal6EnmScIsfPm/UR6WUWKsj+0R+E4RhODdQ= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=message-id:date:from:user-agent:mime-version:to:cc:subject :references:in-reply-to:content-type:content-transfer-encoding; b=QZde2Ex5kVm24+1r/NHcYWPtOH9rGjnC20n6jR/wPZfHq6On17kD8bhy82jr+WY77e oBwoOsT4JmX7QeNYkIBkVYAiNwY4aI6jRQ681Be7bbzrLvFRaijjvfLb6WZl32+AgFDp jL1rKydPkI0V9Si9qUetcsMDybLQajUMIBkZY= Received: by 10.115.58.1 with SMTP id l1mr11379012wak.106.1247597392659; Tue, 14 Jul 2009 11:49:52 -0700 (PDT) Received: from sbrim-mbp.local (198-135-0-233.cisco.com [198.135.0.233]) by mx.google.com with ESMTPS id k21sm11624776waf.59.2009.07.14.11.49.50 (version=TLSv1/SSLv3 cipher=RC4-MD5); Tue, 14 Jul 2009 11:49:51 -0700 (PDT) Message-ID: <4A5CD34C.70905@gmail.com> Date: Tue, 14 Jul 2009 14:49:48 -0400 From: Scott Brim User-Agent: Thunderbird 2.0.0.22 (Macintosh/20090605) MIME-Version: 1.0 To: Dino Farinacci References: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> <4A5C9B0D.5030504@gmail.com> <1ABDF826-01EA-4C6C-B41E-8EAB43098D0F@cisco.com> In-Reply-To: <1ABDF826-01EA-4C6C-B41E-8EAB43098D0F@cisco.com> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: Noel Chiappa , lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 18:50:47 -0000 Dino Farinacci allegedly wrote on 07/14/2009 11:59 AM: >> Dino Farinacci allegedly wrote on 07/03/2009 7:33 PM: >>> Also, the ETRs can't tell the difference between the MN roaming or it is >>> just down but stationary in the site. The MN, itself has to solve this >>> problem. >> >> How is this supposed to work? I don't get it. If the MN is responsible >> for solving its own problem ... The ETR answers a map-request with a >> full /16 including the possibly mobile node. When a packet comes in, >> does the ETR assume the node is on-site and use internal forwarding? If >> the MN is elsewhere, is there a home agent to tunnel packets to it? If >> there is not, do packets get dropped? If they do, the MN never sees >> them and never gets to send an SMR. > > The LISP mobile-node knows who it is talking to. It SMR's those ETRs, > then then return Map-Requests to get the latest EID-to-RLOC binding. The > Map-Request goes on the ALT and the Map-Server can proxy-reply for the > LISP mobile-node. > >> I think there has to be mapping information for the MN in the system >> somewhere -- either injected as a /32 by some map-server (hm, security) >> or resident on the home network's ETRs so that they can respond with a >> /32 map-reply even if they only advertise a /16. > > Please read the draft, it is all explained in there. WHen the LISP > mobile-node moves, it registers its new RLOC with the map-server that > has an EID-prefix that covers the LISP mobile-node's EID. > > Dino Dino, the first half of your answer missed my point; the second disagrees with what you said previously and may agree with my conclusion -- the one where you said "please read the draft". Consider that I might actually have read the draft, and there might be a problem with what you said in the mail I originally replied to. To start with you said: ... the ETRs can't tell the difference between the MN roaming or it is just down but stationary in the site. The MN, itself has to solve this problem. If that's true, that means the ETR, responsible for mapping info for the whole /16, does not have mapping info for the MN. My question is: What happens in a situation where the MN is out of the home site before a correspondent node tries to talk to it? How do initial packets from the CN get to the MN, if the ETR doesn't know where it is? If it doesn't know the MN is roaming, what does put in the map-reply to the CN? Does it give it the /16 mapping, i.e. route packets to the MN to the home site? If so, what happens when a packet arrives at the ETR for the MN? You say the MN can send an SMR because it "knows who it is talking to". No it can't, because no packets have reached it so it doesn't actually know someone is trying to talk to it and thus doesn't know an SMR is necessary. Obviously it has to register its RLOC(s) with a map-server, but since you said the ETR can't tell if it is roaming or down, the ETR isn't told the MN's mapping. Who is told? Some special map-server associated with the home site (since it is responsible for the EID prefix the MN is part of)? If it's some special map-server and not the ETR -- responsible for the /16 -- then the ETR at least needs to know which EIDs it does _not_ have valid information for. That's the same level of scale as having the detailed information itself, and it hardly seems useful not to tell it in the first place. Can you put these two statements together and explain what you had in mind? Does an ETR responsible for the whole /16 find out mappings for mobile nodes or not? Speculating ... do you want to sequester all mobile nodes into a particular EID sub-prefix and take that away from the ETRs? And if you think there is something specific I have missed in the draft, please tell me. From jzwiebel@cisco.com Tue Jul 14 12:41:30 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E976B3A69CC for ; Tue, 14 Jul 2009 12:41:30 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[AWL=-0.000, BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id cIF4fwH1QDtX for ; Tue, 14 Jul 2009 12:41:29 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id C48AB3A69C7 for ; Tue, 14 Jul 2009 12:41:29 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: Ar4EALN7XEqrR7MV/2dsb2JhbACCKBQYtn+II5AvBYQI X-IronPort-AV: E=Sophos;i="4.42,399,1243814400"; d="scan'208,217";a="186016996" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-2.cisco.com with ESMTP; 14 Jul 2009 19:40:01 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6EJe10e009617; Tue, 14 Jul 2009 12:40:01 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6EJe0hR012863; Tue, 14 Jul 2009 19:40:01 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 12:40:00 -0700 Received: from [10.0.1.5] ([10.21.76.152]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 12:40:00 -0700 In-Reply-To: References: <4A2404D0.9080406@joelhalpern.com> <4A240834.7000106@uclouvain.be> <4A87C591-F5C3-4180-8FBB-D71E65F00145@net.t-labs.tu-berlin.de> <4A25846F.4030408@uclouvain.be> <13672A25-0BF0-4FC1-B301-D3B1B91A6BD1@net.t-labs.tu-berlin.de> <7CDAF1C4-35F9-46EC-B035-B870D0A076C6@cisco.com> <4C623B66-475D-453B-A1F4-F9AA508CDD24@net.t-labs.tu-berlin.de> <3CA40DE0-7E64-44FB-865E-B6A595AA4183@cisco.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-35-857742698 Message-Id: <15ED8762-9A9B-44D6-A3AB-D599C1A31F1D@cisco.com> From: John Zwiebel Date: Tue, 14 Jul 2009 09:39:58 -1000 To: Luigi Iannone X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 14 Jul 2009 19:40:00.0213 (UTC) FILETIME=[E001E850:01CA04BA] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=15007; t=1247600401; x=1248464401; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20Map-Versioning |Sender:=20; bh=KNmSEik/0XqhktHk4hftqnPN888V8B86g9eLqmkTMws=; b=bqjJ23yBnxXhfnvq0UzvSjFzQ0pkhob5CTd+xPgShE0hBcKj5bScxKOSib cI9zQB0NWCOGDfCPgjhtnCV+ENJTAvFwHu+/nqF3MxtktV/M9imta12aiDer wK4AuinpdSrMou/oWkM5aZOP4lXmDZzKE4SACpohlOytI0CcxWagw=; Authentication-Results: sj-dkim-1; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Map-Versioning X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 19:41:31 -0000 --Apple-Mail-35-857742698 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 7, 2009, at 4:28 AM, Luigi Iannone wrote: > After one week thinking... ;-)) A few observations.... In para 3: -- if you are allocating only 15 bits for the map version why does your example use 24 bits? -- There appears to be some formatting problems here, is it just that the brackets are facing the wrong way? As an example, using 24 bits, if the Mapping Version Number is 0, versions in ]1; (2**14)-1[ are greater and versions in [2**14; (2**15)-1[ are smaller. -- FWIW: s/half the versions is/ half the versions are 5.0: "carrying" The purpose of carring these version numbers is two-fold, allowing FWIW change "does not hold" to "is not true" and I get it. I first read it to mean the first condition was 'holding' the Map-Update- Notification. If the first condition does not hold the Map-Update-Notification (see Section 8) is used to make the ITR aware that a newer mapping is available. "detailed" header format is detailled in Section 6 (Figure 2). 5.1 -- The ETR receives a packet from where? What is a "domain"? (I think you mean EID-space) I had to read this entire section and start the next before I figured it out. -- what is a LEID? -- rather than "can" shouldn't this be MUST|SHOULD|MAY? (or is this a decision to be made later?) packets coming from that ITR with smaller mapping version number can be silently dropped, since most likely there is a spoof or the 5.2 -- likewise, starting this section with "when an ETR receives a packet", misled me into what you were trying to describe. -- sent been send and a Map-Reply has been received. The latter sent by -- s/anyhow/somehow corrupted anyhow, the mapping version in the EID-to-RLOC Cache is 6.0 -- FWIW, IMHO minutes should be used and therefore the number of bits allocated should be fewer so I'd rather see. (or perhaps we could use 1/10 of a minute? 11 days to run through the version number circle seems awfully long, especially for something that shouldn't change that much.) +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- +-+ / |Res| Source Mapping V.N. | Destination Mapping V. N. | LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- +-+ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- +-+ / |Res| Source Mapping V.N. |res| Destination Mapping V. N.| LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- +-+ 9.3 -- I cannot see how this would work. If it were up to me at this early stage I'd just have everyone update on a flag day to a OS image that supports map-versioning. Yes, there will be a lot of headaches making this happen, but far, far fewer than trying to debug why things aren't interoperating. (2cents) 10.1 -- Huh? ;-) 10.2 -- s/loses/looses DDoS attacks, where an xTR looses processing power doing version 10.4 -- s/scenario/scenarii The scenarii presented in the previous sections are correct if ETR --Apple-Mail-35-857742698 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 7, 2009, at 4:28 AM, Luigi Iannone wrote:

After one week thinking... = ;-))


A few = observations....


In para = 3:
  --  if you are allocating only 15 bits for = the map version why does your example use 24 = bits?
  -- There appears to be some formatting = problems here, is it just that the brackets are facing the wrong = way?
 
   As an example, using 24 bits, if the Mapping = Version Number is 0,
   = versions in ]1; (2**14)-1[ are greater and versions in = [2**14;
   (2**15)-1[ are = smaller.

  -- = FWIW:  s/half the versions is/ half the versions = are


5.0: = "carrying"
   The purpose of carring = these version numbers is two-fold, allowing

   FWIW  change "does not hold" to "is not true" = and I get it.  I first read
   it = to mean the first condition was 'holding' the = Map-Update-Notification.

    If the first condition does not hold = the
   Map-Update-Notification (see = Section 8) is used to make the ITR aware
   that a newer mapping is available. =  

   =  "detailed"
   header format is detailled in Section 6 = (Figure 2).

5.1 =  
  -- The ETR receives a packet from where? =  What is a "domain"?  (I think you mean = EID-space) 
= I had to read this entire section&nbs= p;and start the next before I figured i= t out.

  -- what is a = LEID?

  -- rather than "can" = shouldn't this be MUST|SHOULD|MAY?  (or is this a decision to be = made later?)

   =    packets coming from that ITR with smaller mapping version = number
      can be silently = dropped, since most likely there is a spoof or = the

5.2
  -- = likewise, starting this section with "when an ETR receives a packet", = misled me into what you were
trying to describe. =  

 -- sent
      been send and a Map-Reply has = been received.  The latter sent by

-- = s/anyhow/somehow
     =  corrupted anyhow, the mapping version in the EID-to-RLOC Cache = is


6.0
-- = FWIW, IMHO minutes should be used and therefore the number of bits = allocated should be fewer so
I'd rather see.  (or perhaps = we could use 1/10 of a minute?  11 days to run through the = version 
number circle seems = awfully long, especially for something that = shouldn't change that much.)

     =   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-= +-+
     / |Res|    = Source Mapping V.N.      |  Destination Mapping V. = N.  |
   = LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

       = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / = |Res|    Source Mapping V.N.   =  |res|  Destination Mapping V. N.|


9.3
&nb= sp; -- I cannot see how this would work.  If it were up to me = at this early stage I'd just have everyone update
on a flag = day to a OS image that supports map-versioning.  Yes, there will be = a lot of headaches making
this happen, but far, far fewer = than trying to debug why things aren't interoperating. =  (2cents)

10.1
  -- = Huh?  ;-)

10.2
  -- = s/loses/looses

   DDoS attacks, where an xTR looses processing = power doing version


10.4
&n= bsp; -- s/scenario/scenarii

   The scenarii presented in the previous = sections are correct if ETR



= --Apple-Mail-35-857742698-- From jzwiebel@cisco.com Tue Jul 14 12:43:36 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C656F3A6984 for ; Tue, 14 Jul 2009 12:43:36 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JrAmmD9EIXZO for ; Tue, 14 Jul 2009 12:43:36 -0700 (PDT) Received: from sj-iport-3.cisco.com (sj-iport-3.cisco.com [171.71.176.72]) by core3.amsl.com (Postfix) with ESMTP id 185E73A67D3 for ; Tue, 14 Jul 2009 12:43:36 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApsEALN7XEqrR7PD/2dsb2JhbACCVLZ/iCOQLwWECA X-IronPort-AV: E=Sophos;i="4.42,399,1243814400"; d="scan'208,217";a="176872549" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-3.cisco.com with ESMTP; 14 Jul 2009 19:41:06 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6EJf64Y030221; Tue, 14 Jul 2009 12:41:06 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6EJf6gA022422; Tue, 14 Jul 2009 19:41:06 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 12:41:06 -0700 Received: from [10.0.1.5] ([10.21.76.152]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 12:41:05 -0700 In-Reply-To: <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-36-857808272 Message-Id: <43A59429-B747-403E-8D73-2814BCFC31C9@cisco.com> From: John Zwiebel Date: Tue, 14 Jul 2009 09:41:04 -1000 To: Luigi Iannone X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 14 Jul 2009 19:41:05.0819 (UTC) FILETIME=[071C96B0:01CA04BB] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2147; t=1247600466; x=1248464466; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=GId/Jwvix/uvsJG07Ig4Ygl1SL9Dk11vHR7aSBASryI=; b=lhI7E7rirbOWFO5jz82vL9fQMYYXpOSZR2K/z6rHsJvXWpzW8gLofIpfRf QfVCJAwCgJKpFa9voNqn6f0LMY/rFFqp4y92soetA90rVSLJy2QqQUHZXe5D aUesYhZM2w; Authentication-Results: sj-dkim-3; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 19:43:36 -0000 --Apple-Mail-36-857808272 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 14, 2009, at 5:15 AM, Luigi Iannone wrote: > At the bottom of this mail there is a copy of the one I sent the > 7th of July. What is missing or not clear? > AFAIK, I have all the emails you sent. I don't have any with attachments. There wasn't one on this email. I've just made comments on your draft-iannone-lisp-mapping- versioning-00.txt Could you re-send the diagram if it provides additional insight? Thanks --Apple-Mail-36-857808272 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=US-ASCII
On Jul 14, 2009, at 5:15 AM, Luigi Iannone wrote:

At the bottom of this mail = there is a copy of the one I sent the 7th of July. What is missing or = not clear?


AFAIK, I = have all the emails you sent.  I don't have any with = attachments.
There wasn't one on this = email.

I've just made comments on = your draft-iannone-lisp-mapping-versioning-00.txt


Could you re-send the diagram if it provides = additional insight?

Thanks
= --Apple-Mail-36-857808272-- From jmh@joelhalpern.com Tue Jul 14 13:20:07 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 856F23A6826 for ; Tue, 14 Jul 2009 13:20:07 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.556 X-Spam-Level: X-Spam-Status: No, score=-2.556 tagged_above=-999 required=5 tests=[AWL=-0.891, BAYES_00=-2.599, IP_NOT_FRIENDLY=0.334, J_CHICKENPOX_42=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id l1v8wwMp+Fom for ; Tue, 14 Jul 2009 13:20:06 -0700 (PDT) Received: from morbo.mail.tigertech.net (morbo.mail.tigertech.net [67.131.251.54]) by core3.amsl.com (Postfix) with ESMTP id 8E6343A677E for ; Tue, 14 Jul 2009 13:20:06 -0700 (PDT) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by morbo.tigertech.net (Postfix) with ESMTP id 8F7DEA3806 for ; Tue, 14 Jul 2009 12:54:28 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id 5277943035C; Tue, 14 Jul 2009 12:53:58 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.100] (pool-71-161-52-172.clppva.btas.verizon.net [71.161.52.172]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTP id 2BDE4430337; Tue, 14 Jul 2009 12:53:57 -0700 (PDT) Message-ID: <4A5CE251.4070401@joelhalpern.com> Date: Tue, 14 Jul 2009 15:53:53 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: Scott Brim References: <20090703232434.5CCDF6BE5CA@mercury.lcs.mit.edu> <4A5C9B0D.5030504@gmail.com> <1ABDF826-01EA-4C6C-B41E-8EAB43098D0F@cisco.com> <4A5CD34C.70905@gmail.com> In-Reply-To: <4A5CD34C.70905@gmail.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: Noel Chiappa , lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 20:20:07 -0000 It seems to me that the whole LISP mapping (and most mapping) approaches works better if we do not allow overlapping prefixes. Since prefixes do not correspond to toplogy, this is not unreasoanble. In that case, the mobile nodes should simp0ly come out of a block reserved for mobile nodes. This can either be a sizeable portion of the site block (since the site block will need to be broken down to avoid overlap), or simply another suitably sized block. If this is done, then one avoids any problem with misleading caches, or wtrying to determine who knows the status of what. the price is that the mobile node behaves like a mobile node even if it is home. This seems like a small price. Yours, Joel Scott Brim wrote: > Dino Farinacci allegedly wrote on 07/14/2009 11:59 AM: >>> Dino Farinacci allegedly wrote on 07/03/2009 7:33 PM: >>>> Also, the ETRs can't tell the difference between the MN roaming or it is >>>> just down but stationary in the site. The MN, itself has to solve this >>>> problem. >>> How is this supposed to work? I don't get it. If the MN is responsible >>> for solving its own problem ... The ETR answers a map-request with a >>> full /16 including the possibly mobile node. When a packet comes in, >>> does the ETR assume the node is on-site and use internal forwarding? If >>> the MN is elsewhere, is there a home agent to tunnel packets to it? If >>> there is not, do packets get dropped? If they do, the MN never sees >>> them and never gets to send an SMR. >> The LISP mobile-node knows who it is talking to. It SMR's those ETRs, >> then then return Map-Requests to get the latest EID-to-RLOC binding. The >> Map-Request goes on the ALT and the Map-Server can proxy-reply for the >> LISP mobile-node. >> >>> I think there has to be mapping information for the MN in the system >>> somewhere -- either injected as a /32 by some map-server (hm, security) >>> or resident on the home network's ETRs so that they can respond with a >>> /32 map-reply even if they only advertise a /16. >> Please read the draft, it is all explained in there. WHen the LISP >> mobile-node moves, it registers its new RLOC with the map-server that >> has an EID-prefix that covers the LISP mobile-node's EID. >> >> Dino > > Dino, the first half of your answer missed my point; the second > disagrees with what you said previously and may agree with my conclusion > -- the one where you said "please read the draft". Consider that I > might actually have read the draft, and there might be a problem with > what you said in the mail I originally replied to. > > To start with you said: > > ... the ETRs can't tell the difference between the MN roaming or it > is just down but stationary in the site. The MN, itself has to solve > this problem. > > If that's true, that means the ETR, responsible for mapping info for the > whole /16, does not have mapping info for the MN. My question is: What > happens in a situation where the MN is out of the home site before a > correspondent node tries to talk to it? How do initial packets from the > CN get to the MN, if the ETR doesn't know where it is? If it doesn't > know the MN is roaming, what does put in the map-reply to the CN? Does > it give it the /16 mapping, i.e. route packets to the MN to the home > site? If so, what happens when a packet arrives at the ETR for the MN? > > You say the MN can send an SMR because it "knows who it is talking to". > No it can't, because no packets have reached it so it doesn't actually > know someone is trying to talk to it and thus doesn't know an SMR is > necessary. > > Obviously it has to register its RLOC(s) with a map-server, but since > you said the ETR can't tell if it is roaming or down, the ETR isn't told > the MN's mapping. Who is told? Some special map-server associated with > the home site (since it is responsible for the EID prefix the MN is part > of)? If it's some special map-server and not the ETR -- responsible for > the /16 -- then the ETR at least needs to know which EIDs it does _not_ > have valid information for. That's the same level of scale as having > the detailed information itself, and it hardly seems useful not to tell > it in the first place. > > Can you put these two statements together and explain what you had in > mind? Does an ETR responsible for the whole /16 find out mappings for > mobile nodes or not? Speculating ... do you want to sequester all > mobile nodes into a particular EID sub-prefix and take that away from > the ETRs? And if you think there is something specific I have missed in > the draft, please tell me. > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > From jzwiebel@cisco.com Tue Jul 14 13:32:20 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 71EFF3A6851 for ; Tue, 14 Jul 2009 13:32:20 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id pcuCoKFGC5xQ for ; Tue, 14 Jul 2009 13:32:19 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id B25AD3A68EC for ; Tue, 14 Jul 2009 13:32:19 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApsEAB6IXEqrR7MV/2dsb2JhbACCVLZniCOQMgWECA X-IronPort-AV: E=Sophos;i="4.42,399,1243814400"; d="scan'208,217";a="213974747" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-1.cisco.com with ESMTP; 14 Jul 2009 20:31:40 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6EKVeOE016558; Tue, 14 Jul 2009 13:31:40 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6EKVeMF006785; Tue, 14 Jul 2009 20:31:40 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 13:31:39 -0700 Received: from [10.0.1.5] ([10.21.76.152]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 13:31:39 -0700 In-Reply-To: References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> <43A59429-B747-403E-8D73-2814BCFC31C9@cisco.com> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-43-860841848 Message-Id: <34FF3AC8-DA49-4B7C-9DF4-02B6ECDD76B3@cisco.com> From: John Zwiebel Date: Tue, 14 Jul 2009 10:31:37 -1000 To: Luigi Iannone X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 14 Jul 2009 20:31:39.0515 (UTC) FILETIME=[1755DCB0:01CA04C2] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1447; t=1247603500; x=1248467500; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=joFBG1Nb7sanipxNoSTgwJ4rZQxl69lEGc9ZA3nL7hs=; b=d4VXBFEwUV+Wwg3cUe/KpR5Kf/vAbaQ74yQLXG9Gfdes/hqqRB1e9y8WeN m1sQToeTscSblkeKyNep8MDaDmTCT3K1JADKAW1jk1D+iZrKYK+zNAsEXx8g NPbwFA7nNQn5jNuzteRTyRb5AadT42WdlJTeKxOlTc2QYbkqHdMo8=; Authentication-Results: sj-dkim-1; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 20:32:20 -0000 --Apple-Mail-43-860841848 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; delsp=yes; format=flowed On Jul 14, 2009, at 10:11 AM, Luigi Iannone wrote: > May be you refer to my use of the word "slides"? > > In that case the slides I am referring to are the presentation at > the last IETF and the ones I sent in an email to the list the 2nd > June. OK, I don't seem to have them. I would appreciate it. thanks --Apple-Mail-43-860841848 Content-Transfer-Encoding: 7bit Content-Type: text/html; charset=US-ASCII
On Jul 14, 2009, at 10:11 AM, Luigi Iannone wrote:

May be you refer to my use of the word "slides"?


In that case the slides I am referring to are the presentation at the last IETF and the ones I sent in an email to the list the 2nd June.


OK, I don't seem to have them.  I would appreciate it.

thanks
--Apple-Mail-43-860841848-- From luigi@net.t-labs.tu-berlin.de Tue Jul 14 14:05:30 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 43D833A67A5 for ; Tue, 14 Jul 2009 14:05:30 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=x tagged_above=-999 required=5 tests=[] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Bid2-ZUzG7Yw for ; Tue, 14 Jul 2009 14:05:29 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 730C83A677D for ; Tue, 14 Jul 2009 14:02:33 -0700 (PDT) Received: from [192.168.0.10] (ivr94-2-81-56-53-60.fbx.proxad.net [81.56.53.60]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 80C9F701BABB; Tue, 14 Jul 2009 23:00:58 +0200 (CEST) Message-Id: <4991E08B-58BE-416B-B52B-E0EEC7F7F161@net.t-labs.tu-berlin.de> From: Luigi Iannone To: John Zwiebel In-Reply-To: <34FF3AC8-DA49-4B7C-9DF4-02B6ECDD76B3@cisco.com> Content-Type: multipart/alternative; boundary=Apple-Mail-30-862600329 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 23:00:56 +0200 References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> <43A59429-B747-403E-8D73-2814BCFC31C9@cisco.com> <34FF3AC8-DA49-4B7C-9DF4-02B6ECDD76B3@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 21:05:30 -0000 --Apple-Mail-30-862600329 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Attached to this mail. Cheers Luigi On Jul 14, 2009, at 22:31 , John Zwiebel wrote: > > On Jul 14, 2009, at 10:11 AM, Luigi Iannone wrote: > >> May be you refer to my use of the word "slides"? >> >> In that case the slides I am referring to are the presentation at >> the last IETF and the ones I sent in an email to the list the 2nd >> June. > > OK, I don't seem to have them. I would appreciate it. > > thanks --Apple-Mail-30-862600329 Content-Type: multipart/mixed; boundary=Apple-Mail-31-862600330 --Apple-Mail-31-862600330 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable Attached to this = mail.

Cheers

Luigi
<= br>

On Jul 14, 2009, at 22:31 , John Zwiebel = wrote:


On Jul = 14, 2009, at 10:11 AM, Luigi Iannone wrote:

May be you refer to my use of the word = "slides"?

In that case the slides I am referring to are the = presentation at the last IETF and the ones I sent in an email to the = list the 2nd June.

OK, I don't = seem to have them.  I would appreciate = it.

thanks
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--Apple-Mail-31-862600330-- --Apple-Mail-30-862600329-- From luigi@net.t-labs.tu-berlin.de Tue Jul 14 14:17:32 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B7C2D3A6984 for ; Tue, 14 Jul 2009 14:17:32 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.099 X-Spam-Level: X-Spam-Status: No, score=-2.099 tagged_above=-999 required=5 tests=[AWL=0.150, BAYES_00=-2.599, HELO_EQ_DE=0.35] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id blO+8sOariWz for ; Tue, 14 Jul 2009 14:17:32 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id E61783A677D for ; Tue, 14 Jul 2009 14:17:31 -0700 (PDT) Received: from [192.168.0.10] (ivr94-2-81-56-53-60.fbx.proxad.net [81.56.53.60]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 01C64701BA9C; Tue, 14 Jul 2009 22:11:58 +0200 (CEST) Message-Id: From: Luigi Iannone To: John Zwiebel In-Reply-To: <43A59429-B747-403E-8D73-2814BCFC31C9@cisco.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 22:11:58 +0200 References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> <43A59429-B747-403E-8D73-2814BCFC31C9@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 21:17:32 -0000 Hi John, There are no attachments to the email of 7th July, neither in the mail your are replying to. May be you refer to my use of the word "slides"? In that case the slides I am referring to are the presentation at the last IETF and the ones I sent in an email to the list the 2nd June. I can send you both if you wish. Cheers Luigi On Jul 14, 2009, at 21:41 , John Zwiebel wrote: > > On Jul 14, 2009, at 5:15 AM, Luigi Iannone wrote: > >> At the bottom of this mail there is a copy of the one I sent the >> 7th of July. What is missing or not clear? >> > > AFAIK, I have all the emails you sent. I don't have any with > attachments. > There wasn't one on this email. > > I've just made comments on your draft-iannone-lisp-mapping- > versioning-00.txt > > > Could you re-send the diagram if it provides additional insight? > > Thanks From dino@cisco.com Tue Jul 14 15:46:29 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id CC5AD3A6F3B for ; Tue, 14 Jul 2009 15:46:29 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.418 X-Spam-Level: X-Spam-Status: No, score=-5.418 tagged_above=-999 required=5 tests=[AWL=-1.120, BAYES_00=-2.599, HTML_MESSAGE=0.001, MANGLED_SAVELE=2.3, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id XvhsbTT0S7ER for ; Tue, 14 Jul 2009 15:46:21 -0700 (PDT) Received: from sj-iport-5.cisco.com (sj-iport-5.cisco.com [171.68.10.87]) by core3.amsl.com (Postfix) with ESMTP id 509253A6F38 for ; Tue, 14 Jul 2009 15:46:21 -0700 (PDT) X-Files: lisp-02-to-03-rfcdiff.html : 136676 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AgMIAP+nXEqrR7PD/2dsb2JhbACCIjK2cIgjJ5AKBYIzAQQIgUiBQogk X-IronPort-AV: E=Sophos;i="4.42,399,1243814400"; d="html'217?scan'217,208,217";a="85890836" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-5.cisco.com with ESMTP; 14 Jul 2009 22:45:38 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6EMjcXC006438 for ; Tue, 14 Jul 2009 15:45:38 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6EMjcAa022179 for ; Tue, 14 Jul 2009 22:45:38 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 15:45:38 -0700 Received: from [192.168.1.5] ([10.21.112.52]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 14 Jul 2009 15:45:37 -0700 Message-Id: <8415AA81-01F8-45C3-B3BF-032ABCC898E7@cisco.com> From: Dino Farinacci To: lisp@ietf.org Content-Type: multipart/mixed; boundary=Apple-Mail-46-868881847 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 15:45:37 -0700 X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 14 Jul 2009 22:45:38.0124 (UTC) FILETIME=[CEB840C0:01CA04D4] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=139991; t=1247611538; x=1248475538; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Proposed=20changes=20for=20draft-ietf-lisp-03.t xt |Sender:=20; bh=NaaLbbA1DmuCgTj6xn3GhrW+n5zxDnwtW6dzx1WOb2o=; b=DIFN9Ff1FZ+oDosUGFfgKk9D6EnTZSxbAioFA8nRRaOD2J7baEUqJyfWXi 4JftpMklbhe2+9StTBSTfRFh632rlafZIz9RxuGl5I2DRJjgLOQmltoFU9Su 8ka8g8jFtU; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Subject: [lisp] Proposed changes for draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 22:46:29 -0000 --Apple-Mail-46-868881847 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Thanks to everyone for comments. I have received both public and private comments. If I hear no objections within 24 hours, I will post -03. Find attached the changes from draft -02 being proposed. Thanks again, Dino --Apple-Mail-46-868881847 Content-Disposition: attachment; filename=lisp-02-to-03-rfcdiff.html Content-Type: text/html; x-unix-mode=0644; name="lisp-02-to-03-rfcdiff.html" Content-Transfer-Encoding: 7bit wdiff draft-ietf-lisp-02.txt draft-ietf-lisp-03.txt 
Network Working Group                                       D. Farinacci
Internet-Draft                                                 V. Fuller
Intended status: Experimental                                   D. Meyer
Expires: January 10, 15, 2010                                       D. Lewis
                                                           cisco Systems
                                                           July 9, 14, 2009

                 Locator/ID Separation Protocol (LISP)
                         draft-ietf-lisp-02.txt
                         draft-ietf-lisp-03.txt

Status of this Memo

   This Internet-Draft is submitted to IETF in full conformance with the
   provisions of BCP 78 and BCP 79.

   Internet-Drafts are working documents of the Internet Engineering
   Task Force (IETF), its areas, and its working groups.  Note that
   other groups may also distribute working documents as Internet-
   Drafts.

   Internet-Drafts are draft documents valid for a maximum of six months
   and may be updated, replaced, or obsoleted by other documents at any
   time.  It is inappropriate to use Internet-Drafts as reference
   material or to cite them other than as "work in progress."

   The list of current Internet-Drafts can be accessed at
   http://www.ietf.org/ietf/1id-abstracts.txt.

   The list of Internet-Draft Shadow Directories can be accessed at
   http://www.ietf.org/shadow.html.

   This Internet-Draft will expire on January 10, 15, 2010.

Copyright Notice

   Copyright (c) 2009 IETF Trust and the persons identified as the
   document authors.  All rights reserved.

   This document is subject to BCP 78 and the IETF Trust's Legal
   Provisions Relating to IETF Documents in effect on the date of
   publication of this document (http://trustee.ietf.org/license-info).
   Please review these documents carefully, as they describe your rights
   and restrictions with respect to this document.

Abstract

   This draft describes a simple, incremental, network-based protocol to
   implement separation of Internet addresses into Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs).  This mechanism requires no
   changes to host stacks and no major changes to existing database
   infrastructures.  The proposed protocol can be implemented in a
   relatively small number of routers.

   This proposal was stimulated by the problem statement effort at the
   Amsterdam IAB Routing and Addressing Workshop (RAWS), which took
   place in October 2006.

Table of Contents

   1.  Requirements Notation  . . . . . . . . . . . . . . . . . . . .  4
   2.  Introduction . . . . . . . . . . . . . . . . . . . . . . . . .  5
   3.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  8
   4.  Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12
     4.1.  Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14
   5.  Tunneling Details  . . . . . . . . . . . . . . . . . . . . . . 16
     5.1.  LISP IPv4-in-IPv4 Header Format  . . . . . . . . . . . . . 17
     5.2.  LISP IPv6-in-IPv6 Header Format  . . . . . . . . . . . . . 18
     5.3.  Tunnel Header Field Descriptions . . . . . . . . . . . . . 19
     5.4.  Dealing with Large Encapsulated Packets  . . . . . . . . . 21
       5.4.1.  A Stateless Solution to MTU Handling . . . . . . . . . 21
       5.4.2.  A Stateful Solution to MTU Handling  . . . . . . . . . 22
   6.  EID-to-RLOC Mapping  . . . . . . . . . . . . . . . . . . . . . 23
     6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats  . . . . . 23
       6.1.1.  LISP Packet Type Allocations . . . . . . . . . . . . . 25
       6.1.2.  Map-Request Message Format . . . . . . . . . . . . . . 25
       6.1.3.  EID-to-RLOC UDP Map-Request Message  . . . . . . . . . 27
       6.1.4.  Map-Reply Message Format . . . . . . . . . . . . . . . 28
       6.1.5.  EID-to-RLOC UDP Map-Reply Message  . . . . . . . . . . 31
       6.1.6.  Map-Register Message Format  . . . . . . . . . . . . . 32 31
     6.2.  Routing Locator Selection  . . . . . . . . . . . . . . . . 34 33
     6.3.  Routing Locator Reachability . . . . . . . . . . . . . . . 35
       6.3.1.  Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37
     6.4.  Routing Locator Hashing  . . . . . . . . . . . . . . . . . 38
     6.5.  Changing the Contents of EID-to-RLOC Mappings  . . . . . . 39
       6.5.1.  Clock Sweep  . . . . . . . . . . . . . . . . . . . . . 39
       6.5.2.  Solicit-Map-Request (SMR)  . . . . . . . . . . . . . . 40
   7.  Router Performance Considerations  . . . . . . . . . . . . . . 42
   8.  Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 43
     8.1.  First-hop/Last-hop Tunnel Routers  . . . . . . . . . . . . 44
     8.2.  Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 44
     8.3.  ISP Provider-Edge (PE) Tunnel Routers  . . . . . . . . . . 45
   9.  Traceroute Considerations  . . . . . . . . . . . . . . . . . . 46
     9.1.  IPv6 Traceroute  . . . . . . . . . . . . . . . . . . . . . 47
     9.2.  IPv4 Traceroute  . . . . . . . . . . . . . . . . . . . . . 47
     9.3.  Traceroute using Mixed Locators  . . . . . . . . . . . . . 47
   10. Mobility Considerations  . . . . . . . . . . . . . . . . . . . 49
     10.1. Site Mobility  . . . . . . . . . . . . . . . . . . . . . . 49
     10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 49
     10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 49
     10.4. Fast Network Mobility  . . . . . . . . . . . . . . . . . . 51
     10.5. LISP Mobile Node Mobility  . . . . . . . . . . . . . . . . 51
   11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 53
   12. Security Considerations  . . . . . . . . . . . . . . . . . . . 54
   13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 55
   14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 58
     14.1. Normative References . . . . . . . . . . . . . . . . . . . 58
     14.2. Informative References . . . . . . . . . . . . . . . . . . 59
   Appendix A.  Acknowledgments . . . . . . . . . . . . . . . . . . . 62
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 63

1.  Requirements Notation

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

2.  Introduction

   Many years of discussion about the current IP routing and addressing
   architecture have noted that its use of a single numbering space (the
   "IP address") for both host transport session identification and
   network routing creates scaling issues (see [CHIAPPA] and [RFC1498]).
   A number of scaling benefits would be realized by separating the
   current IP address into separate spaces for Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs); among them are:

   1.  Reduction of routing table size in the "default-free zone" (DFZ).
       Use of a separate numbering space for RLOCs will allow them to be
       assigned topologically (in today's Internet, RLOCs would be
       assigned by providers at client network attachment points),
       greatly improving aggregation and reducing the number of
       globally-visible, routable prefixes.

   2.  More cost-effective multihoming for sites that connect to
       different service providers where they can control their own
       policies for packet flow into the site without using extra
       routing table resources of core routers.

   3.  Easing of renumbering burden when clients change providers.
       Because host EIDs are numbered from a separate, non-provider-
       assigned and non-topologically-bound space, they do not need to
       be renumbered when a client site changes its attachment points to
       the network.

   4.  Traffic engineering capabilities that can be performed by network
       elements and do not depend on injecting additional state into the
       routing system.  This will fall out of the mechanism that is used
       to implement the EID/RLOC split (see Section 4).

   5.  Mobility without address changing.  Existing mobility mechanisms
       will be able to work in a locator/ID separation scenario.  It
       will be possible for a host (or a collection of hosts) to move to
       a different point in the network topology either retaining its
       home-based address or acquiring a new address based on the new
       network location.  A new network location could be a physically
       different point in the network topology or the same physical
       point of the topology with a different provider.

   This draft describes protocol mechanisms to achieve the desired
   functional separation.  For flexibility, the mechanism used for
   forwarding packets is decoupled from that used to determine EID to
   RLOC mappings.  This document covers the former.  For the later, see
   [CONS], [ALT], [EMACS], [RPMD], and [NERD].  This work is in response
   to and intended to address the problem statement that came out of the
   RAWS effort [RFC4984].

   The Routing and Addressing problem statement can be found in [RADIR].

   This draft focuses on a router-based solution.  Building the solution
   into the network will facilitate incremental deployment of the
   technology on the Internet.  Note that while the detailed protocol
   specification and examples in this document assume IP version 4
   (IPv4), there is nothing in the design that precludes use of the same
   techniques and mechanisms for IPv6.  It should be possible for IPv4
   packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4
   RLOCs.

   Related work on host-based solutions is described in Shim6 [SHIM6]
   and HIP [RFC4423].  Related work on a router-based solution is
   described in [GSE].  This draft attempts to not compete or overlap
   with such solutions and the proposed protocol changes are expected to
   complement a host-based mechanism when Traffic Engineering
   functionality is desired.

   Some of the design goals of this proposal include:

   1.  Require no hardware or software changes to end-systems (hosts).

   2.  Minimize required changes to Internet infrastructure.

   3.  Be incrementally deployable.

   4.  Require no router hardware changes.

   5.  Minimize the number of routers which have to be modified.  In
       particular, most customer site routers and no core routers
       require changes.

   6.  Minimize router software changes in those routers which are
       affected.

   7.  Avoid or minimize packet loss when EID-to-RLOC mappings need to
       be performed.

   There are 4 variants of LISP, which differ along a spectrum of strong
   to weak dependence on the topological nature and possible need for
   routability of EIDs.  The variants are:

   LISP 1:  uses EIDs that are routable through the RLOC topology for
      bootstrapping EID-to-RLOC mappings.  [LISP1] This was intended as
      a prototyping mechanism for early protocol implementation.  It is
      now deprecated and should not be deployed.

   LISP 1.5:  uses EIDs that are routable for bootstrapping EID-to-RLOC
      mappings; such routing is via a separate topology.

   LISP 2:  uses EIDS that are not routable and EID-to-RLOC mappings are
      implemented within the DNS.  [LISP2]

   LISP 3:  uses non-routable EIDs that are used as lookup keys for a
      new EID-to-RLOC mapping database.  Use of Distributed Hash Tables
      [DHTs] [LISPDHT] to implement such a database would be an area to
      explore.  Other examples of new mapping database services are
      [CONS], [ALT], [RPMD], [NERD], and [APT].

   This document on LISP 1.5, and LISP 3 variants, both of which rely on
   a router-based distributed cache and database for EID-to-RLOC
   mappings.  The LISP 1.0 mechanism works but does not allow reduction
   of routing information in the default-free-zone of the Internet.  The
   LISP 2 mechanisms are put on hold and may never come to fruition
   since it is not architecturally pure to have routing depend on
   directory and directory depend on routing.  The LISP 3 mechanisms
   will be documented elsewhere but may use the control-plane options
   specified in this specification.

3.  Definition of Terms

   Provider Independent (PI) Addresses:   an address block assigned from
      a pool where blocks are not associated with any particular
      location in the network (e.g. from a particular service provider),
      and is therefore not topologically aggregatable in the routing
      system.

   Provider Assigned (PA) Addresses:   a block of IP addresses that are
      assigned to a site by each service provider to which a site
      connects.  Typically, each block is sub-block of a service
      provider CIDR block and is aggregated into the larger block before
      being advertised into the global Internet.  Traditionally, IP
      multihoming has been implemented by each multi-homed site
      acquiring its own, globally-visible prefix.  LISP uses only
      topologically-assigned and aggregatable address blocks for RLOCs,
      eliminating this demonstrably non-scalable practice.

   Routing Locator (RLOC):   the IPv4 or IPv6 address of an egress
      tunnel router (ETR).  It is the output of a EID-to-RLOC mapping
      lookup.  An EID maps to one or more RLOCs.  Typically, RLOCs are
      numbered from topologically-aggregatable blocks that are assigned
      to a site at each point to which it attaches to the global
      Internet; where the topology is defined by the connectivity of
      provider networks, RLOCs can be thought of as PA addresses.
      Multiple RLOCs can be assigned to the same ETR device or to
      multiple ETR devices at a site.

   Endpoint ID (EID):   a 32-bit (for IPv4) or 128-bit (for IPv6) value
      used in the source and destination address fields of the first
      (most inner) LISP header of a packet.  The host obtains a
      destination EID the same way it obtains an destination address
      today, for example through a DNS lookup or SIP exchange.  The
      source EID is obtained via existing mechanisms used to set a
      host's "local" IP address.  An EID is allocated to a host from an
      EID-prefix block associated with the site where the host is
      located.  An EID can be used by a host to refer to other hosts.
      EIDs MUST NOT be used as LISP RLOCs.  Note that EID blocks may be
      assigned in a hierarchical manner, independent of the network
      topology, to facilitate scaling of the mapping database.  In
      addition, an EID block assigned to a site may have site-local
      structure (subnetting) for routing within the site; this structure
      is not visible to the global routing system.  When used in
      discussions with other Locator/ID separation proposals, a LISP EID
      will be called a "LEID".  Throughout this document, any references
      to "EID" refers to an LEID.

   EID-prefix:   A power-of-2 block of EIDs which are allocated to a
      site by an address allocation authority.  EID-prefixes are
      associated with a set of RLOC addresses which make up a "database
      mapping".  EID-prefix allocations can be broken up into smaller
      blocks when an RLOC set is to be associated with the smaller EID-
      prefix.  A globally routed address block (whether PI or PA) is not
      an EID-prefix.  However, a globally routed address block may be
      removed from global routing and reused as an EID-prefix.  A site
      that receives an explicitly allocated EID-prefix may not use that
      EID-prefix as a globally routed prefix assigned to RLOCs.

   End-system:   is an IPv4 or IPv6 device that originates packets with
      a single IPv4 or IPv6 header.  The end-system supplies an EID
      value for the destination address field of the IP header when
      communicating globally (i.e. outside of its routing domain).  An
      end-system can be a host computer, a switch or router device, or
      any network appliance.

   Ingress Tunnel Router (ITR):   a router which accepts an IP packet
      with a single IP header (more precisely, an IP packet that does
      not contain a LISP header).  The router treats this "inner" IP
      destination address as an EID and performs an EID-to-RLOC mapping
      lookup.  The router then prepends an "outer" IP header with one of
      its globally-routable RLOCs in the source address field and the
      result of the mapping lookup in the destination address field.
      Note that this destination RLOC may be an intermediate, proxy
      device that has better knowledge of the EID-to-RLOC mapping closer
      to the destination EID.  In general, an ITR receives IP packets
      from site end-systems on one side and sends LISP-encapsulated IP
      packets toward the Internet on the other side.

      Specifically, when a service provider prepends a LISP header for
      Traffic Engineering purposes, the router that does this is also
      regarded as an ITR.  The outer RLOC the ISP ITR uses can be based
      on the outer destination address (the originating ITR's supplied
      RLOC) or the inner destination address (the originating hosts
      supplied EID).

   TE-ITR:   is an ITR that is deployed in a service provider network
      that prepends an additional LISP header for Traffic Engineering
      purposes.

   Egress Tunnel Router (ETR):   a router that accepts an IP packet
      where the destination address in the "outer" IP header is one of
      its own RLOCs.  The router strips the "outer" header and forwards
      the packet based on the next IP header found.  In general, an ETR
      receives LISP-encapsulated IP packets from the Internet on one
      side and sends decapsulated IP packets to site end-systems on the
      other side.  ETR functionality does not have to be limited to a
      router device.  A server host can be the endpoint of a LISP tunnel
      as well.

   TE-ETR:   is an ETR that is deployed in a service provider network
      that strips an outer LISP header for Traffic Engineering purposes.

   xTR:   is a reference to an ITR or ETR when direction of data flow is
      not part of the context description. xTR refers to the router that
      is the tunnel endpoint.  Used synonymously with the term "Tunnel
      Router".  For example, "An xTR can be located at the Customer Edge
      (CE) router", meaning both ITR and ETR functionality is at the CE
      router.

   EID-to-RLOC Cache:   a short-lived, on-demand table in an ITR that
      stores, tracks, and is responsible for timing-out and otherwise
      validating EID-to-RLOC mappings.  This cache is distinct from the
      full "database" of EID-to-RLOC mappings, it is dynamic, local to
      the ITR(s), and relatively small while the database is
      distributed, relatively static, and much more global in scope.

   EID-to-RLOC Database:   a global distributed database that contains
      all known EID-prefix to RLOC mappings.  Each potential ETR
      typically contains a small piece of the database: the EID-to-RLOC
      mappings for the EID prefixes "behind" the router.  These map to
      one of the router's own, globally-visible, IP addresses.

   Recursive Tunneling:   when a packet has more than one LISP IP
      header.  Additional layers of tunneling may be employed to
      implement traffic engineering or other re-routing as needed.  When
      this is done, an additional "outer" LISP header is added and the
      original RLOCs are preserved in the "inner" header.  Any
      references to tunnels in this specification refers to dynamic
      encapsulating tunnels and never are they staticly configured.

   Reencapsulating Tunnels:   when a packet has no more than one LISP IP
      header (two IP headers total) and when it needs to be diverted to
      new RLOC, an ETR can decapsulate the packet (remove the LISP
      header) and prepend a new tunnel header, with new RLOC, on to the
      packet.  Doing this allows a packet to be re-routed by the re-
      encapsulating router without adding the overhead of additional
      tunnel headers.  Any references to tunnels in this specification
      refers to dynamic encapsulating tunnels and never are they
      staticly configured.

   LISP Header:   a term used in this document to refer to the outer
      IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR
      prepends or an ETR strips.

   Address Family Indicator (AFI):   a term used to describe an address
      encoding in a packet.  An address family currently pertains to an
      IPv4 or IPv6 address.  See [AFI] for details.

   Negative Mapping Entry:   also known as a negative cache entry, is an
      EID-to-RLOC entry where an EID-prefix is advertised or stored with
      no RLOCs.  That is, the locator-set for the EID-to-RLOC entry is
      empty or has an encoded locator count of 0.  This type of entry
      could be used to describe a prefix from a non-LISP site, which is
      explicitly not in the mapping database.  There are a set of well
      defined actions that are encoded in a Negative Map-Reply.

   Data Probe:   a LISP-encapsulated data packet where the inner header
      destination address equals the outer header destination address
      used to trigger a Map-Reply by a decapsulating ETR.  In addition,
      the original packet is decapsulated and delivered to the
      destination host.  A Data Probe is used in some of the mapping
      database designs to "probe" or request a Map-Reply from an ETR; in
      other cases, Map-Requests are used.  See each mapping database
      design for details.

4.  Basic Overview

   One key concept of LISP is that end-systems (hosts) operate the same
   way they do today.  The IP addresses that hosts use for tracking
   sockets, connections, and for sending and receiving packets do not
   change.  In LISP terminology, these IP addresses are called Endpoint
   Identifiers (EIDs).

   Routers continue to forward packets based on IP destination
   addresses.  When a packet is LISP encapsulated, these addresses are
   referred to as Routing Locators (RLOCs).  Most routers along a path
   between two hosts will not change; they continue to perform routing/
   forwarding lookups on the destination addresses.  For routers between
   the source host and the ITR as well as routers from the ETR to the
   destination host, the destination address is an EID.  For the routers
   between the ITR and the ETR, the destination address is an RLOC.

   This design introduces "Tunnel Routers", which prepend LISP headers
   on host-originated packets and strip them prior to final delivery to
   their destination.  The IP addresses in this "outer header" are
   RLOCs.  During end-to-end packet exchange between two Internet hosts,
   an ITR prepends a new LISP header to each packet and an egress tunnel
   router strips the new header.  The ITR performs EID-to-RLOC lookups
   to determine the routing path to the the ETR, which has the RLOC as
   one of its IP addresses.

   Some basic rules governing LISP are:

   o  End-systems (hosts) only send to addresses which are EIDs.  They
      don't know addresses are EIDs versus RLOCs but assume packets get
      to LISP routers, which in turn, deliver packets to the destination
      the end-system has specified.

   o  EIDs are always IP addresses assigned to hosts.

   o  LISP routers mostly deal with Routing Locator addresses.  See
      details later in Section 4.1 to clarify what is meant by "mostly".

   o  RLOCs are always IP addresses assigned to routers; preferably,
      topologically-oriented addresses from provider CIDR blocks.

   o  When a router originates packets it may use as a source address
      either an EID or RLOC.  When acting as a host (e.g. when
      terminating a transport session such as SSH, TELNET, or SNMP), it
      may use an EID that is explicitly assigned for that purpose.  An
      EID that identifies the router as a host MUST NOT be used as an
      RLOC; an EID is only routable within the scope of a site.  A
      typical BGP configuration might demonstrate this "hybrid" EID/RLOC
      usage where a router could use its "host-like" EID to terminate
      iBGP sessions to other routers in a site while at the same time
      using RLOCs to terminate eBGP sessions to routers outside the
      site.

   o  EIDs are not expected to be usable for global end-to-end
      communication in the absence of an EID-to-RLOC mapping operation.
      They are expected to be used locally for intra-site communication.

   o  EID prefixes are likely to be hierarchically assigned in a manner
      which is optimized for administrative convenience and to
      facilitate scaling of the EID-to-RLOC mapping database.  The
      hierarchy is based on a address allocation hierarchy which is not
      dependent on the network topology.

   o  EIDs may also be structured (subnetted) in a manner suitable for
      local routing within an autonomous system.

   An additional LISP header may be prepended to packets by a transit
   router (i.e.  TE-ITR) when re-routing of the path for a packet is
   desired.  An obvious instance of this would be an ISP router that
   needs to perform traffic engineering for packets in flow through its
   network.  In such a situation, termed Recursive Tunneling, an ISP
   transit acts as an additional ingress tunnel router and the RLOC it
   uses for the new prepended header would be either an TE-ETR within
   the ISP (along intra-ISP traffic engineered path) or in an TE-ETR
   within another ISP (an inter-ISP traffic engineered path, where an
   agreement to build such a path exists).

   This specification mandates that no more than two LISP headers get
   prepended to a packet.  This avoids excessive packet overhead as well
   as possible encapsulation loops.  It is believed two headers is
   sufficient, where the first prepended header is used at a site for
   Location/Identity separation and second prepended header is used
   inside a service provider for Traffic Engineering purposes.

   Tunnel Routers can be placed fairly flexibly in a multi-AS topology.
   For example, the ITR for a particular end-to-end packet exchange
   might be the first-hop or default router within a site for the source
   host.  Similarly, the egress tunnel router might be the last-hop
   router directly-connected to the destination host.  Another example,
   perhaps for a VPN service out-sourced to an ISP by a site, the ITR
   could be the site's border router at the service provider attachment
   point.  Mixing and matching of site-operated, ISP-operated, and other
   tunnel routers is allowed for maximum flexibility.  See Section 8 for
   more details.

4.1.  Packet Flow Sequence

   This section provides an example of the unicast packet flow with the
   following conditions:

   o  Source host "host1.abc.com" is sending a packet to
      "host2.xyz.com", exactly what host1 would do if the site was not
      using LISP.

   o  Each site is multi-homed, so each tunnel router has an address
      (RLOC) assigned from the service provider address block for each
      provider to which that particular tunnel router is attached.

   o  The ITR(s) and ETR(s) are directly connected to the source and
      destination, respectively.

   o  Data Probes are used to solicit Map-Replies versus using Map-
      Requests.  And the Data Probes are sent on the underlying topology
      (the LISP 1.0 variant) but could also be sent over an alternative
      topology (the LISP 1.5 variant) as it would in [ALT].

   Client host1.abc.com wants to communicate with server host2.xyz.com:

   1.  host1.abc.com wants to open a TCP connection to host2.xyz.com.
       It does a DNS lookup on host2.xyz.com.  An A/AAAA record is
       returned.  This address is used as the destination EID and the
       locally-assigned address of host1.abc.com is used as the source
       EID.  An IPv4 or IPv6 packet is built using the EIDs in the IPv4
       or IPv6 header and sent to the default router.

   2.  The default router is configured as an ITR.  The ITR must be able
       to map the EID destination to an RLOC of the ETR at the
       destination site.  The ITR prepends a LISP header to the packet,
       with one of its RLOCs as the source IPv4 or IPv6 address.  The
       destination EID from the original packet header is used as the
       destination IPv4 or IPv6 in the prepended LISP header.
       Subsequent packets, where the outer destination address is the
       destination EID will be sent until EID-to-RLOC mapping is
       learned.

   3.  In LISP 1, the packet is routed through the Internet as it is
       today.  In LISP 1.5, the packet is routed on a different topology
       which may have EID prefixes distributed and advertised in an
       aggregatable fashion.  In either case, the packet arrives at the
       ETR.  The router is configured to "punt" the packet to the
       router's processor.  See Section 7 for more details.  For LISP
       2.0 and 3.0, the behavior is not fully defined yet.

   4.  The LISP header is stripped so that the packet can be forwarded
       by the router control plane.  The router looks up the destination
       EID in the router's EID-to-RLOC database (not the cache, but the
       configured data structure of RLOCs).  An EID-to-RLOC Map-Reply
       message is originated by the ETR and is addressed to the source
       RLOC in the LISP header of the original packet (this is the ITR).
       The source RLOC of the Map-Reply is one of the ETR's RLOCs.

   5.  The ITR receives the Map-Reply message, parses the message (to
       check for format validity) and stores the mapping information
       from the packet.  This information is put in the ITR's EID-to-
       RLOC mapping cache (this is the on-demand cache, the cache where
       entries time out due to inactivity).

   6.  Subsequent packets from host1.abc.com to host2.xyz.com will have
       a LISP header prepended by the ITR using the appropriate RLOC as
       the LISP header destination address learned from the ETR.  Note,
       the packet may be sent to a different ETR than the one which
       returned the Map-Reply due to the source site's hashing policy or
       the destination site's locator-set policy.

   7.  The ETR receives these packets directly (since the destination
       address is one of its assigned IP addresses), strips the LISP
       header and forwards the packets to the attached destination host.

   In order to eliminate the need for a mapping lookup in the reverse
   direction, an ETR MAY create a cache entry that maps the source EID
   (inner header source IP address) to the source RLOC (outer header
   source IP address) in a received LISP packet.  Such a cache entry is
   termed a "gleaned" mapping and only contains a single RLOC for the
   EID in question.  More complete information about additional RLOCs
   SHOULD be verified by sending a LISP Map-Request for that EID.  Both
   ITR and the ETR may also influence the decision the other makes in
   selecting an RLOC.  See Section 6 for more details.

5.  Tunneling Details

   This section describes the LISP Data Message which defines the
   tunneling header used to encapsulate IPv4 and IPv6 packets which
   contain EID addresses.  Even though the following formats illustrate
   IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2
   combinations are supported as well.

   Since additional tunnel headers are prepended, the packet becomes
   larger and in theory can exceed the MTU of any link traversed from
   the ITR to the ETR.  It is recommended, in IPv4 that packets do not
   get fragmented as they are encapsulated by the ITR.  Instead, the
   packet is dropped and an ICMP Too Big message is returned to the
   source.

   Based on informal surveys of large ISP traffic patterns, it appears
   that most transit paths can accommodate a path MTU of at least 4470
   bytes.  The exceptions, in terms of data rate, number of hosts
   affected, or any other metric are expected to be vanishingly small.

   To address MTU concerns, mainly raised on the RRG mailing list, the
   LISP deployment process will include collecting data during its pilot
   phase to either verify or refute the assumption about minimum
   available MTU.  If the assumption proves true and transit networks
   with links limited to 1500 byte MTUs are corner cases, it would seem
   more cost-effective to either upgrade or modify the equipment in
   those transit networks to support larger MTUs or to use existing
   mechanisms for accommodating packets that are too large.

   For this reason, there is currently no plan for LISP to add any new
   additional, complex mechanism for implementing fragmentation and
   reassembly in the face of limited-MTU transit links.  If analysis
   during LISP pilot deployment reveals that the assumption of
   essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect,
   then LISP can be modified prior to protocol standardization to add
   support for one of the proposed fragmentation and reassembly schemes.
   Note that two simple existing schemes are detailed in Section 5.4.

5.1.  LISP IPv4-in-IPv4 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   OH  |  Time to Live | Protocol = 17 |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                    Source Routing Locator                     |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   IH  |  Time to Live |    Protocol   |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                           Source EID                          |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                         Destination EID                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.2.  LISP IPv6-in-IPv6 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Payload Length        | Next Header=17|   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   O   +                                                               +
   u   |                                                               |
   t   +                     Source Routing Locator                    +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                  Destination Routing Locator                  +
   |   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   /   |         Payload Length        |  Next Header  |   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   I   +                                                               +
   n   |                                                               |
   n   +                          Source EID                           +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                        Destination EID                        +
   \   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.3.  Tunnel Header Field Descriptions

   IH Header:  is the inner header, preserved from the datagram received
      from the originating host.  The source and destination IP
      addresses are EIDs.

   OH Header:  is the outer header prepended by an ITR.  The address
      fields contain RLOCs obtained from the ingress router's EID-to-
      RLOC cache.  The IP protocol number is "UDP (17)" from [RFC0768].
      The DF bit of the Flags field is set to 0.

   UDP Header:  contains a ITR selected source port when encapsulating a
      packet.  See Section 6.4 for details on the hash algorithm used
      select a source port based on the 5-tuple of the inner header.
      The destination port MUST be set to the well-known IANA assigned
      port value 4341.

   UDP Checksum:  this field field MUST be transmitted as 0 and ignored on
      receipt by the ETR.  Note, even when the UDP checksum is
      transmitted as 0 an intervening NAT device can recalculate the
      checksum and rewrite the UDP checksum field to non-zero.  For
      performance reasons, the ETR MUST ignore the checksum and MUST not
      do a checksum computation.

   UDP Length:  for an IPv4 encapsulated packet, the inner header Total
      Length plus the UDP and LISP header lengths are used.  For an IPv6
      encapsulated packet, the inner header Payload Length plus the size
      of the IPv6 header (40 bytes) plus the size of the UDP and LISP
      headers are used.  The UDP header length is 8 bytes.  The LISP
      header length is 8 bytes when no loc-reach-bit header extensions
      are used.

   LISP Locator Reach Bits:  in the LISP header are set by an ITR to
      indicate to an ETR the reachability of the Locators in the source
      site.  Each RLOC in a Map-Reply is assigned an ordinal value from
      0 to n-1 (when there are n RLOCs in a mapping entry).  The Locator
      Reach Bits are numbered from 0 to n-1 from the right significant
      bit of the 32-bit field.  When a bit is set to 1, the ITR is
      indicating to the ETR the RLOC associated with the bit ordinal is
      reachable.  See Section 6.3 for details on how an ITR can
      determine other ITRs at the site are reachable.  When a site has
      multiple EID-prefixes which result in multiple mappings (where
      each could have a different locator-set), the Locator Reach Bits
      setting in an encapsulated packet MUST reflect the mapping for the
      EID-prefix that the inner-header source EID address matches.

   S: this is the Solicit-Map-Request (SMR) bit.  See section
      Section 6.5.2 for details.

   E: this is the echo-nonce-request bit.  See section Section 6.3.1 for
      details.

   rsvd-flags:  this 6-bit field is reserved for future flag use.  It is
      set to 0 on transmit and ignored on receipt.

   LISP Nonce:  is a 24-bit value that is randomly generated by an ITR.
      It
      The nonce is also used when the E-bit is set to test route-returnability request the nonce
      value to be echoed by the other side when xTRs exchange
      encapsulated data packets with are returned.
      See section Section 6.3.1 for more details.  The nonce is also
      used when SMR-bit is set to solicit the SMR bit set, Data-Probe, other side to send a Map-
      Request, or Map-Reply messages.
      Request containing this nonce.  See section Section 6.5.2 for
      details.

   When doing Recursive Tunneling or ITR/PTR encapsulation:

   o  The OH header Time to Live field (or Hop Limit field, in case of
      IPv6) MUST be copied from the IH header Time to Live field.

   o  The OH header Type of Service field (or the Traffic Class field,
      in the case of IPv6) SHOULD be copied from the IH header Type of
      Service field (with one caveat, see below).

   When doing Re-encapsulated Tunneling:

   o  The new OH header Time to Live field SHOULD be copied from the
      stripped OH header Time to Live field.

   o  The new OH header Type of Service field SHOULD be copied from the
      stripped OH header Type of Service field (with one caveat, see
      below)..

   Copying the TTL serves two purposes: first, it preserves the distance
   the host intended the packet to travel; second, and more importantly,
   it provides for suppression of looping packets in the event there is
   a loop of concatenated tunnels due to misconfiguration.

   The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service
   field and the IPv6 Traffic Class field [RFC3168].  The ECN field
   requires special treatment in order to avoid discarding indications
   of congestion [RFC3168].  ITR encapsulation MUST copy the 2-bit ECN
   field from the inner header to the outer header.  Re-encapsulation
   MUST copy the 2-bit ECN field from the stripped outer header to the
   new outer header.  If the ECN field contains a congestion indication
   codepoint (the value is '11', the Congestion Experienced (CE)
   codepoint), then ETR decapsulation MUST copy the 2-bit ECN field from
   the stripped outer header to the surviving inner header that is used
   to forward the packet beyond the ETR.  These requirements preserve
   Congestion Experienced (CE) indications when a packet that uses ECN
   traverses a LISP tunnel and becomes marked with a CE indication due
   to congestion between the tunnel endpoints.

5.4.  Dealing with Large Encapsulated Packets

   In the event that the MTU issues mentioned above prove to be more
   serious than expected, this section proposes 2 simple mechanisms to
   deal with large packets.  One is stateless using IP fragmentation and
   the other is stateful using Path MTU Discovery [RFC1191].

   It is left to the implementor to decide if the stateless or stateful
   mechanism should be implemented.  Both or neither can be decided as
   well since it is a local decision in the ITR regarding how to deal
   with MTU issues.  Sites can interoperate with differing mechanisms.

5.4.1.  A Stateless Solution to MTU Handling

   An ITR stateless solution to handle MTU issues is described as
   follows:

   1.  Define an architectural constant S for the maximum size of a
       packet, in bytes, an ITR would receive from a source inside of
       its site.

   2.  Define L to be the maximum size, in bytes, a packet of size S
       would be after the ITR prepends the LISP header, UDP header, and
       outer network layer header of size H.

   3.  Calculate: S + H = L.

   When an ITR receives a packet from a site-facing interface and adds H
   bytes worth of encapsulation to yield a packet size of L bytes, it
   resolves the MTU issue by first splitting the original packet into 2
   equal-sized fragments.  A LISP header is then prepended to each
   fragment.  This will ensure that the new, encapsulated packets are of
   size (S/2 + H), which is always below the effective tunnel MTU.

   When an ETR receives encapsulated fragments, it treats them as two
   individually encapsulated packets.  It strips the LISP headers then
   forwards each fragment to the destination host of the destination
   site.  The two fragments are reassembled at the destination host into
   the single IP datagram that was originated by the source host.

   This behavior is performed by the ITR when the source host originates
   a packet with the DF field of the IP header is set to 0.  When the DF
   field of the IP header is set to 1, or the packet is an IPv6 packet
   originated by the source host, the ITR will drop the packet when the
   size is greater than L, and sends an ICMP Too Big message to the
   source with a value of S, where S is (L - H).

   When the outer header encapsulation uses an IPv4 header the DF bit is
   always set to 0.

   This specification recommends that L be defined as 1500.

5.4.2.  A Stateful Solution to MTU Handling

   An ITR stateful solution to handle MTU issues is describe as follows
   and was first introduced in [OPENLISP]:

   1.  The ITR will keep state of the effective MTU for each locator per
       mapping cache entry.  The effective MTU is what the core network
       can deliver along the path between ITR and ETR.

   2.  When an encapsulated packet, with DF bit always set to 0, exceeds
       what the core network can deliver, one of the intermediate
       routers on the path will send an ICMP Too Big message to the ITR.
       The ITR will parse the ICMP message to determine which locator is
       affected by the effective MTU change and then record the new
       effective MTU value in the mapping cache entry.

   3.  When a packet is received by the ITR from a source inside of the
       site and the size of the packet is greater than the effective MTU
       stored with the mapping cache entry associated with the
       destination EID the packet is for, the ITR will send an ICMP Too
       Big message back to the source.  The packet size advertised by
       the ITR in the ICMP Too Big message is the effective MTU minus
       the LISP encapsulation length.

   Even though this mechanism is stateful, it has advantages over the
   stateless IP fragmentation mechanism, by not involving the
   destination host with reassembly of ITR fragmented packets.

6.  EID-to-RLOC Mapping

6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats

   The following new UDP packet types are used to retrieve EID-to-RLOC
   mappings:

       0                   1                   2                   3
       0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version|  IHL  |Type of Service|          Total Length         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Identification        |Flags|      Fragment Offset    |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |  Time to Live | Protocol = 17 |         Header Checksum       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Source Routing Locator                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version| Traffic Class |           Flow Label                  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Payload Length        | Next Header=17|   Hop Limit   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                     Source Routing Locator                    +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                  Destination Routing Locator                  +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The LISP UDP-based messages are the Map-Request and Map-Reply
   messages.  When a UDP Map-Request is sent, the UDP source port is
   chosen by the sender and the destination UDP port number is set to
   4342.  When a UDP Map-Reply is sent, the source UDP port number is
   set to 4342 and the destination UDP port number is copied from the
   source port of either the Map-Request or the invoking data packet.

   The UDP Length field will reflect the length of the UDP header and
   the LISP Message payload.

   The UDP Checksum is computed and set to non-zero for Map-Request and
   Map-Reply messages.  It MUST be checked on receipt and if the
   checksum fails, the packet MUST be dropped.

   LISP-CONS [CONS] use TCP to send LISP control messages.  The format
   of control messages includes the UDP header so the checksum and
   length fields can be used to protect and delimit message boundaries.

   This main LISP specification is the authoritative source for message
   format definitions for the Map-Request and Map-Reply messages.

6.1.1.  LISP Packet Type Allocations

   This section will be the authoritative source for allocating LISP
   Type values.  Current allocations are:

       Reserved:                        0    b'0000'
       LISP Map-Request:                1    b'0001'
       LISP Map-Reply:                  2    b'0010'
       LISP Map-Register:               3    b'0011'
       LISP-CONS Open Message:          8    b'1000'
       LISP-CONS Push-Add Message:      9    b'1001'
       LISP-CONS Push-Delete Message:   10   b'1010'
       LISP-CONS Unreachable Message    11   b'1011'

6.1.2.  Map-Request Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=1 |A|R|P|S| |A|M|P|S|           Reserved            | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Source-EID-AFI        |            ITR-AFI            |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Source EID Address  ...                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                Originating ITR RLOC Address ...               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |   Reserved    | EID mask-len  |        EID-prefix-AFI         |
   Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                       EID-prefix  ...                         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Map-Reply Record  ...                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  These bits MUST be set to 0 on transmission and
      ignored on receipt.  They cannot be used for indicating
      reachability because the Map-Request does not have the EID-prefix
      for the sending site so the receiver of the Map-Request cannot
      know what mapping entry to associate the reachability with.
      However, when Mapping Data is provided in the Map-Reply Record
      field, and the receiver of the Map-Request is configured to accept
      the mapping data, the R-bit per locator entry in the EID-prefix
      record is used to denote reachability.

   Nonce:  A 4-byte random value created by the sender of the Map-
      Request.

   Type:   1 (Map-Request)

   A: This is an authoritative bit, which is set to 0 for UDP-based Map-
      Requests sent by an ITR.  See other control-specific documents
      [CONS] for TCP-based Map-Requests.

   R:

   M: When set, it indicates a Map-Reply Record segment is included in
      the Map-Request.

   P: Indicates that a Map-Request should be treated as a "piggyback"
      locator reachability probe.  The receiver should respond with a
      Map-Reply with the P bit set and the nonce copied from the Map-
      Request.  Details on this usage will be provided in a future
      version of this draft.

   S: This is the SMR bit.  See Section 6.5.2 for details.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this request message.  A
      record is comprised of the portion of the packet is labeled 'Rec'
      above and occurs the number of times equal to Record count.

   Nonce:  A 4-byte random value created by the sender of the Map-
      Request.  This nonce will be returned in the Map-Reply.

   Source-EID-AFI:  Address family of the "Source EID Address" field.

   ITR-AFI:  Address family of the "Originating ITR RLOC Address" field.

   Source EID Address:  This is the EID of the source host which
      originated the packet which is invoking this Map-Request.

   Originating ITR RLOC Address:  Used to give the ETR the option of
      returning a Map-Reply in the address-family of this locator.

   EID mask-len:  Mask length for EID prefix.

   EID-AFI:  Address family of EID-prefix according to [RFC2434]

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.  When a Map-Request is sent by an ITR because a
      data packet is received for a destination where there is no
      mapping entry, the EID-prefix is set to the destination IP address
      of the data packet.  And the 'EID mask-len' is set to 32 or 128
      for IPv4 or IPv6, respectively.  When an xTR wants to query a site
      about the status of a mapping it already has cached, the EID-
      prefix used in the Map-Request has the same mask-length as the
      EID-prefix returned from the site when it sent a Map-Reply
      message.

   Map-Reply Record:  When the R bit is set, this field is the size of
      the "Record" field in the Map-Reply format.  This Map-Reply record
      contains the EID-to-RLOC mapping entry associated with the Source
      EID.  This allows the ETR which will receive this Map-Request to
      cache the data if it chooses to do so.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.3.  EID-to-RLOC UDP Map-Request Message

   A Map-Request is sent from an ITR when it needs a mapping for an EID,
   wants to test an RLOC for reachability, or wants to refresh a mapping
   before TTL expiration.  For the initial case, the destination IP
   address used for the Map-Request is the destination-EID from the
   packet which had a mapping cache lookup failure.  For the later 2
   cases, the destination IP address used for the Map-Request is one of
   the RLOC addresses from the locator-set of the map cache entry.  In
   all cases, the UDP source port number for the Map-Request message is
   a randomly allocated 16-bit value and the UDP destination port number
   is set to the well-known destination port number 4342.  A successful
   Map-Reply updates the cached set of RLOCs associated with the EID
   prefix range.

   Map-Requests can also be LISP encapsulated using UDP destination port
   4341 when sent from an ITR to a Map-Resolver.  Likewise, Map-Requests
   are LISP encapsulated the same way from a Map-Server to an ETR.
   Details on encapsulated Map-Requests and Map-Resolvers can be found
   in [LISP-MS].

   Map-Requests MUST be rate-limited.  It is recommended that a Map-
   Request for the same EID-prefix be sent no more than once per second.

6.1.4.  Map-Reply Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=2 |P|            Reserved                 | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  A 4-byte value set in a Data-Probe packet or a Map-Request
      that is echoed here in the Map-Reply.

   Type:   2 (Map-Reply)

   P: Indicates that the Map-Reply is in response to a "piggyback"
      locator reachability Map-Request.  The nonce field should contain
      a copy of the nonce value from the original Map-Request.  Details
      on this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this reply message.  A record
      is comprised of that portion of the packet labeled 'Record' above
      and occurs the number of times equal to Record count.

   Nonce:  A 4-byte value set in a Data-Probe packet or a Map-Request
      that is echoed here in the Map-Reply.

   Record TTL:  The time in minutes the recipient of the Map-Reply will
      store the mapping.  If the TTL is 0, the entry should be removed
      from the cache immediately.  If the value is 0xffffffff, the
      recipient can decide locally how long to store the mapping.

   Locator Count:  The number of Locator entries.  A locator entry
      comprises what is labeled above as 'Loc'.  The locator count can
      be 0 indicating there are no locators for the EID-prefix.

   EID mask-len:  Mask length for EID prefix.

   A: The Authoritative bit, when sent by a UDP-based message is always
      set by the ETR.  See [CONS] for TCP-based Map-Replies.

   ACT:  This 3-bit field describes negative Map-Reply actions.  These
      bits are used only when the 'Locator Count' field is set to 0.
      The action bits are encoded only in Map-Reply messages.  The
      actions defined are used by an ITR or PTR when a destination EID
      matches a negative mapping cache entry.  The current assigned
      values are:

      (0) No action:  No action is being conveyed by the sender of the
         Map-Reply message.

      (1) Natively-Forward:  The packet is not encapsulated or dropped
         but natively forwarded.

      (2) Drop:  The packet is dropped silently.

      (3) Send-Map-Request:  The packet invokes sending a Map-Request.

   EID-AFI:  Address family of EID-prefix according to [RFC2434].

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.

   Priority:  each RLOC is assigned a unicast priority.  Lower values
      are more preferable.  When multiple RLOCs have the same priority,
      they may be used in a load-split fashion.  A value of 255 means
      the RLOC MUST NOT be used for unicast forwarding.

   Weight:  when priorities are the same for multiple RLOCs, the weight
      indicates how to balance unicast traffic between them.  Weight is
      encoded as a percentage of total unicast packets that match the
      mapping entry.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to load-split traffic.  See
      Section 6.4 for a suggested hash algorithm to distribute load
      across locators with same priority and equal weight values.  When
      a single RLOC exists in a mapping entry, the weight value MUST be
      set to 100 and ignored on receipt.

   M Priority:  each RLOC is assigned a multicast priority used by an
      ETR in a receiver multicast site to select an ITR in a source
      multicast site for building multicast distribution trees.  A value
      of 255 means the RLOC MUST NOT be used for joining a multicast
      distribution tree.

   M Weight:  when priorities are the same for multiple RLOCs, the
      weight indicates how to balance building multicast distribution
      trees across multiple ITRs.  The weight is encoded as a percentage
      of total number of trees build to the source site identified by
      the EID-prefix.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to distribute multicast state across
      ITRs.

   Unused Flags:  set to 0 when sending and ignored on receipt.

   R: when this bit is set, the locator is known to be reachable from
      the Map-Reply sender's perspective.  When there is a single
      mapping record in the message, the R-bit for each locator must
      have a consistent setting with the bitfield setting of the 'Loc
      Reach Bits' field in the early part of the header.  When there are
      multiple mapping records in the message, the 'Loc Reach Bits'
      field is set to 0.

   Locator:  an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field)
      assigned to an ETR or router acting as a proxy replier for the
      EID-prefix.  Note that the destination RLOC address MAY be an
      anycast address.  A source RLOC can be an anycast address as well.
      The source or destination RLOC MUST NOT be the broadcast address
      (255.255.255.255 or any subnet broadcast address known to the
      router), and MUST NOT be a link-local multicast address.  The
      source RLOC MUST NOT be a multicast address.  The destination RLOC
      SHOULD be a multicast address if it is being mapped from a
      multicast destination EID.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.5.  EID-to-RLOC UDP Map-Reply Message

   When a Data Probe packet or a Map-Request triggers a Map-Reply to be
   sent, the RLOCs associated with the EID-prefix matched by the EID in
   the original packet destination IP address field will be returned.
   The RLOCs in the Map-Reply are the globally-routable IP addresses of
   the ETR but are not necessarily reachable; separate testing of
   reachability is required.

   Note that a Map-Reply may contain different EID-prefix granularity
   (prefix + length) than the Map-Request which triggers it.  This might
   occur if a Map-Request were for a prefix that had been returned by an
   earlier Map-Reply.  In such a case, the requester updates its cache
   with the new prefix information and granularity.  For example, a
   requester with two cached EID-prefixes that are covered by a Map-
   Reply containing one, less-specific prefix, replaces the entry with
   the less-specific EID-prefix.  Note that the reverse, replacement of
   one less-specific prefix with multiple more-specific prefixes, can
   also occur but not by removing the less-specific prefix rather by
   adding the more-specific prefixes which during a lookup will override
   the less-specific prefix.

   Replies SHOULD be sent for an EID-prefix no more often than once per
   second to the same requesting router.  For scalability, it is
   expected that aggregation of EID addresses into EID-prefixes will
   allow one Map-Reply to satisfy a mapping for the EID addresses in the
   prefix range thereby reducing the number of Map-Request messages.

   The addresses for a encapsulated data packets or Map-Request message
   are swapped and used for sending the Map-Reply.  The UDP source and
   destination ports are swapped as well.  That is, the source port in
   the UDP header for the Map-Reply is set to the well-known UDP port
   number 4342.

   Map-Reply records can have an empty locator-set.  This type of a Map-
   Reply is called a Negative Map-Reply.  Negative Map-Replies convey
   special actions by the sender to the ITR or PTR which have solicited
   the Map-Reply.  There are two primary applications for Negative Map-
   Replies.  The first is for a Map-Resolver to instruct an ITR or PTR
   when a destination is for a LISP site versus a non-LISP site.  And
   the other is to source quench Map-Requests which are sent for non-
   allocated EIDs.

6.1.6.  Map-Register Message Format

   The usage details of the Map-Register message can be found in
   specification [LISP-MS].  This section solely defines the message
   format.

   The message is sent in a UDP with a destination UDP port 4342 and a
   randomly selected UDP port number.  Before an IPv4 or IPv6 network
   layer header is prepended, an AH header is prepended to carry
   authentication information.  The format conforms to the IPsec
   specification [RFC2402].  The Map-Register message will use transport
   mode by setting the IP protocol number field or the IPv6 next-header
   field to 51.

   The AH header from [RFC2402] is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       | Next Header   |  Payload Len  |          RESERVED             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Security Parameters Index (SPI)               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Sequence Number Field                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                Authentication Data (variable)                 |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The Next Header field is set to UDP.  The SPI field is set to 0
   (since no Security Association or Key Exchange protocol is being
   used).  The Sequence Number is a randomly chosen value by the sender.
   The Authentication Data is 16 bytes and holds a MD5 HMAC.

   The Map-Register message format is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=3 |P|            Reserved                 | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  The Nonce field is set to 0 in Map-Register messages.

   Type:   3 (Map-Register)

   P: Set to 1 by an ETR which sends a Map-Register message requesting
      for the Map-Server to proxy Map-Reply.  The Map-Server will send
      non-authoritative Map-Replies on behalf of the ETR.  Details on
      this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this Map-Register message.  A
      record is comprised of that portion of the packet labeled 'Record'
      above and occurs the number of times equal to Record count.

   Nonce:  The Nonce field is set to 0 in Map-Register messages.

   The definition of the rest of the Map-Register can be found in the
   Map-Reply section.

6.2.  Routing Locator Selection

   Both client-side and server-side may need control over the selection
   of RLOCs for conversations between them.  This control is achieved by
   manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply
   messages.  Alternatively, RLOC information may be gleaned from
   received tunneled packets or EID-to-RLOC Map-Request messages.

   The following enumerates different scenarios for choosing RLOCs and
   the controls that are available:

   o  Server-side returns one RLOC.  Client-side can only use one RLOC.
      Server-side has complete control of the selection.

   o  Server-side returns a list of RLOC where a subset of the list has
      the same best priority.  Client can only use the subset list
      according to the weighting assigned by the server-side.  In this
      case, the server-side controls both the subset list and load-
      splitting across its members.  The client-side can use RLOCs
      outside of the subset list if it determines that the subset list
      is unreachable (unless RLOCs are set to a Priority of 255).  Some
      sharing of control exists: the server-side determines the
      destination RLOC list and load distribution while the client-side
      has the option of using alternatives to this list if RLOCs in the
      list are unreachable.

   o  Server-side sets weight of 0 for the RLOC subset list.  In this
      case, the client-side can choose how the traffic load is spread
      across the subset list.  Control is shared by the server-side
      determining the list and the client determining load distribution.
      Again, the client can use alternative RLOCs if the server-provided
      list of RLOCs are unreachable.

   o  Either side (more likely on the server-side ETR) decides not to
      send a Map-Request.  For example, if the server-side ETR does not
      send Map-Requests, it gleans RLOCs from the client-side ITR,
      giving the client-side ITR responsibility for bidirectional RLOC
      reachability and preferability.  Server-side ETR gleaning of the
      client-side ITR RLOC is done by caching the inner header source
      EID and the outer header source RLOC of received packets.  The
      client-side ITR controls how traffic is returned and can alternate
      using an outer header source RLOC, which then can be added to the
      list the server-side ETR uses to return traffic.  Since no
      Priority or Weights are provided using this method, the server-
      side ETR must assume each client-side ITR RLOC uses the same best
      Priority with a Weight of zero.  In addition, since EID-prefix
      encoding cannot be conveyed in data packets, the EID-to-RLOC cache
      on tunnel routers can grow to be very large.

   RLOCs that appear in EID-to-RLOC Map-Reply messages are considered
   reachable.  The Map-Reply and the database mapping service does not
   provide any reachability status for Locators.  This is done outside
   of the mapping service.  See next section for details.

6.3.  Routing Locator Reachability

   There are 4 methods for determining when a Locator is either
   reachable or has become unreachable:

   1.  Locator reachability is determined by an ETR by examining the
       Loc-Reach-Bits from a LISP header of a encapsulated data packet
       which is provided by an ITR when an ITR encapsulates data.

   2.  Locator unreachability is determined by an ITR by receiving ICMP
       Network or Host Unreachable messages.

   3.  Locator unreachability can also be determined by an BGP-enabled
       ITR when there is no prefix matching a Locator address from the
       BGP RIB.

   4.  Locator unreachability is determined when a host sends an ICMP
       Port Unreachable message.  This occurs when an ITR may not use
       any methods of interworking. one which is describe in [INTERWORK]
       and the encapsulated data packet is received by a host at the
       destination non-LISP site.

   5.  Locator reachability is determined by receiving a Map-Reply
       message from a ETR's Locator address in response to a previously
       sent Map-Request.

   6.  Locator reachability can also be determined by receiving packets
       encapsulated by the ITR assigned to the locator address.

   When determining Locator reachability by examining the Loc-Reach-Bits
   from the LISP encapsulate data packet, an ETR will receive up to date
   status from the ITR closest to the Locators at the source site.  The
   ITRs at the source site can determine reachability when running their
   IGP at the site.  When the ITRs are deployed on CE routers, typically
   a default route is injected into the site's IGP from each of the
   ITRs.  If an ITR goes down, the CE-PE link goes down, or the PE
   router goes down, the CE router withdraws the default route.  This
   allows the other ITRs at the site to determine one of the Locators
   has gone unreachable.

   The Locators listed in a Map-Reply are numbered with ordinals 0 to
   n-1.  The Loc-Reach-Bits in a LISP Data Message are numbered from 0
   to n-1 starting with the least significant bit numbered as 0.  So,
   for example, if the ITR with locator listed as the 3rd Locator
   position in the Map-Reply goes down, all other ITRs at the site will
   have the 3rd bit from the right cleared (the bit that corresponds to
   ordinal 2).

   When an ETR decapsulates a packet, it will look for a change in the
   Loc-Reach-Bits value.  When a bit goes from 1 to 0, the ETR will
   refrain from encapsulating packets to the Locator that has just gone
   unreachable.  It can start using the Locator again when the bit that
   corresponds to the Locator goes from 0 to 1.  Loc-Reach-Bits are
   associated with a locator-set per EID-prefix.  Therefore, when a
   locator becomes unreachable, the loc-reach-bit that corresponds to
   that locator's position in the list returned by the last Map-Reply
   will be set to zero for that particular EID-prefix.

   When ITRs at the site are not deployed in CE routers, the IGP can
   still be used to determine the reachability of Locators provided they
   are injected a stub links into the IGP.  This is typically done when
   a /32 address is configured on a loopback interface.

   When ITRs receive ICMP Network or Host Unreachable messages as a
   method to determine unreachability, they will refrain from using
   Locators which are described in Locator lists of Map-Replies.
   However, using this approach is unreliable because many network
   operators turn off generation of ICMP Unreachable messages.

   If an ITR does receive an ICMP Network or Host Unreachable message,
   it MAY originate its own ICMP Unreachable message destined for the
   host that originated the data packet the ITR encapsulated.

   Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if
   a locator address from a locator-set in a mapping entry matches a
   prefix.  If it does not find one and BGP is running in the Default
   Free Zone (DFZ), it can decide to not use the locator even though the
   Loc-Reach-Bits indicate the locator is up.  In this case, the path
   from the ITR to the ETR that is assigned the locator is not
   available.  More details are in [LOC-ID-ARCH].

   Optionally, an ITR can send a Map-Request to a Locator and if a Map-
   Reply is returned, reachability of the Locator has been determined.
   Obviously, sending such probes increases the number of control
   messages originated by tunnel routers for active flows, so Locators
   are assumed to be reachable when they are advertised.

   This assumption does create a dependency: Locator unreachability is
   detected by the receipt of ICMP Host Unreachable messages.  When an
   Locator has been determined to be unreachable, it is not used for
   active traffic; this is the same as if it were listed in a Map-Reply
   with priority 255.

   The ITR can test the reachability of the unreachable Locator by
   sending periodic Requests.  Both Requests and Replies MUST be rate-
   limited.  Locator reachability testing is never done with data
   packets since that increases the risk of packet loss for end-to-end
   sessions.

   When an ETR decapsulates a packet, it knows that it is reachable from
   the encapsulating ITR because that is how the packet arrived.  In
   most cases, the ETR can also reach the ITR but cannot assume this to
   be true due to the possibility of path assymetry.  In the presence of
   unidirectional traffic flow from an ITR to an ETR, the ITR should not
   use the lack of return traffic as an indication that the ETR is
   unreachable.  Instead, it must use an alternate mechanisms to
   determine reachability.

6.3.1.  Echo Nonce Algorithm

   When there is bidirectional data flow between a pair of locators, a
   simple mechanism called "nonce echoing" can be used to determine
   reachability between an ITR and ETR.  When an ITR wants to solicit a
   nonce echo, it sets the E-bit and places a 24-bit nonce in the LISP
   header of the next encapsulated data packet.

   When this packet is received by the ETR, the encapsulated packet is
   forwarded as normal.  When the ETR next sends a data packet to the
   ITR, it includes the nonce received earlier. earlier with the E-bit cleared.
   The ITR sees this "echo
   nonce reply" "echoed nonce" and knows the path to and from the
   ETR is up.

   The ITR will set the E-bit for every packet it sends while in echo-
   nonce-request state.  The time the ITR waits for to process the echoed
   nonce before it determines the path is down unreachable is variable and a
   choice left for the implementation.

   If the ITR is receiving packets from the ETR but does not see the
   nonce echoed, echoed while being in echo-nonce-request state, then the path
   to the ETR is down. unreachable.  This decision may be overridden by other
   locator reachability algorithms.  Once the ITR determines the path to
   the ETR is down it can switch to another locator for that EID-prefix.

   Note that "ITR" and "ETR" are relative terms here.  Both devices must
   be implementing both ITR and ETR functionality for the echo nonce
   mechanism to operate.

   The ITR and ETR may both go into echo-nonce-request state at the same
   time.  The number of packets sent or the time during which echo nonce
   requests are sent is an implementation specific setting.  However,
   when an ITR is in echo-nonce-request state, it can echo the ETR's
   nonce in the next packet set of packets that it encapsulates and then
   subsequently, continue sending echo-nonce-request packets.

   This mechanism does not completely solve the forward path
   reachability problem as traffic may be unidirectional.  That is, the
   ETR receiving traffic at a site may not may not be the same device as
   an ITR which transmits traffic from that site or the site to site
   traffic is unidirectional so there is no ITR returning traffic.

   Note that other locator reachability mechanisms are being researched. researched
   and can be used to compliment or even override the Echo Nonce
   Algorithm.

6.4.  Routing Locator Hashing

   When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to
   a requesting ITR, the locator-set for the EID-prefix may contain
   different priority values for each locator address.  When more than
   one best priority locator exists, the ITR can decide how to load
   share traffic against the corresponding locators.

   The following hash algorithm may be used by an ITR to select a
   locator for a packet destined to an EID for the EID-to-RLOC mapping:

   1.  Either a source and destination address hash can be used or the
       traditional 5-tuple hash which includes the source and
       destination addresses, source and destination TCP, UDP, or SCTP
       port numbers and the IP protocol number field or IPv6 next-
       protocol fields of a packet a host originates from within a LISP
       site.  When a packet is not a TCP, UDP, or SCTP packet, the
       source and destination addresses only from the header are used to
       compute the hash.

   2.  Take the hash value and divide it by the number of locators
       stored in the locator-set for the EID-to-RLOC mapping.

   3.  The remainder will be yield a value of 0 to "number of locators
       minus 1".  Use the remainder to select the locator in the
       locator-set.

   Note that when a packet is LISP encapsulated, the source port number
   in the outer UDP header needs to be set.  Selecting a random value
   allows core routers which are attached to Link Aggregation Groups
   (LAGs) to load-split the encapsulated packets across member links of
   such LAGs.  Otherwise, core routers would see a single flow, since
   packets have a source address of the ITR, for packets which are
   originated by different EIDs at the source site.  A suggested setting
   for the source port number computed by an ITR is a 5-tuple hash
   function on the inner header, as described above.

6.5.  Changing the Contents of EID-to-RLOC Mappings

   Since the LISP architecture uses a caching scheme to retrieve and
   store EID-to-RLOC mappings, the only way an ITR can get a more up-to-
   date mapping is to re-request the mapping.  However, the ITRs do not
   know when the mappings change and the ETRs do not keep track of who
   requested its mappings.  For scalability reasons, we want to maintain
   this approach but need to provide a way for ETRs change their
   mappings and inform the sites that are currently communicating with
   the ETR site using such mappings.

   When a locator record is added to the end of a locator-set, it is
   easy to update mappings.  We assume new mappings will maintain the
   same locator ordering as the old mapping but just have new locators
   appended to the end of the list.  So some ITRs can have a new mapping
   while other ITRs have only an old mapping that is used until they
   time out.  When an ITR has only an old mapping but detects bits set
   in the loc-reach-bits that correspond to locators beyond the list it
   has cached, it simply ignores them.

   When a locator record is removed from a locator-set, ITRs that have
   the mapping cached will not use the removed locator because the xTRs
   will set the loc-reach-bit to 0.  So even if the locator is in the
   list, it will not be used.  For new mapping requests, the xTRs can
   set the locator address to 0 as well as setting the corresponding
   loc-reach-bit to 0.  This forces ITRs with old or new mappings to
   avoid using the removed locator.

   If many changes occur to a mapping over a long period of time, one
   will find empty record slots in the middle of the locator-set and new
   records appended to the locator-set.  At some point, it would be
   useful to compact the locator-set so the loc-reach-bit settings can
   be efficiently packed.

   We propose here two approaches for locator-set compaction, one
   operational and the other a protocol mechanism.  The operational
   approach uses a clock sweep method.  The protocol approach uses the
   concept of Solicit-Map-Requests.

6.5.1.  Clock Sweep

   The clock sweep approach uses planning in advance and the use of
   count-down TTLs to time out mappings that have already been cached.
   The default setting for an EID-to-RLOC mapping TTL is 24 hours.  So
   there is a 24 hour window to time out old mappings.  The following
   clock sweep procedure is used:

   1.  24 hours before a mapping change is to take effect, a network
       administrator configures the ETRs at a site to start the clock
       sweep window.

   2.  During the clock sweep window, ETRs continue to send Map-Reply
       messages with the current (unchanged) mapping records.  The TTL
       for these mappings is set to 1 hour.

   3.  24 hours later, all previous cache entries will have timed out,
       and any active cache entries will time out within 1 hour.  During
       this 1 hour window the ETRs continue to send Map-Reply messages
       with the current (unchanged) mapping records with the TTL set to
       1 minute.

   4.  At the end of the 1 hour window, the ETRs will send Map-Reply
       messages with the new (changed) mapping records.  So any active
       caches can get the new mapping contents right away if not cached,
       or in 1 minute if they had the mapping cached.

6.5.2.  Solicit-Map-Request (SMR)

   Soliciting a Map-Request is a selective way for xTRs, at the site
   where mappings change, to control the rate they receive requests for
   Map-Reply messages.  SMRs are also used to tell remote ITRs to update
   the mappings they have cached.

   Since the xTRs don't keep track of remote ITRs that have cached their
   mappings, they can not tell exactly who needs the new mapping
   entries.  So an xTR will solicit Map-Requests from sites it is
   currently sending encapsulated data to, and only from those sites.
   The xTRs can locally decide the algorithm for how often and to how
   many sites it sends SMR messages.

   An SMR message is simply a bit set in an encapsulated data packet
   (and a Map-Request message).  When an ETR at a remote site
   decapsulates a data packet that has the SMR bit set, it can tell that
   a new Map-Request message is being solicited.  Both the xTR that
   sends the SMR message and the site that acts on the SMR message MUST
   be rate-limited.

   The following procedure shows how a SMR exchange occurs when a site
   is doing locator-set compaction for an EID-to-RLOC mapping:

   1.  When the database mappings in an ETR change, the ITRs at the site
       begin to set the SMR bit in packets they encapsulate to the sites
       they communicate with.

   2.  A remote xTR which decapsulates a packet with the SMR bit set
       will schedule sending a Map-Request message to the source locator
       address of the encapsulated packet.  The nonce in the Map-Request
       is copied from the nonce in the encapsulated data packet that has
       the SMR bit set.

   3.  The remote xTR retransmits the Map-Request slowly until it gets a
       Map-Reply while continuing to use the cached mapping.

   4.  The ETRs at the site with the changed mapping will reply to the
       Map-Request with a Map-Reply message provided the Map-Request
       nonce matches the nonce from the SMR.  The Map-Reply messages
       SHOULD be rate limited.  This is important to avoid Map-Reply
       implosion.

   5.  The ETRs, at the site with the changed mapping, records the fact
       that the site that sent the Map-Request has received the new
       mapping data in the mapping cache entry for the remote site so
       the loc-reach-bits are reflective of the new mapping for packets
       going to the remote site.  The ETR then stops sending packets
       with the SMR-bit set.

   For security reasons an ITR MUST NOT process unsolicited Map-Replies.
   The nonce MUST be carried from SMR packet, into the resultant Map-
   Request, and then into Map-Reply to reduce spoofing attacks.

7.  Router Performance Considerations

   LISP is designed to be very hardware-based forwarding friendly.  By
   doing tunnel header prepending [RFC1955] and stripping instead of re-
   writing addresses, existing hardware can support the forwarding model
   with little or no modification.  Where modifications are required,
   they should be limited to re-programming existing hardware rather
   than requiring expensive design changes to hard-coded algorithms in
   silicon.

   A few implementation techniques can be used to incrementally
   implement LISP:

   o  When a tunnel encapsulated packet is received by an ETR, the outer
      destination address may not be the address of the router.  This
      makes it challenging for the control plane to get packets from the
      hardware.  This may be mitigated by creating special FIB entries
      for the EID-prefixes of EIDs served by the ETR (those for which
      the router provides an RLOC translation).  These FIB entries are
      marked with a flag indicating that control plane processing should
      be performed.  The forwarding logic of testing for particular IP
      protocol number value is not necessary.  No changes to existing,
      deployed hardware should be needed to support this.

   o  On an ITR, prepending a new IP header is as simple as adding more
      bytes to a MAC rewrite string and prepending the string as part of
      the outgoing encapsulation procedure.  Many routers that support
      GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already
      support this action.

   o  When a received packet's outer destination address contains an EID
      which is not intended to be forwarded on the routable topology
      (i.e.  LISP 1.5), the source address of a data packet or the
      router interface with which the source is associated (the
      interface from which it was received) can be associated with a VRF
      (Virtual Routing/Forwarding), in which a different (i.e. non-
      congruent) topology can be used to find EID-to-RLOC mappings.

8.  Deployment Scenarios

   This section will explore how and where ITRs and ETRs can be deployed
   and will discuss the pros and cons of each deployment scenario.
   There are two basic deployment trade-offs to consider: centralized
   versus distributed caches and flat, recursive, or re-encapsulating
   tunneling.

   When deciding on centralized versus distributed caching, the
   following issues should be considered:

   o  Are the tunnel routers spread out so that the caches are spread
      across all the memories of each router?

   o  Should management "touch points" be minimized by choosing few
      tunnel routers, just enough for redundancy?

   o  In general, using more ITRs doesn't increase management load,
      since caches are built and stored dynamically.  On the other hand,
      more ETRs does require more management since EID-prefix-to-RLOC
      mappings need to be explicitly configured.

   When deciding on flat, recursive, or re-encapsulation tunneling, the
   following issues should be considered:

   o  Flat tunneling implements a single tunnel between source site and
      destination site.  This generally offers better paths between
      sources and destinations with a single tunnel path.

   o  Recursive tunneling is when tunneled traffic is again further
      encapsulated in another tunnel, either to implement VPNs or to
      perform Traffic Engineering.  When doing VPN-based tunneling, the
      site has some control since the site is prepending a new tunnel
      header.  In the case of TE-based tunneling, the site may have
      control if it is prepending a new tunnel header, but if the site's
      ISP is doing the TE, then the site has no control.  Recursive
      tunneling generally will result in suboptimal paths but at the
      benefit of steering traffic to resource available parts of the
      network.

   o  The technique of re-encapsulation ensures that packets only
      require one tunnel header.  So if a packet needs to be rerouted,
      it is first decapsulated by the ETR and then re-encapsulated with
      a new tunnel header using a new RLOC.

   The next sub-sections will describe where tunnel routers can reside
   in the network.

8.1.  First-hop/Last-hop Tunnel Routers

   By locating tunnel routers close to hosts, the EID-prefix set is at
   the granularity of an IP subnet.  So at the expense of more EID-
   prefix-to-RLOC sets for the site, the caches in each tunnel router
   can remain relatively small.  But caches always depend on the number
   of non-aggregated EID destination flows active through these tunnel
   routers.

   With more tunnel routers doing encapsulation, the increase in control
   traffic grows as well: since the EID-granularity is greater, more
   Map-Requests and Map-Replies are traveling between more routers.

   The advantage of placing the caches and databases at these stub
   routers is that the products deployed in this part of the network
   have better price-memory ratios then their core router counterparts.
   Memory is typically less expensive in these devices and fewer routes
   are stored (only IGP routes).  These devices tend to have excess
   capacity, both for forwarding and routing state.

   LISP functionality can also be deployed in edge switches.  These
   devices generally have layer-2 ports facing hosts and layer-3 ports
   facing the Internet.  Spare capacity is also often available in these
   devices as well.

8.2.  Border/Edge Tunnel Routers

   Using customer-edge (CE) routers for tunnel endpoints allows the EID
   space associated with a site to be reachable via a small set of RLOCs
   assigned to the CE routers for that site.

   This offers the opposite benefit of the first-hop/last-hop tunnel
   router scenario: the number of mapping entries and network management
   touch points are reduced, allowing better scaling.

   One disadvantage is that less of the network's resources are used to
   reach host endpoints thereby centralizing the point-of-failure domain
   and creating network choke points at the CE router.

   Note that more than one CE router at a site can be configured with
   the same IP address.  In this case an RLOC is an anycast address.
   This allows resilience between the CE routers.  That is, if a CE
   router fails, traffic is automatically routed to the other routers
   using the same anycast address.  However, this comes with the
   disadvantage where the site cannot control the entrance point when
   the anycast route is advertised out from all border routers.

8.3.  ISP Provider-Edge (PE) Tunnel Routers

   Use of ISP PE routers as tunnel endpoint routers gives an ISP control
   over the location of the egress tunnel endpoints.  That is, the ISP
   can decide if the tunnel endpoints are in the destination site (in
   either CE routers or last-hop routers within a site) or at other PE
   edges.  The advantage of this case is that two or more tunnel headers
   can be avoided.  By having the PE be the first router on the path to
   encapsulate, it can choose a TE path first, and the ETR can
   decapsulate and re-encapsulate for a tunnel to the destination end
   site.

   An obvious disadvantage is that the end site has no control over
   where its packets flow or the RLOCs used.

   As mentioned in earlier sections a combination of these scenarios is
   possible at the expense of extra packet header overhead, if both site
   and provider want control, then recursive or re-encapsulating tunnels
   are used.

9.  Traceroute Considerations

   When a source host in a LISP site initiates a traceroute to a
   destination host in another LISP site, it is highly desirable for it
   to see the entire path.  Since packets are encapsulated from ITR to
   ETR, the hop across the tunnel could be viewed as a single hop.
   However, LISP traceroute will provide the entire path so the user can
   see 3 distinct segments of the path from a source LISP host to a
   destination LISP host:

      Segment 1 (in source LISP site based on EIDs):

          source-host ---> first-hop ... next-hop ---> ITR

      Segment 2 (in the core network based on RLOCs):

          ITR ---> next-hop ... next-hop ---> ETR

      Segment 3 (in the destination LISP site based on EIDs):

          ETR ---> next-hop ... last-hop ---> destination-host

   For segment 1 of the path, ICMP Time Exceeded messages are returned
   in the normal matter as they are today.  The ITR performs a TTL
   decrement and test for 0 before encapsulating.  So the ITR hop is
   seen by the traceroute source has an EID address (the address of
   site-facing interface).

   For segment 2 of the path, ICMP Time Exceeded messages are returned
   to the ITR because the TTL decrement to 0 is done on the outer
   header, so the destination of the ICMP messages are to the ITR RLOC
   address, the source source RLOC address of the encapsulated
   traceroute packet.  The ITR looks inside of the ICMP payload to
   inspect the traceroute source so it can return the ICMP message to
   the address of the traceroute client as well as retaining the core
   router IP address in the ICMP message.  This is so the traceroute
   client can display the core router address (the RLOC address) in the
   traceroute output.  The ETR returns its RLOC address and responds to
   the TTL decrement to 0 like the previous core routers did.

   For segment 3, the next-hop router downstream from the ETR will be
   decrementing the TTL for the packet that was encapsulated, sent into
   the core, decapsulated by the ETR, and forwarded because it isn't the
   final destination.  If the TTL is decremented to 0, any router on the
   path to the destination of the traceroute, including the next-hop
   router or destination, will send an ICMP Time Exceeded message to the
   source EID of the traceroute client.  The ICMP message will be
   encapsulated by the local ITR and sent back to the ETR in the
   originated traceroute source site, where the packet will be delivered
   to the host.

9.1.  IPv6 Traceroute

   IPv6 traceroute follows the procedure described above since the
   entire traceroute data packet is included in ICMP Time Exceeded
   message payload.  Therefore, only the ITR needs to pay special
   attention for forwarding ICMP messages back to the traceroute source.

9.2.  IPv4 Traceroute

   For IPv4 traceroute, we cannot follow the above procedure since IPv4
   ICMP Time Exceeded messages only include the invoking IP header and 8
   bytes that follow the IP header.  Therefore, when a core router sends
   an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP
   payload is the encapsulated header it prepended followed by a UDP
   header.  The original invoking IP header, and therefore the identity
   of the traceroute source is lost.

   The solution we propose to solve this problem is to cache traceroute
   IPv4 headers in the ITR and to match them up with corresponding IPv4
   Time Exceeded messages received from core routers and the ETR.  The
   ITR will use a circular buffer for caching the IPv4 and UDP headers
   of traceroute packets.  It will select a 16-bit number as a key to
   find them later when the IPv4 Time Exceeded messages are received.
   When an ITR encapsulates an IPv4 traceroute packet, it will use the
   16-bit number as the UDP source port in the encapsulating header.
   When the ICMP Time Exceeded message is returned to the ITR, the UDP
   header of the encapsulating header is present in the ICMP payload
   thereby allowing the ITR to find the cached headers for the
   traceroute source.  The ITR puts the cached headers in the payload
   and sends the ICMP Time Exceeded message to the traceroute source
   retaining the source address of the original ICMP Time Exceeded
   message (a core router or the ETR of the site of the traceroute
   destination).

9.3.  Traceroute using Mixed Locators

   When either an IPv4 traceroute or IPv6 traceroute is originated and
   the ITR encapsulates it in the other address family header, you
   cannot get all 3 segments of the traceroute.  Segment 2 of the
   traceroute can not be conveyed to the traceroute source since it is
   expecting addresses from intermediate hops in the same address format
   for the type of traceroute it originated.  Therefore, in this case,
   segment 2 will make the tunnel look like one hop.  All the ITR has to
   do to make this work is to not copy the inner TTL to the outer,
   encapsulating header's TTL when a traceroute packet is encapsulated
   using an RLOC from a different address family.  This will cause no
   TTL decrement to 0 to occur in core routers between the ITR and ETR.

10.  Mobility Considerations

   There are several kinds of mobility of which only some might be of
   concern to LISP.  Essentially they are as follows.

10.1.  Site Mobility

   A site wishes to change its attachment points to the Internet, and
   its LISP Tunnel Routers will have new RLOCs when it changes upstream
   providers.  Changes in EID-RLOC mappings for sites are expected to be
   handled by configuration, outside of the LISP protocol.

10.2.  Slow Endpoint Mobility

   An individual endpoint wishes to move, but is not concerned about
   maintaining session continuity.  Renumbering is involved.  LISP can
   help with the issues surrounding renumbering [RFC4192] [LISA96] by
   decoupling the address space used by a site from the address spaces
   used by its ISPs.  [RFC4984]

10.3.  Fast Endpoint Mobility

   Fast endpoint mobility occurs when an endpoint moves relatively
   rapidly, changing its IP layer network attachment point.  Maintenance
   of session continuity is a goal.  This is where the Mobile IPv4
   [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used,
   and primarily where interactions with LISP need to be explored.

   The problem is that as an endpoint moves, it may require changes to
   the mapping between its EID and a set of RLOCs for its new network
   location.  When this is added to the overhead of mobile IP binding
   updates, some packets might be delayed or dropped.

   In IPv4 mobility, when an endpoint is away from home, packets to it
   are encapsulated and forwarded via a home agent which resides in the
   home area the endpoint's address belongs to.  The home agent will
   encapsulate and forward packets either directly to the endpoint or to
   a foreign agent which resides where the endpoint has moved to.
   Packets from the endpoint may be sent directly to the correspondent
   node, may be sent via the foreign agent, or may be reverse-tunneled
   back to the home agent for delivery to the mobile node.  As the
   mobile node's EID or available RLOC changes, LISP EID-to-RLOC
   mappings are required for communication between the mobile node and
   the home agent, whether via foreign agent or not.  As a mobile
   endpoint changes networks, up to three LISP mapping changes may be
   required:

   o  The mobile node moves from an old location to a new visited
      network location and notifies its home agent that it has done so.
      The Mobile IPv4 control packets the mobile node sends pass through
      one of the new visited network's ITRs, which needs a EID-RLOC
      mapping for the home agent.

   o  The home agent might not have the EID-RLOC mappings for the mobile
      node's "care-of" address or its foreign agent in the new visited
      network, in which case it will need to acquire them.

   o  When packets are sent directly to the correspondent node, it may
      be that no traffic has been sent from the new visited network to
      the correspondent node's network, and the new visited network's
      ITR will need to obtain an EID-RLOC mapping for the correspondent
      node's site.

   In addition, if the IPv4 endpoint is sending packets from the new
   visited network using its original EID, then LISP will need to
   perform a route-returnability check on the new EID-RLOC mapping for
   that EID.

   In IPv6 mobility, packets can flow directly between the mobile node
   and the correspondent node in either direction.  The mobile node uses
   its "care-of" address (EID).  In this case, the route-returnability
   check would not be needed but one more LISP mapping lookup may be
   required instead:

   o  As above, three mapping changes may be needed for the mobile node
      to communicate with its home agent and to send packets to the
      correspondent node.

   o  In addition, another mapping will be needed in the correspondent
      node's ITR, in order for the correspondent node to send packets to
      the mobile node's "care-of" address (EID) at the new network
      location.

   When both endpoints are mobile the number of potential mapping
   lookups increases accordingly.

   As a mobile node moves there are not only mobility state changes in
   the mobile node, correspondent node, and home agent, but also state
   changes in the ITRs and ETRs for at least some EID-prefixes.

   The goal is to support rapid adaptation, with little delay or packet
   loss for the entire system.  Heuristics can be added to LISP to
   reduce the number of mapping changes required and to reduce the delay
   per mapping change.  Also IP mobility can be modified to require
   fewer mapping changes.  In order to increase overall system
   performance, there may be a need to reduce the optimization of one
   area in order to place fewer demands on another.

   In LISP, one possibility is to "glean" information.  When a packet
   arrives, the ETR could examine the EID-RLOC mapping and use that
   mapping for all outgoing traffic to that EID.  It can do this after
   performing a route-returnability check, to ensure that the new
   network location does have a internal route to that endpoint.
   However, this does not cover the case where an ITR (the node assigned
   the RLOC) at the mobile-node location has been compromised.

   Mobile IP packet exchange is designed for an environment in which all
   routing information is disseminated before packets can be forwarded.
   In order to allow the Internet to grow to support expected future
   use, we are moving to an environment where some information may have
   to be obtained after packets are in flight.  Modifications to IP
   mobility should be considered in order to optimize the behavior of
   the overall system.  Anything which decreases the number of new EID-
   RLOC mappings needed when a node moves, or maintains the validity of
   an EID-RLOC mapping for a longer time, is useful.

10.4.  Fast Network Mobility

   In addition to endpoints, a network can be mobile, possibly changing
   xTRs.  A "network" can be as small as a single router and as large as
   a whole site.  This is different from site mobility in that it is
   fast and possibly short-lived, but different from endpoint mobility
   in that a whole prefix is changing RLOCs.  However, the mechanisms
   are the same and there is no new overhead in LISP.  A map request for
   any endpoint will return a binding for the entire mobile prefix.

   If mobile networks become a more common occurrence, it may be useful
   to revisit the design of the mapping service and allow for dynamic
   updates of the database.

   The issue of interactions between mobility and LISP needs to be
   explored further.  Specific improvements to the entire system will
   depend on the details of mapping mechanisms.  Mapping mechanisms
   should be evaluated on how well they support session continuity for
   mobile nodes.

10.5.  LISP Mobile Node Mobility

   An mobile device can use the LISP infrastructure to achieve mobility
   by implementing the LISP encapsulation and decapsulation functions
   and acting as a simple ITR/ETR.  By doing this, such a "LISP mobile
   node" can use topologically-independent EID IP addresses that are not
   advertised into and do not impose a cost on the global routing
   system.  These EIDs are maintained at the edges of the mapping system
   (in LISP Map-Servers and Map-Resolvers) and are provided on demand to
   only the correspondents of the LISP mobile node.

   Refer to the LISP Mobility Architecture specification [LISP-MN] for
   more details.

11.  Multicast Considerations

   A multicast group address, as defined in the original Internet
   architecture is an identifier of a grouping of topologically
   independent receiver host locations.  The address encoding itself
   does not determine the location of the receiver(s).  The multicast
   routing protocol, and the network-based state the protocol creates,
   determines where the receivers are located.

   In the context of LISP, a multicast group address is both an EID and
   a Routing Locator.  Therefore, no specific semantic or action needs
   to be taken for a destination address, as it would appear in an IP
   header.  Therefore, a group address that appears in an inner IP
   header built by a source host will be used as the destination EID.
   The outer IP header (the destination Routing Locator address),
   prepended by a LISP router, will use the same group address as the
   destination Routing Locator.

   Having said that, only the source EID and source Routing Locator
   needs to be dealt with.  Therefore, an ITR merely needs to put its
   own IP address in the source Routing Locator field when prepending
   the outer IP header.  This source Routing Locator address, like any
   other Routing Locator address MUST be globally routable.

   Therefore, an EID-to-RLOC mapping does not need to be performed by an
   ITR when a received data packet is a multicast data packet or when
   processing a source-specific Join (either by IGMPv3 or PIM).  But the
   source Routing Locator is decided by the multicast routing protocol
   in a receiver site.  That is, an EID to Routing Locator translation
   is done at control-time.

   Another approach is to have the ITR not encapsulate a multicast
   packet and allow the the host built packet to flow into the core even
   if the source address is allocated out of the EID namespace.  If the
   RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers
   can RPF to the ITR (the Locator address which is injected into core
   routing) rather than the host source address (the EID address which
   is not injected into core routing).

   To avoid any EID-based multicast state in the network core, the first
   approach is chosen for LISP-Multicast.  Details for LISP-Multicast
   and Interworking with non-LISP sites is described in specification
   [MLISP].

12.  Security Considerations

   It is believed that most of the security mechanisms will be part of
   the mapping database service when using control plane procedures for
   obtaining EID-to-RLOC mappings.  For data plane triggered mappings,
   as described in this specification, protection is provided against
   ETR spoofing by using Return- Routability mechanisms evidenced by the
   use of a 4-byte Nonce field in the LISP encapsulation header.  The
   nonce, coupled with the ITR accepting only solicited Map-Replies goes
   a long way toward providing decent authentication.

   LISP does not rely on a PKI infrastructure or a more heavy weight
   authentication system.  These systems challenge the scalability of
   LISP which was a primary design goal.

   DoS attack prevention will depend on implementations rate-limiting
   Map-Requests and Map-Replies to the control plane as well as rate-
   limiting the number of data-triggered Map-Replies.

   To deal with map-cache exhaustion attempts in an ITR/PTR, the
   implementation should consider putting a maximum cap on the number of
   entries stored with a reserve list for special or frequently accessed
   sites.  This should be a configuration policy control set by the
   network administrator who manages ITRs and PTRs.

13.  Prototype Plans and Status

   The operator community has requested that the IETF take a practical
   approach to solving the scaling problems associated with global
   routing state growth.  This document offers a simple solution which
   is intended for use in a pilot program to gain experience in working
   on this problem.

   The authors hope that publishing this specification will allow the
   rapid implementation of multiple vendor prototypes and deployment on
   a small scale.  Doing this will help the community:

   o  Decide whether a new EID-to-RLOC mapping database infrastructure
      is needed or if a simple, UDP-based, data-triggered approach is
      flexible and robust enough.

   o  Experiment with provider-independent assignment of EIDs while at
      the same time decreasing the size of DFZ routing tables through
      the use of topologically-aligned, provider-based RLOCs.

   o  Determine whether multiple levels of tunneling can be used by ISPs
      to achieve their Traffic Engineering goals while simultaneously
      removing the more specific routes currently injected into the
      global routing system for this purpose.

   o  Experiment with mobility to determine if both acceptable
      convergence and session continuity properties can be scalably
      implemented to support both individual device roaming and site
      service provider changes.

   Here is a rough set of milestones:

   1.  This draft will be the draft for interoperable implementations to
       code against.  Interoperable implementations will be ready
       beginning of 2009.

   2.  Continue pilot deployment using LISP-ALT as the database mapping
       mechanism.

   3.  Continue prototyping and studying other database lookup schemes,
       be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms.

   4.  Implement the LISP Multicast draft [MLISP].

   5.  Implement the LISP Mobile Node draft [LISP-MN].

   6.  Research more on how policy affects what gets returned in a Map-
       Reply from an ETR.

   7.  Continue to experiment with mixed locator-sets to understand how
       LISP can help the IPv4 to IPv6 transition.

   8.  Add more robustness to locator reachability between LISP sites.

   As of this writing the following accomplishments have been achieved:

   1.   A unit- and system-tested software switching implementation has
        been completed on cisco NX-OS for this draft for both IPv4 and
        IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators.

   2.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [ALT].

   3.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [INTERWORK].  Support
        for IPv4 translation is provided and PTR support for IPv4 and
        IPv6 is provided.

   4.   The cisco NX-OS implementation supports an experimental
        mechanism for slow mobility.

   5.   Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and
        Andrew Partan continue to test all the features described above
        on a dual-stack infrastructure.

   6.   Darrel Lewis and Dave Meyer have deployed both LISP translation
        and LISP PTR support in the pilot network.  Point your browser
        to http://www.lisp4.net to see translation happening in action
        so your non-LISP site can access a web server in a LISP site.

   7.   Soon http://www.lisp6.net will work where your IPv6 LISP site
        can talk to a IPv6 web server in a LISP site by using mixed
        address-family based locators.

   8.   An public domain implementation of LISP is underway.  See
        [OPENLISP] for details.

   9.   We have deployed Map-Resolvers and Map-Servers on the LISP pilot
        network to gather experience with [LISP-MS].  The first layer of
        the architecture are the xTRs which use Map-Servers for EID-
        prefix registration and Map-Resolvers for EID-to-RLOC mapping
        resolution.  The second layer are the Map-Resolvers and Map-
        Servers which connect to the ALT BGP peering infrastructure.
        And the third layer are ALT-routers which aggregate EID-prefixes
        and forward Map-Requests.

   10.  A cisco IOS implementation is underway which currently supports
        IPv4 encapsulation and decapsulation features.

   11.  A LISP router based LIG implementation is supported, deployed,
        and used daily to debug and test the LISP pilot network.  See
        [LIG] for details.

   12.  A Linux implementation of LIG has been made available and
        supported by Dave Meyer.  It can be run on any Linux system
        which resides in either a LISP site or non-LISP site.  See [LIG]
        for details.  Public domain code can be downloaded from
        http://github.com/davidmeyer/lig/tree/master.

   13.  An experimental implementation has been written for three
        locator reachability algorithms.  One is called echo-noncing,
        which is documented in this specification.  The other two are
        called TCP-counts and RLOC-probing, which will be documented in
        future drafts.

   If interested in writing a LISP implementation, testing any of the
   LISP implementations, or want to be part of the LISP pilot program,
   please contact lisp@ietf.org.

14.  References

14.1.  Normative References

   [RFC0768]  Postel, J., "User Datagram Protocol", STD 6, RFC 768,
              August 1980.

   [RFC1191]  Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191,
              November 1990.

   [RFC1498]  Saltzer, J., "On the Naming and Binding of Network
              Destinations", RFC 1498, August 1993.

   [RFC1955]  Hinden, R., "New Scheme for Internet Routing and
              Addressing (ENCAPS) for IPNG", RFC 1955, June 1996.

   [RFC2119]  Bradner, S., "Key words for use in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119, March 1997.

   [RFC2402]  Kent, S. and R. Atkinson, "IP Authentication Header",
              RFC 2402, November 1998.

   [RFC2434]  Narten, T. and H. Alvestrand, "Guidelines for Writing an
              IANA Considerations Section in RFCs", BCP 26, RFC 2434,
              October 1998.

   [RFC2784]  Farinacci, D., Li, T., Hanks, S., Meyer, D., and P.
              Traina, "Generic Routing Encapsulation (GRE)", RFC 2784,
              March 2000.

   [RFC3056]  Carpenter, B. and K. Moore, "Connection of IPv6 Domains
              via IPv4 Clouds", RFC 3056, February 2001.

   [RFC3168]  Ramakrishnan, K., Floyd, S., and D. Black, "The Addition
              of Explicit Congestion Notification (ECN) to IP",
              RFC 3168, September 2001.

   [RFC3775]  Johnson, D., Perkins, C., and J. Arkko, "Mobility Support
              in IPv6", RFC 3775, June 2004.

   [RFC4423]  Moskowitz, R. and P. Nikander, "Host Identity Protocol
              (HIP) Architecture", RFC 4423, May 2006.

   [RFC4866]  Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route
              Optimization for Mobile IPv6", RFC 4866, May 2007.

   [RFC4984]  Meyer, D., Zhang, L., and K. Fall, "Report from the IAB
              Workshop on Routing and Addressing", RFC 4984,
              September 2007.

14.2.  Informative References

   [AFI]      IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY
              NUMBERS http://www.iana.org/numbers.html, Febuary 2007.

   [ALT]      Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP
              Alternative Topology (LISP-ALT)",
              draft-ietf-lisp-alt-01.txt (work in progress), May 2009.

   [APT]      Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and
              L. Zhang, "APT: A Practical Transit Mapping Service",
              draft-jen-apt-01.txt (work in progress), November 2007.

   [CHIAPPA]  Chiappa, J., "Endpoints and Endpoint names: A Proposed
              Enhancement to the Internet Architecture", Internet-
              Draft http://www.chiappa.net/~jnc/tech/endpoints.txt,
              1999.

   [CONS]     Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A
              Content distribution Overlay Network  Service for LISP",
              draft-meyer-lisp-cons-03.txt (work in progress),
              November 2007.

   [DHTs]     Ratnasamy, S., Shenker, S., and I. Stoica, "Routing
              Algorithms for DHTs: Some Open Questions", PDF
              file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf.

   [EMACS]    Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID
              Mappings Multicast Across Cooperating Systems for LISP",
              draft-curran-lisp-emacs-00.txt (work in progress),
              November 2007.

   [GSE]      "GSE - An Alternate Addressing Architecture for  IPv6",
              draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997.

   [INTERWORK]
              Lewis, D., Meyer, D., Farinacci, D., and V. Fuller,
              "Interworking LISP with IPv4 and IPv6",
              draft-ietf-lisp-interworking-00.txt (work in progress),
              January 2009.

   [LIG]      Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)",
              draft-farinacci-lisp-lig-01.txt (work in progress),
              May 2009.

   [LISA96]   Lear, E., Katinsky, J., Coffin, J., and D. Tharp,
              "Renumbering: Threat or Menace?", Usenix , September 1996.

   [LISP-MAIN]
              Farinacci, D., Fuller, V., Meyer, D., and D. Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-farinacci-lisp-12.txt (work in progress),
              March 2009.

   [LISP-MN]  Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP
              Mobility Architecture", draft-meyer-lisp-mn-00.txt (work
              in progress), July 2009.

   [LISP-MS]  Farinacci, D. and V. Fuller, "LISP Map Server",
              draft-ietf-lisp-ms-01.txt (work in progress), May 2009.

   [LISP1]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP1) [Routable  ID
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt,
              October 2006.

   [LISP2]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP2) [DNS-based
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt,
              November 2006.

   [LISPDHT]  Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT:
              Towards a DHT to map identifiers onto locators",
              draft-mathy-lisp-dht-00.txt (work in progress),
              February 2008.

   [LOC-ID-ARCH]
              Meyer, D. and D. Lewis, "Architectural Implications of
              Locator/ID  Separation",
              draft-meyer-loc-id-implications-01.txt (work in progress),
              Januaryr 2009.

   [MLISP]    Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas,
              "LISP for Multicast Environments",
              draft-ietf-lisp-multicast-01.txt (work in progress),
              May 2009.

   [NERD]     Lear, E., "NERD: A Not-so-novel EID to RLOC Database",
              draft-lear-lisp-nerd-04.txt (work in progress),
              April 2008.

   [OPENLISP]
              Iannone, L. and O. Bonaventure, "OpenLISP Implementation
              Report", draft-iannone-openlisp-implementation-01.txt
              (work in progress), July 2008.

   [RADIR]    Narten, T., "Routing and Addressing Problem Statement",
              draft-narten-radir-problem-statement-00.txt (work in
              progress), July 2007.

   [RFC3344bis]
              Perkins, C., "IP Mobility Support for IPv4, revised",
              draft-ietf-mip4-rfc3344bis-05 (work in progress),
              July 2007.

   [RFC4192]  Baker, F., Lear, E., and R. Droms, "Procedures for
              Renumbering an IPv6 Network without a Flag Day", RFC 4192,
              September 2005.

   [RPFV]     Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector
              TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress),
              January 2009.

   [RPMD]     Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol
              for Routing Protocol Meta-data  Dissemination",
              draft-handley-p2ppush-unpublished-2007726.txt (work in
              progress), July 2007.

   [SHIM6]    Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim
              protocol", draft-ietf-shim6-proto-06.txt (work in
              progress), October 2006.

Appendix A.  Acknowledgments

   An initial thank you goes to Dave Oran for planting the seeds for the
   initial ideas for LISP.  His consultation continues to provide value
   to the LISP authors.

   A special and appreciative thank you goes to Noel Chiappa for
   providing architectural impetus over the past decades on separation
   of location and identity, as well as detailed review of the LISP
   architecture and documents, coupled with enthusiasm for making LISP a
   practical and incremental transition for the Internet.

   The authors would like to gratefully acknowledge many people who have
   contributed discussion and ideas to the making of this proposal.
   They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller,
   Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston,
   David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley,
   Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler,
   Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi
   Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger
   Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland
   Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian
   Lezama, Attilla De Groot, Parantap Lahiri, and David Black.

   In particular, we would like to thank Dave Meyer for his clever
   suggestion for the name "LISP". ;-)

   This work originated in the Routing Research Group (RRG) of the IRTF.
   The individual submission [LISP-MAIN] was converted into this IETF
   LISP working group draft.

Authors' Addresses

   Dino Farinacci
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dino@cisco.com

   Vince Fuller
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: vaf@cisco.com

   Dave Meyer
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: dmm@cisco.com

   Darrel Lewis
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: darlewis@cisco.com
--Apple-Mail-46-868881847 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-46-868881847-- From luigi@net.t-labs.tu-berlin.de Tue Jul 14 16:47:31 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D9CE93A6868 for ; Tue, 14 Jul 2009 16:47:31 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.148 X-Spam-Level: X-Spam-Status: No, score=-2.148 tagged_above=-999 required=5 tests=[AWL=0.100, BAYES_00=-2.599, HELO_EQ_DE=0.35, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id vNPAYYxtpGWl for ; Tue, 14 Jul 2009 16:47:30 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id ECDC73A67FA for ; Tue, 14 Jul 2009 16:47:29 -0700 (PDT) Received: from [192.168.0.10] (ivr94-2-81-56-53-60.fbx.proxad.net [81.56.53.60]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 13194701BAB1; Tue, 14 Jul 2009 22:21:37 +0200 (CEST) Message-Id: From: Luigi Iannone To: John Zwiebel In-Reply-To: <15ED8762-9A9B-44D6-A3AB-D599C1A31F1D@cisco.com> Content-Type: multipart/alternative; boundary=Apple-Mail-28-860241024 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 14 Jul 2009 22:21:36 +0200 References: <4A2404D0.9080406@joelhalpern.com> <4A240834.7000106@uclouvain.be> <4A87C591-F5C3-4180-8FBB-D71E65F00145@net.t-labs.tu-berlin.de> <4A25846F.4030408@uclouvain.be> <13672A25-0BF0-4FC1-B301-D3B1B91A6BD1@net.t-labs.tu-berlin.de> <7CDAF1C4-35F9-46EC-B035-B870D0A076C6@cisco.com> <4C623B66-475D-453B-A1F4-F9AA508CDD24@net.t-labs.tu-berlin.de> <3CA40DE0-7E64-44FB-865E-B6A595AA4183@cisco.com> <15ED8762-9A9B-44D6-A3AB-D599C1A31F1D@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Map-Versioning X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 14 Jul 2009 23:47:31 -0000 --Apple-Mail-28-860241024 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit John, thanks a lot for the comments, they will be included. very few answer inline. Cheers Luigi On Jul 14, 2009, at 21:39 , John Zwiebel wrote: > > On Jul 7, 2009, at 4:28 AM, Luigi Iannone wrote: > >> After one week thinking... ;-)) > > A few observations.... > > > In para 3: > -- if you are allocating only 15 bits for the map version why > does your example use 24 bits? Agree. In the draft we do not propose exactly how many bits to use. How intent was to discuss this in the WG. > -- There appears to be some formatting problems here, is it just > that the brackets are facing the wrong way? > > As an example, using 24 bits, if the Mapping Version Number is 0, > versions in ]1; (2**14)-1[ are greater and versions in [2**14; > (2**15)-1[ are smaller. > Mathematical notation. The part with brackets "facing the wrong way" means that the last value is not included. > -- FWIW: s/half the versions is/ half the versions are > > > 5.0: "carrying" > The purpose of carring these version numbers is two-fold, allowing > > FWIW change "does not hold" to "is not true" and I get it. I > first read > it to mean the first condition was 'holding' the Map-Update- > Notification. > > If the first condition does not hold the > Map-Update-Notification (see Section 8) is used to make the ITR > aware > that a newer mapping is available. > > "detailed" > header format is detailled in Section 6 (Figure 2). > > 5.1 > -- The ETR receives a packet from where? What is a "domain"? (I > think you mean EID-space) > I had to read this entire section and start the next before I > figured it out. > > -- what is a LEID? > > -- rather than "can" shouldn't this be MUST|SHOULD|MAY? (or is > this a decision to be made later?) > > packets coming from that ITR with smaller mapping version number > can be silently dropped, since most likely there is a spoof or > the > > 5.2 > -- likewise, starting this section with "when an ETR receives a > packet", misled me into what you were > trying to describe. > > -- sent > been send and a Map-Reply has been received. The latter sent by > > -- s/anyhow/somehow > corrupted anyhow, the mapping version in the EID-to-RLOC Cache > is > > > 6.0 > -- FWIW, IMHO minutes should be used and therefore the number of > bits allocated should be fewer so > I'd rather see. (or perhaps we could use 1/10 of a minute? 11 > days to run through the version > number circle seems awfully long, especially for something that > shouldn't change that much.) > > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- > +-+ > / |Res| Source Mapping V.N. | Destination Mapping V. > N. | > LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- > +-+ > > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- > +-+ > / |Res| Source Mapping V.N. |res| Destination Mapping V. > N.| > LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+- > +-+ > > > 9.3 > -- I cannot see how this would work. If it were up to me at this > early stage I'd just have everyone update > on a flag day to a OS image that supports map-versioning. Yes, > there will be a lot of headaches making > this happen, but far, far fewer than trying to debug why things > aren't interoperating. (2cents) Agreed. Upgrading should be concerted with all people participating in the LISP testbed and the main developers of LISP. > > 10.1 > -- Huh? ;-) > > 10.2 > -- s/loses/looses > > DDoS attacks, where an xTR looses processing power doing version > > > 10.4 > -- s/scenario/scenarii > > The scenarii presented in the previous sections are correct if ETR > > > > --Apple-Mail-28-860241024 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable John,

thanks = a lot for the comments, they will be = included.

very few answer = inline.

Cheers

Luigi



On Jul 14, 2009, at = 21:39 , John Zwiebel wrote:


On Jul 7, 2009, = at 4:28 AM, Luigi Iannone wrote:

After one week thinking... ;-))
=

A few = observations....


In para = 3:
  --  if you are allocating only 15 bits for = the map version why does your example use 24 = bits?

Agree.
In = the draft we do not propose exactly how many bits to use. How intent was = to discuss this in the WG.

  -- There = appears to be some formatting problems here, is it just that the = brackets are facing the wrong way?
 
   As an example, using 24 bits, if the = Mapping Version Number is 0,
   = versions in ]1; (2**14)-1[ are greater and versions in = [2**14;
   (2**15)-1[ are = smaller.


Mathematical notation. The part with brackets "facing the wrong way" = means that the last value is not = included.


  -- = FWIW:  s/half the versions is/ half the versions = are


5.0: = "carrying"
   The purpose of carring = these version numbers is two-fold, allowing

   FWIW  change "does not hold" to "is not true" = and I get it.  I first read
   it = to mean the first condition was 'holding' the = Map-Update-Notification.

    If the first condition does not hold = the
   Map-Update-Notification (see = Section 8) is used to make the ITR aware
   that a newer mapping is available. =  

   =  "detailed"
   header format is detailled in Section 6 = (Figure 2).

5.1 =  
  -- The ETR receives a packet from where? =  What is a "domain"?  (I think you mean = EID-space) 
= I had to read this entire section&nbs= p;and start the next before I figured i= t out.

  -- what is a = LEID?

  -- rather than "can" = shouldn't this be MUST|SHOULD|MAY?  (or is this a decision to be = made later?)

   =    packets coming from that ITR with smaller mapping version = number
      can be silently = dropped, since most likely there is a spoof or = the

5.2
  -- = likewise, starting this section with "when an ETR receives a packet", = misled me into what you were
trying to describe. =  

 -- sent
      been send and a Map-Reply has = been received.  The latter sent by

-- = s/anyhow/somehow
     =  corrupted anyhow, the mapping version in the EID-to-RLOC Cache = is


6.0
-- = FWIW, IMHO minutes should be used and therefore the number of bits = allocated should be fewer so
I'd rather see.  (or perhaps = we could use 1/10 of a minute?  11 days to run through the = version 
number circle seems = awfully long, especially for something that = shouldn't change that much.)

     =   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-= +-+
     / |Res|    = Source Mapping V.N.      |  Destination Mapping V. = N.  |
   = LISP+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

       = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / = |Res|    Source Mapping V.N.   =  |res|  Destination Mapping V. N.|


9.3
&nb= sp; -- I cannot see how this would work.  If it were up to me = at this early stage I'd just have everyone update
on a flag = day to a OS image that supports map-versioning.  Yes, there will be = a lot of headaches making
this happen, but far, far fewer = than trying to debug why things aren't interoperating. =  (2cents)

Agreed. = Upgrading should be concerted with all people participating in the LISP = testbed  and the main developers of = LISP.


   DDoS attacks, where an xTR looses processing = power doing version


10.4
&n= bsp; -- s/scenario/scenarii

   The scenarii presented in the previous = sections are correct if ETR




= --Apple-Mail-28-860241024-- From lear@cisco.com Wed Jul 15 02:41:02 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0F1623A67F7 for ; Wed, 15 Jul 2009 02:41:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.291 X-Spam-Level: X-Spam-Status: No, score=-10.291 tagged_above=-999 required=5 tests=[AWL=0.308, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id IrRemljR3pj9 for ; Wed, 15 Jul 2009 02:41:01 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id CAB753A67DD for ; Wed, 15 Jul 2009 02:41:00 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,403,1243814400"; d="scan'208";a="45126174" Received: from ams-dkim-2.cisco.com ([144.254.224.139]) by ams-iport-1.cisco.com with ESMTP; 15 Jul 2009 09:37:42 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6F9bgZU008819; Wed, 15 Jul 2009 11:37:42 +0200 Received: from adsl-247-4-fixip.tiscali.ch (dhcp-10-61-110-196.cisco.com [10.61.110.196]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6F9bf1l021408; Wed, 15 Jul 2009 09:37:42 GMT Message-ID: <4A5DA365.5000105@cisco.com> Date: Wed, 15 Jul 2009 11:37:41 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1pre) Gecko/20090602 Shredder/3.0b3pre MIME-Version: 1.0 To: Dino Farinacci References: <8415AA81-01F8-45C3-B3BF-032ABCC898E7@cisco.com> In-Reply-To: <8415AA81-01F8-45C3-B3BF-032ABCC898E7@cisco.com> Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=58; t=1247650662; x=1248514662; c=relaxed/simple; s=amsdkim2001; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20Proposed=20changes=20for=20dra ft-ietf-lisp-03.txt |Sender:=20; bh=B0sk0GJ9dPONutqVyt+8cNp+QLH7VtqXOJr0pVQKR/s=; b=ZDBspAoH1Q/cpzKxRb237NEbewAIrm4t3vC0S70OimMSE06XVw2B9AsHyA Hsl33aZrEpzFB+NMGmgbehFtPVnBm19f1jc6zm1A1dUzULRq1bHh8q+sInck 2NAHI/GMTc; Authentication-Results: ams-dkim-2; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim2001 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Proposed changes for draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 15 Jul 2009 09:41:02 -0000 Nevermind. It was the map-reply field I was looking at. From damien.saucez@uclouvain.be Wed Jul 15 03:26:43 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2CDA83A6B49 for ; Wed, 15 Jul 2009 03:26:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.087 X-Spam-Level: X-Spam-Status: No, score=-5.087 tagged_above=-999 required=5 tests=[AWL=-0.787, BAYES_00=-2.599, MANGLED_SAVELE=2.3, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id SOxadUi+Vz4G for ; Wed, 15 Jul 2009 03:26:34 -0700 (PDT) Received: from smtp1.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 3A1B53A697D for ; Wed, 15 Jul 2009 03:26:33 -0700 (PDT) Received: from [130.104.228.25] (mimir2.dhcp.info.ucl.ac.be [130.104.228.25]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp1.sgsi.ucl.ac.be) by smtp1.sgsi.ucl.ac.be (Postfix) with ESMTPSA id B6682E8D1F; Wed, 15 Jul 2009 07:59:15 +0200 (CEST) Message-ID: <4A5D7032.10906@uclouvain.be> Date: Wed, 15 Jul 2009 07:59:14 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.21 (X11/20090409) MIME-Version: 1.0 To: Dino Farinacci References: <8415AA81-01F8-45C3-B3BF-032ABCC898E7@cisco.com> In-Reply-To: <8415AA81-01F8-45C3-B3BF-032ABCC898E7@cisco.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-1.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: B6682E8D1F.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: lisp@ietf.org Subject: Re: [lisp] Proposed changes for draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 15 Jul 2009 10:26:43 -0000 Dino, ok for me. Damien Saucez Dino Farinacci wrote: > Thanks to everyone for comments. I have received both public and > private comments. > > If I hear no objections within 24 hours, I will post -03. > > Find attached the changes from draft -02 being proposed. > > Thanks again, > Dino > > > ------------------------------------------------------------------------ > > Network Working Group D. Farinacci > Internet-Draft V. Fuller > Intended status: Experimental D. Meyer > Expires: January 10, *15,* 2010 D. Lewis > cisco Systems > July 9, *14,* 2009 > > Locator/ID Separation Protocol (LISP) > draft-ietf-lisp-02.txt > *draft-ietf-lisp-03.txt* > > Status of this Memo > > This Internet-Draft is submitted to IETF in full conformance with the > provisions of BCP 78 and BCP 79. > > Internet-Drafts are working documents of the Internet Engineering > Task Force (IETF), its areas, and its working groups. Note that > other groups may also distribute working documents as Internet- > Drafts. > > Internet-Drafts are draft documents valid for a maximum of six months > and may be updated, replaced, or obsoleted by other documents at any > time. It is inappropriate to use Internet-Drafts as reference > material or to cite them other than as "work in progress." > > The list of current Internet-Drafts can be accessed at > http://www.ietf.org/ietf/1id-abstracts.txt. > > The list of Internet-Draft Shadow Directories can be accessed at > http://www.ietf.org/shadow.html. > > This Internet-Draft will expire on January 10, *15,* 2010. > > Copyright Notice > > Copyright (c) 2009 IETF Trust and the persons identified as the > document authors. All rights reserved. > > This document is subject to BCP 78 and the IETF Trust's Legal > Provisions Relating to IETF Documents in effect on the date of > publication of this document (http://trustee.ietf.org/license-info). > Please review these documents carefully, as they describe your rights > and restrictions with respect to this document. > > Abstract > > This draft describes a simple, incremental, network-based protocol to > implement separation of Internet addresses into Endpoint Identifiers > (EIDs) and Routing Locators (RLOCs). This mechanism requires no > changes to host stacks and no major changes to existing database > infrastructures. The proposed protocol can be implemented in a > relatively small number of routers. > > This proposal was stimulated by the problem statement effort at the > Amsterdam IAB Routing and Addressing Workshop (RAWS), which took > place in October 2006. > > Table of Contents > > 1. Requirements Notation . . . . . . . . . . . . . . . . . . . . 4 > 2. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 5 > 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 8 > 4. Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12 > 4.1. Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14 > 5. Tunneling Details . . . . . . . . . . . . . . . . . . . . . . 16 > 5.1. LISP IPv4-in-IPv4 Header Format . . . . . . . . . . . . . 17 > 5.2. LISP IPv6-in-IPv6 Header Format . . . . . . . . . . . . . 18 > 5.3. Tunnel Header Field Descriptions . . . . . . . . . . . . . 19 > 5.4. Dealing with Large Encapsulated Packets . . . . . . . . . 21 > 5.4.1. A Stateless Solution to MTU Handling . . . . . . . . . 21 > 5.4.2. A Stateful Solution to MTU Handling . . . . . . . . . 22 > 6. EID-to-RLOC Mapping . . . . . . . . . . . . . . . . . . . . . 23 > 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats . . . . . 23 > 6.1.1. LISP Packet Type Allocations . . . . . . . . . . . . . 25 > 6.1.2. Map-Request Message Format . . . . . . . . . . . . . . 25 > 6.1.3. EID-to-RLOC UDP Map-Request Message . . . . . . . . . 27 > 6.1.4. Map-Reply Message Format . . . . . . . . . . . . . . . 28 > 6.1.5. EID-to-RLOC UDP Map-Reply Message . . . . . . . . . . 31 > 6.1.6. Map-Register Message Format . . . . . . . . . . . . . 32 *31* > 6.2. Routing Locator Selection . . . . . . . . . . . . . . . . 34 *33* > 6.3. Routing Locator Reachability . . . . . . . . . . . . . . . 35 > 6.3.1. Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37 > 6.4. Routing Locator Hashing . . . . . . . . . . . . . . . . . 38 > 6.5. Changing the Contents of EID-to-RLOC Mappings . . . . . . 39 > 6.5.1. Clock Sweep . . . . . . . . . . . . . . . . . . . . . 39 > 6.5.2. Solicit-Map-Request (SMR) . . . . . . . . . . . . . . 40 > 7. Router Performance Considerations . . . . . . . . . . . . . . 42 > 8. Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 43 > 8.1. First-hop/Last-hop Tunnel Routers . . . . . . . . . . . . 44 > 8.2. Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 44 > 8.3. ISP Provider-Edge (PE) Tunnel Routers . . . . . . . . . . 45 > 9. Traceroute Considerations . . . . . . . . . . . . . . . . . . 46 > 9.1. IPv6 Traceroute . . . . . . . . . . . . . . . . . . . . . 47 > 9.2. IPv4 Traceroute . . . . . . . . . . . . . . . . . . . . . 47 > 9.3. Traceroute using Mixed Locators . . . . . . . . . . . . . 47 > 10. Mobility Considerations . . . . . . . . . . . . . . . . . . . 49 > 10.1. Site Mobility . . . . . . . . . . . . . . . . . . . . . . 49 > 10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 > 10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 > 10.4. Fast Network Mobility . . . . . . . . . . . . . . . . . . 51 > 10.5. LISP Mobile Node Mobility . . . . . . . . . . . . . . . . 51 > 11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 53 > 12. Security Considerations . . . . . . . . . . . . . . . . . . . 54 > 13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 55 > 14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 58 > 14.1. Normative References . . . . . . . . . . . . . . . . . . . 58 > 14.2. Informative References . . . . . . . . . . . . . . . . . . 59 > Appendix A. Acknowledgments . . . . . . . . . . . . . . . . . . . 62 > Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 63 > > 1. Requirements Notation > > The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", > "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this > document are to be interpreted as described in [RFC2119]. > > 2. Introduction > > Many years of discussion about the current IP routing and addressing > architecture have noted that its use of a single numbering space (the > "IP address") for both host transport session identification and > network routing creates scaling issues (see [CHIAPPA] and [RFC1498]). > A number of scaling benefits would be realized by separating the > current IP address into separate spaces for Endpoint Identifiers > (EIDs) and Routing Locators (RLOCs); among them are: > > 1. Reduction of routing table size in the "default-free zone" (DFZ). > Use of a separate numbering space for RLOCs will allow them to be > assigned topologically (in today's Internet, RLOCs would be > assigned by providers at client network attachment points), > greatly improving aggregation and reducing the number of > globally-visible, routable prefixes. > > 2. More cost-effective multihoming for sites that connect to > different service providers where they can control their own > policies for packet flow into the site without using extra > routing table resources of core routers. > > 3. Easing of renumbering burden when clients change providers. > Because host EIDs are numbered from a separate, non-provider- > assigned and non-topologically-bound space, they do not need to > be renumbered when a client site changes its attachment points to > the network. > > 4. Traffic engineering capabilities that can be performed by network > elements and do not depend on injecting additional state into the > routing system. This will fall out of the mechanism that is used > to implement the EID/RLOC split (see Section 4). > > 5. Mobility without address changing. Existing mobility mechanisms > will be able to work in a locator/ID separation scenario. It > will be possible for a host (or a collection of hosts) to move to > a different point in the network topology either retaining its > home-based address or acquiring a new address based on the new > network location. A new network location could be a physically > different point in the network topology or the same physical > point of the topology with a different provider. > > This draft describes protocol mechanisms to achieve the desired > functional separation. For flexibility, the mechanism used for > forwarding packets is decoupled from that used to determine EID to > RLOC mappings. This document covers the former. For the later, see > [CONS], [ALT], [EMACS], [RPMD], and [NERD]. This work is in response > to and intended to address the problem statement that came out of the > RAWS effort [RFC4984]. > > The Routing and Addressing problem statement can be found in [RADIR]. > > This draft focuses on a router-based solution. Building the solution > into the network will facilitate incremental deployment of the > technology on the Internet. Note that while the detailed protocol > specification and examples in this document assume IP version 4 > (IPv4), there is nothing in the design that precludes use of the same > techniques and mechanisms for IPv6. It should be possible for IPv4 > packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4 > RLOCs. > > Related work on host-based solutions is described in Shim6 [SHIM6] > and HIP [RFC4423]. Related work on a router-based solution is > described in [GSE]. This draft attempts to not compete or overlap > with such solutions and the proposed protocol changes are expected to > complement a host-based mechanism when Traffic Engineering > functionality is desired. > > Some of the design goals of this proposal include: > > 1. Require no hardware or software changes to end-systems (hosts). > > 2. Minimize required changes to Internet infrastructure. > > 3. Be incrementally deployable. > > 4. Require no router hardware changes. > > 5. Minimize the number of routers which have to be modified. In > particular, most customer site routers and no core routers > require changes. > > 6. Minimize router software changes in those routers which are > affected. > > 7. Avoid or minimize packet loss when EID-to-RLOC mappings need to > be performed. > > There are 4 variants of LISP, which differ along a spectrum of strong > to weak dependence on the topological nature and possible need for > routability of EIDs. The variants are: > > LISP 1: uses EIDs that are routable through the RLOC topology for > bootstrapping EID-to-RLOC mappings. [LISP1] This was intended as > a prototyping mechanism for early protocol implementation. It is > now deprecated and should not be deployed. > > LISP 1.5: uses EIDs that are routable for bootstrapping EID-to-RLOC > mappings; such routing is via a separate topology. > > LISP 2: uses EIDS that are not routable and EID-to-RLOC mappings are > implemented within the DNS. [LISP2] > > LISP 3: uses non-routable EIDs that are used as lookup keys for a > new EID-to-RLOC mapping database. Use of Distributed Hash Tables > [DHTs] [LISPDHT] to implement such a database would be an area to > explore. Other examples of new mapping database services are > [CONS], [ALT], [RPMD], [NERD], and [APT]. > > This document on LISP 1.5, and LISP 3 variants, both of which rely on > a router-based distributed cache and database for EID-to-RLOC > mappings. The LISP 1.0 mechanism works but does not allow reduction > of routing information in the default-free-zone of the Internet. The > LISP 2 mechanisms are put on hold and may never come to fruition > since it is not architecturally pure to have routing depend on > directory and directory depend on routing. The LISP 3 mechanisms > will be documented elsewhere but may use the control-plane options > specified in this specification. > > 3. Definition of Terms > > Provider Independent (PI) Addresses: an address block assigned from > a pool where blocks are not associated with any particular > location in the network (e.g. from a particular service provider), > and is therefore not topologically aggregatable in the routing > system. > > Provider Assigned (PA) Addresses: a block of IP addresses that are > assigned to a site by each service provider to which a site > connects. Typically, each block is sub-block of a service > provider CIDR block and is aggregated into the larger block before > being advertised into the global Internet. Traditionally, IP > multihoming has been implemented by each multi-homed site > acquiring its own, globally-visible prefix. LISP uses only > topologically-assigned and aggregatable address blocks for RLOCs, > eliminating this demonstrably non-scalable practice. > > Routing Locator (RLOC): the IPv4 or IPv6 address of an egress > tunnel router (ETR). It is the output of a EID-to-RLOC mapping > lookup. An EID maps to one or more RLOCs. Typically, RLOCs are > numbered from topologically-aggregatable blocks that are assigned > to a site at each point to which it attaches to the global > Internet; where the topology is defined by the connectivity of > provider networks, RLOCs can be thought of as PA addresses. > Multiple RLOCs can be assigned to the same ETR device or to > multiple ETR devices at a site. > > Endpoint ID (EID): a 32-bit (for IPv4) or 128-bit (for IPv6) value > used in the source and destination address fields of the first > (most inner) LISP header of a packet. The host obtains a > destination EID the same way it obtains an destination address > today, for example through a DNS lookup or SIP exchange. The > source EID is obtained via existing mechanisms used to set a > host's "local" IP address. An EID is allocated to a host from an > EID-prefix block associated with the site where the host is > located. An EID can be used by a host to refer to other hosts. > EIDs MUST NOT be used as LISP RLOCs. Note that EID blocks may be > assigned in a hierarchical manner, independent of the network > topology, to facilitate scaling of the mapping database. In > addition, an EID block assigned to a site may have site-local > structure (subnetting) for routing within the site; this structure > is not visible to the global routing system. When used in > discussions with other Locator/ID separation proposals, a LISP EID > will be called a "LEID". Throughout this document, any references > to "EID" refers to an LEID. > > EID-prefix: A power-of-2 block of EIDs which are allocated to a > site by an address allocation authority. EID-prefixes are > associated with a set of RLOC addresses which make up a "database > mapping". EID-prefix allocations can be broken up into smaller > blocks when an RLOC set is to be associated with the smaller EID- > prefix. A globally routed address block (whether PI or PA) is not > an EID-prefix. However, a globally routed address block may be > removed from global routing and reused as an EID-prefix. A site > that receives an explicitly allocated EID-prefix may not use that > EID-prefix as a globally routed prefix assigned to RLOCs. > > End-system: is an IPv4 or IPv6 device that originates packets with > a single IPv4 or IPv6 header. The end-system supplies an EID > value for the destination address field of the IP header when > communicating globally (i.e. outside of its routing domain). An > end-system can be a host computer, a switch or router device, or > any network appliance. > > Ingress Tunnel Router (ITR): a router which accepts an IP packet > with a single IP header (more precisely, an IP packet that does > not contain a LISP header). The router treats this "inner" IP > destination address as an EID and performs an EID-to-RLOC mapping > lookup. The router then prepends an "outer" IP header with one of > its globally-routable RLOCs in the source address field and the > result of the mapping lookup in the destination address field. > Note that this destination RLOC may be an intermediate, proxy > device that has better knowledge of the EID-to-RLOC mapping closer > to the destination EID. In general, an ITR receives IP packets > from site end-systems on one side and sends LISP-encapsulated IP > packets toward the Internet on the other side. > > Specifically, when a service provider prepends a LISP header for > Traffic Engineering purposes, the router that does this is also > regarded as an ITR. The outer RLOC the ISP ITR uses can be based > on the outer destination address (the originating ITR's supplied > RLOC) or the inner destination address (the originating hosts > supplied EID). > > TE-ITR: is an ITR that is deployed in a service provider network > that prepends an additional LISP header for Traffic Engineering > purposes. > > Egress Tunnel Router (ETR): a router that accepts an IP packet > where the destination address in the "outer" IP header is one of > its own RLOCs. The router strips the "outer" header and forwards > the packet based on the next IP header found. In general, an ETR > receives LISP-encapsulated IP packets from the Internet on one > side and sends decapsulated IP packets to site end-systems on the > other side. ETR functionality does not have to be limited to a > router device. A server host can be the endpoint of a LISP tunnel > as well. > > TE-ETR: is an ETR that is deployed in a service provider network > that strips an outer LISP header for Traffic Engineering purposes. > > xTR: is a reference to an ITR or ETR when direction of data flow is > not part of the context description. xTR refers to the router that > is the tunnel endpoint. Used synonymously with the term "Tunnel > Router". For example, "An xTR can be located at the Customer Edge > (CE) router", meaning both ITR and ETR functionality is at the CE > router. > > EID-to-RLOC Cache: a short-lived, on-demand table in an ITR that > stores, tracks, and is responsible for timing-out and otherwise > validating EID-to-RLOC mappings. This cache is distinct from the > full "database" of EID-to-RLOC mappings, it is dynamic, local to > the ITR(s), and relatively small while the database is > distributed, relatively static, and much more global in scope. > > EID-to-RLOC Database: a global distributed database that contains > all known EID-prefix to RLOC mappings. Each potential ETR > typically contains a small piece of the database: the EID-to-RLOC > mappings for the EID prefixes "behind" the router. These map to > one of the router's own, globally-visible, IP addresses. > > Recursive Tunneling: when a packet has more than one LISP IP > header. Additional layers of tunneling may be employed to > implement traffic engineering or other re-routing as needed. When > this is done, an additional "outer" LISP header is added and the > original RLOCs are preserved in the "inner" header. Any > references to tunnels in this specification refers to dynamic > encapsulating tunnels and never are they staticly configured. > > Reencapsulating Tunnels: when a packet has no more than one LISP IP > header (two IP headers total) and when it needs to be diverted to > new RLOC, an ETR can decapsulate the packet (remove the LISP > header) and prepend a new tunnel header, with new RLOC, on to the > packet. Doing this allows a packet to be re-routed by the re- > encapsulating router without adding the overhead of additional > tunnel headers. Any references to tunnels in this specification > refers to dynamic encapsulating tunnels and never are they > staticly configured. > > LISP Header: a term used in this document to refer to the outer > IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR > prepends or an ETR strips. > > Address Family Indicator (AFI): a term used to describe an address > encoding in a packet. An address family currently pertains to an > IPv4 or IPv6 address. See [AFI] for details. > > Negative Mapping Entry: also known as a negative cache entry, is an > EID-to-RLOC entry where an EID-prefix is advertised or stored with > no RLOCs. That is, the locator-set for the EID-to-RLOC entry is > empty or has an encoded locator count of 0. This type of entry > could be used to describe a prefix from a non-LISP site, which is > explicitly not in the mapping database. There are a set of well > defined actions that are encoded in a Negative Map-Reply. > > Data Probe: a LISP-encapsulated data packet where the inner header > destination address equals the outer header destination address > used to trigger a Map-Reply by a decapsulating ETR. In addition, > the original packet is decapsulated and delivered to the > destination host. A Data Probe is used in some of the mapping > database designs to "probe" or request a Map-Reply from an ETR; in > other cases, Map-Requests are used. See each mapping database > design for details. > > 4. Basic Overview > > One key concept of LISP is that end-systems (hosts) operate the same > way they do today. The IP addresses that hosts use for tracking > sockets, connections, and for sending and receiving packets do not > change. In LISP terminology, these IP addresses are called Endpoint > Identifiers (EIDs). > > Routers continue to forward packets based on IP destination > addresses. When a packet is LISP encapsulated, these addresses are > referred to as Routing Locators (RLOCs). Most routers along a path > between two hosts will not change; they continue to perform routing/ > forwarding lookups on the destination addresses. For routers between > the source host and the ITR as well as routers from the ETR to the > destination host, the destination address is an EID. For the routers > between the ITR and the ETR, the destination address is an RLOC. > > This design introduces "Tunnel Routers", which prepend LISP headers > on host-originated packets and strip them prior to final delivery to > their destination. The IP addresses in this "outer header" are > RLOCs. During end-to-end packet exchange between two Internet hosts, > an ITR prepends a new LISP header to each packet and an egress tunnel > router strips the new header. The ITR performs EID-to-RLOC lookups > to determine the routing path to the the ETR, which has the RLOC as > one of its IP addresses. > > Some basic rules governing LISP are: > > o End-systems (hosts) only send to addresses which are EIDs. They > don't know addresses are EIDs versus RLOCs but assume packets get > to LISP routers, which in turn, deliver packets to the destination > the end-system has specified. > > o EIDs are always IP addresses assigned to hosts. > > o LISP routers mostly deal with Routing Locator addresses. See > details later in Section 4.1 to clarify what is meant by "mostly". > > o RLOCs are always IP addresses assigned to routers; preferably, > topologically-oriented addresses from provider CIDR blocks. > > o When a router originates packets it may use as a source address > either an EID or RLOC. When acting as a host (e.g. when > terminating a transport session such as SSH, TELNET, or SNMP), it > may use an EID that is explicitly assigned for that purpose. An > EID that identifies the router as a host MUST NOT be used as an > RLOC; an EID is only routable within the scope of a site. A > typical BGP configuration might demonstrate this "hybrid" EID/RLOC > usage where a router could use its "host-like" EID to terminate > iBGP sessions to other routers in a site while at the same time > using RLOCs to terminate eBGP sessions to routers outside the > site. > > o EIDs are not expected to be usable for global end-to-end > communication in the absence of an EID-to-RLOC mapping operation. > They are expected to be used locally for intra-site communication. > > o EID prefixes are likely to be hierarchically assigned in a manner > which is optimized for administrative convenience and to > facilitate scaling of the EID-to-RLOC mapping database. The > hierarchy is based on a address allocation hierarchy which is not > dependent on the network topology. > > o EIDs may also be structured (subnetted) in a manner suitable for > local routing within an autonomous system. > > An additional LISP header may be prepended to packets by a transit > router (i.e. TE-ITR) when re-routing of the path for a packet is > desired. An obvious instance of this would be an ISP router that > needs to perform traffic engineering for packets in flow through its > network. In such a situation, termed Recursive Tunneling, an ISP > transit acts as an additional ingress tunnel router and the RLOC it > uses for the new prepended header would be either an TE-ETR within > the ISP (along intra-ISP traffic engineered path) or in an TE-ETR > within another ISP (an inter-ISP traffic engineered path, where an > agreement to build such a path exists). > > This specification mandates that no more than two LISP headers get > prepended to a packet. This avoids excessive packet overhead as well > as possible encapsulation loops. It is believed two headers is > sufficient, where the first prepended header is used at a site for > Location/Identity separation and second prepended header is used > inside a service provider for Traffic Engineering purposes. > > Tunnel Routers can be placed fairly flexibly in a multi-AS topology. > For example, the ITR for a particular end-to-end packet exchange > might be the first-hop or default router within a site for the source > host. Similarly, the egress tunnel router might be the last-hop > router directly-connected to the destination host. Another example, > perhaps for a VPN service out-sourced to an ISP by a site, the ITR > could be the site's border router at the service provider attachment > point. Mixing and matching of site-operated, ISP-operated, and other > tunnel routers is allowed for maximum flexibility. See Section 8 for > more details. > > 4.1. Packet Flow Sequence > > This section provides an example of the unicast packet flow with the > following conditions: > > o Source host "host1.abc.com" is sending a packet to > "host2.xyz.com", exactly what host1 would do if the site was not > using LISP. > > o Each site is multi-homed, so each tunnel router has an address > (RLOC) assigned from the service provider address block for each > provider to which that particular tunnel router is attached. > > o The ITR(s) and ETR(s) are directly connected to the source and > destination, respectively. > > o Data Probes are used to solicit Map-Replies versus using Map- > Requests. And the Data Probes are sent on the underlying topology > (the LISP 1.0 variant) but could also be sent over an alternative > topology (the LISP 1.5 variant) as it would in [ALT]. > > Client host1.abc.com wants to communicate with server host2.xyz.com: > > 1. host1.abc.com wants to open a TCP connection to host2.xyz.com. > It does a DNS lookup on host2.xyz.com. An A/AAAA record is > returned. This address is used as the destination EID and the > locally-assigned address of host1.abc.com is used as the source > EID. An IPv4 or IPv6 packet is built using the EIDs in the IPv4 > or IPv6 header and sent to the default router. > > 2. The default router is configured as an ITR. The ITR must be able > to map the EID destination to an RLOC of the ETR at the > destination site. The ITR prepends a LISP header to the packet, > with one of its RLOCs as the source IPv4 or IPv6 address. The > destination EID from the original packet header is used as the > destination IPv4 or IPv6 in the prepended LISP header. > Subsequent packets, where the outer destination address is the > destination EID will be sent until EID-to-RLOC mapping is > learned. > > 3. In LISP 1, the packet is routed through the Internet as it is > today. In LISP 1.5, the packet is routed on a different topology > which may have EID prefixes distributed and advertised in an > aggregatable fashion. In either case, the packet arrives at the > ETR. The router is configured to "punt" the packet to the > router's processor. See Section 7 for more details. For LISP > 2.0 and 3.0, the behavior is not fully defined yet. > > 4. The LISP header is stripped so that the packet can be forwarded > by the router control plane. The router looks up the destination > EID in the router's EID-to-RLOC database (not the cache, but the > configured data structure of RLOCs). An EID-to-RLOC Map-Reply > message is originated by the ETR and is addressed to the source > RLOC in the LISP header of the original packet (this is the ITR). > The source RLOC of the Map-Reply is one of the ETR's RLOCs. > > 5. The ITR receives the Map-Reply message, parses the message (to > check for format validity) and stores the mapping information > from the packet. This information is put in the ITR's EID-to- > RLOC mapping cache (this is the on-demand cache, the cache where > entries time out due to inactivity). > > 6. Subsequent packets from host1.abc.com to host2.xyz.com will have > a LISP header prepended by the ITR using the appropriate RLOC as > the LISP header destination address learned from the ETR. Note, > the packet may be sent to a different ETR than the one which > returned the Map-Reply due to the source site's hashing policy or > the destination site's locator-set policy. > > 7. The ETR receives these packets directly (since the destination > address is one of its assigned IP addresses), strips the LISP > header and forwards the packets to the attached destination host. > > In order to eliminate the need for a mapping lookup in the reverse > direction, an ETR MAY create a cache entry that maps the source EID > (inner header source IP address) to the source RLOC (outer header > source IP address) in a received LISP packet. Such a cache entry is > termed a "gleaned" mapping and only contains a single RLOC for the > EID in question. More complete information about additional RLOCs > SHOULD be verified by sending a LISP Map-Request for that EID. Both > ITR and the ETR may also influence the decision the other makes in > selecting an RLOC. See Section 6 for more details. > > 5. Tunneling Details > > This section describes the LISP Data Message which defines the > tunneling header used to encapsulate IPv4 and IPv6 packets which > contain EID addresses. Even though the following formats illustrate > IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2 > combinations are supported as well. > > Since additional tunnel headers are prepended, the packet becomes > larger and in theory can exceed the MTU of any link traversed from > the ITR to the ETR. It is recommended, in IPv4 that packets do not > get fragmented as they are encapsulated by the ITR. Instead, the > packet is dropped and an ICMP Too Big message is returned to the > source. > > Based on informal surveys of large ISP traffic patterns, it appears > that most transit paths can accommodate a path MTU of at least 4470 > bytes. The exceptions, in terms of data rate, number of hosts > affected, or any other metric are expected to be vanishingly small. > > To address MTU concerns, mainly raised on the RRG mailing list, the > LISP deployment process will include collecting data during its pilot > phase to either verify or refute the assumption about minimum > available MTU. If the assumption proves true and transit networks > with links limited to 1500 byte MTUs are corner cases, it would seem > more cost-effective to either upgrade or modify the equipment in > those transit networks to support larger MTUs or to use existing > mechanisms for accommodating packets that are too large. > > For this reason, there is currently no plan for LISP to add any new > additional, complex mechanism for implementing fragmentation and > reassembly in the face of limited-MTU transit links. If analysis > during LISP pilot deployment reveals that the assumption of > essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect, > then LISP can be modified prior to protocol standardization to add > support for one of the proposed fragmentation and reassembly schemes. > Note that two simple existing schemes are detailed in Section 5.4. > > 5.1. LISP IPv4-in-IPv4 Header Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| IHL |Type of Service| Total Length | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Identification |Flags| Fragment Offset | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > OH | Time to Live | Protocol = 17 | Header Checksum | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Source Routing Locator | > \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | Destination Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port = xxxx | Dest Port = 4341 | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > L / | Locator Reach Bits | > I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > S \ |S|E| rsvd-flags| Nonce | > P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| IHL |Type of Service| Total Length | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Identification |Flags| Fragment Offset | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > IH | Time to Live | Protocol | Header Checksum | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Source EID | > \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | Destination EID | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 5.2. LISP IPv6-in-IPv6 Header Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| Traffic Class | Flow Label | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Payload Length | Next Header=17| Hop Limit | > v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > O + + > u | | > t + Source Routing Locator + > e | | > r + + > | | > H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > d | | > r + + > | | > ^ + Destination Routing Locator + > | | | > \ + + > \ | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port = xxxx | Dest Port = 4341 | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > L / | Locator Reach Bits | > I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > S \ |S|E| rsvd-flags| Nonce | > P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / |Version| Traffic Class | Flow Label | > / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Payload Length | Next Header | Hop Limit | > v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > I + + > n | | > n + Source EID + > e | | > r + + > | | > H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > d | | > r + + > | | > ^ + Destination EID + > \ | | > \ + + > \ | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 5.3. Tunnel Header Field Descriptions > > IH Header: is the inner header, preserved from the datagram received > from the originating host. The source and destination IP > addresses are EIDs. > > OH Header: is the outer header prepended by an ITR. The address > fields contain RLOCs obtained from the ingress router's EID-to- > RLOC cache. The IP protocol number is "UDP (17)" from [RFC0768]. > The DF bit of the Flags field is set to 0. > > UDP Header: contains a ITR selected source port when encapsulating a > packet. See Section 6.4 for details on the hash algorithm used > select a source port based on the 5-tuple of the inner header. > The destination port MUST be set to the well-known IANA assigned > port value 4341. > > UDP Checksum: this field field MUST be transmitted as 0 and ignored on > receipt by the ETR. Note, even when the UDP checksum is > transmitted as 0 an intervening NAT device can recalculate the > checksum and rewrite the UDP checksum field to non-zero. For > performance reasons, the ETR MUST ignore the checksum and MUST not > do a checksum computation. > > UDP Length: for an IPv4 encapsulated packet, the inner header Total > Length plus the UDP and LISP header lengths are used. For an IPv6 > encapsulated packet, the inner header Payload Length plus the size > of the IPv6 header (40 bytes) plus the size of the UDP and LISP > headers are used. The UDP header length is 8 bytes. The LISP > header length is 8 bytes when no loc-reach-bit header extensions > are used. > > LISP Locator Reach Bits: in the LISP header are set by an ITR to > indicate to an ETR the reachability of the Locators in the source > site. Each RLOC in a Map-Reply is assigned an ordinal value from > 0 to n-1 (when there are n RLOCs in a mapping entry). The Locator > Reach Bits are numbered from 0 to n-1 from the right significant > bit of the 32-bit field. When a bit is set to 1, the ITR is > indicating to the ETR the RLOC associated with the bit ordinal is > reachable. See Section 6.3 for details on how an ITR can > determine other ITRs at the site are reachable. When a site has > multiple EID-prefixes which result in multiple mappings (where > each could have a different locator-set), the Locator Reach Bits > setting in an encapsulated packet MUST reflect the mapping for the > EID-prefix that the inner-header source EID address matches. > > S: this is the Solicit-Map-Request (SMR) bit. See section > Section 6.5.2 for details. > > E: this is the echo-nonce-request bit. See section Section 6.3.1 for > details. > > rsvd-flags: this 6-bit field is reserved for future flag use. It is > set to 0 on transmit and ignored on receipt. > > LISP Nonce: is a 24-bit value that is randomly generated by an ITR. > It > *The nonce* is *also* used *when the E-bit is set* to test route-returnability *request the nonce > value to be echoed by the other side* when xTRs exchange > encapsulated data packets with *are returned. > See section Section 6.3.1 for more details. The nonce is also > used when SMR-bit is set to solicit* the SMR bit set, Data-Probe, *other side to send a* Map- > Request, or Map-Reply messages. > *Request containing this nonce. See section Section 6.5.2 for > details.* > > When doing Recursive Tunneling or ITR/PTR encapsulation: > > o The OH header Time to Live field (or Hop Limit field, in case of > IPv6) MUST be copied from the IH header Time to Live field. > > o The OH header Type of Service field (or the Traffic Class field, > in the case of IPv6) SHOULD be copied from the IH header Type of > Service field (with one caveat, see below). > > When doing Re-encapsulated Tunneling: > > o The new OH header Time to Live field SHOULD be copied from the > stripped OH header Time to Live field. > > o The new OH header Type of Service field SHOULD be copied from the > stripped OH header Type of Service field (with one caveat, see > below).. > > Copying the TTL serves two purposes: first, it preserves the distance > the host intended the packet to travel; second, and more importantly, > it provides for suppression of looping packets in the event there is > a loop of concatenated tunnels due to misconfiguration. > > The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service > field and the IPv6 Traffic Class field [RFC3168]. The ECN field > requires special treatment in order to avoid discarding indications > of congestion [RFC3168]. ITR encapsulation MUST copy the 2-bit ECN > field from the inner header to the outer header. Re-encapsulation > MUST copy the 2-bit ECN field from the stripped outer header to the > new outer header. If the ECN field contains a congestion indication > codepoint (the value is '11', the Congestion Experienced (CE) > codepoint), then ETR decapsulation MUST copy the 2-bit ECN field from > the stripped outer header to the surviving inner header that is used > to forward the packet beyond the ETR. These requirements preserve > Congestion Experienced (CE) indications when a packet that uses ECN > traverses a LISP tunnel and becomes marked with a CE indication due > to congestion between the tunnel endpoints. > > 5.4. Dealing with Large Encapsulated Packets > > In the event that the MTU issues mentioned above prove to be more > serious than expected, this section proposes 2 simple mechanisms to > deal with large packets. One is stateless using IP fragmentation and > the other is stateful using Path MTU Discovery [RFC1191]. > > It is left to the implementor to decide if the stateless or stateful > mechanism should be implemented. Both or neither can be decided as > well since it is a local decision in the ITR regarding how to deal > with MTU issues. Sites can interoperate with differing mechanisms. > > 5.4.1. A Stateless Solution to MTU Handling > > An ITR stateless solution to handle MTU issues is described as > follows: > > 1. Define an architectural constant S for the maximum size of a > packet, in bytes, an ITR would receive from a source inside of > its site. > > 2. Define L to be the maximum size, in bytes, a packet of size S > would be after the ITR prepends the LISP header, UDP header, and > outer network layer header of size H. > > 3. Calculate: S + H = L. > > When an ITR receives a packet from a site-facing interface and adds H > bytes worth of encapsulation to yield a packet size of L bytes, it > resolves the MTU issue by first splitting the original packet into 2 > equal-sized fragments. A LISP header is then prepended to each > fragment. This will ensure that the new, encapsulated packets are of > size (S/2 + H), which is always below the effective tunnel MTU. > > When an ETR receives encapsulated fragments, it treats them as two > individually encapsulated packets. It strips the LISP headers then > forwards each fragment to the destination host of the destination > site. The two fragments are reassembled at the destination host into > the single IP datagram that was originated by the source host. > > This behavior is performed by the ITR when the source host originates > a packet with the DF field of the IP header is set to 0. When the DF > field of the IP header is set to 1, or the packet is an IPv6 packet > originated by the source host, the ITR will drop the packet when the > size is greater than L, and sends an ICMP Too Big message to the > source with a value of S, where S is (L - H). > > When the outer header encapsulation uses an IPv4 header the DF bit is > always set to 0. > > This specification recommends that L be defined as 1500. > > 5.4.2. A Stateful Solution to MTU Handling > > An ITR stateful solution to handle MTU issues is describe as follows > and was first introduced in [OPENLISP]: > > 1. The ITR will keep state of the effective MTU for each locator per > mapping cache entry. The effective MTU is what the core network > can deliver along the path between ITR and ETR. > > 2. When an encapsulated packet, with DF bit always set to 0, exceeds > what the core network can deliver, one of the intermediate > routers on the path will send an ICMP Too Big message to the ITR. > The ITR will parse the ICMP message to determine which locator is > affected by the effective MTU change and then record the new > effective MTU value in the mapping cache entry. > > 3. When a packet is received by the ITR from a source inside of the > site and the size of the packet is greater than the effective MTU > stored with the mapping cache entry associated with the > destination EID the packet is for, the ITR will send an ICMP Too > Big message back to the source. The packet size advertised by > the ITR in the ICMP Too Big message is the effective MTU minus > the LISP encapsulation length. > > Even though this mechanism is stateful, it has advantages over the > stateless IP fragmentation mechanism, by not involving the > destination host with reassembly of ITR fragmented packets. > > 6. EID-to-RLOC Mapping > > 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats > > The following new UDP packet types are used to retrieve EID-to-RLOC > mappings: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Version| IHL |Type of Service| Total Length | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Identification |Flags| Fragment Offset | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Time to Live | Protocol = 17 | Header Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Source Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Destination Routing Locator | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port | Dest Port | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > | LISP Message | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Version| Traffic Class | Flow Label | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Payload Length | Next Header=17| Hop Limit | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + + > | | > + Source Routing Locator + > | | > + + > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + + > | | > + Destination Routing Locator + > | | > + + > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Source Port | Dest Port | > UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | UDP Length | UDP Checksum | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > | LISP Message | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > The LISP UDP-based messages are the Map-Request and Map-Reply > messages. When a UDP Map-Request is sent, the UDP source port is > chosen by the sender and the destination UDP port number is set to > 4342. When a UDP Map-Reply is sent, the source UDP port number is > set to 4342 and the destination UDP port number is copied from the > source port of either the Map-Request or the invoking data packet. > > The UDP Length field will reflect the length of the UDP header and > the LISP Message payload. > > The UDP Checksum is computed and set to non-zero for Map-Request and > Map-Reply messages. It MUST be checked on receipt and if the > checksum fails, the packet MUST be dropped. > > LISP-CONS [CONS] use TCP to send LISP control messages. The format > of control messages includes the UDP header so the checksum and > length fields can be used to protect and delimit message boundaries. > > This main LISP specification is the authoritative source for message > format definitions for the Map-Request and Map-Reply messages. > > 6.1.1. LISP Packet Type Allocations > > This section will be the authoritative source for allocating LISP > Type values. Current allocations are: > > Reserved: 0 b'0000' > LISP Map-Request: 1 b'0001' > LISP Map-Reply: 2 b'0010' > LISP Map-Register: 3 b'0011' > LISP-CONS Open Message: 8 b'1000' > LISP-CONS Push-Add Message: 9 b'1001' > LISP-CONS Push-Delete Message: 10 b'1010' > LISP-CONS Unreachable Message 11 b'1011' > > 6.1.2. Map-Request Message Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=1 |A|R|P|S| *|A|M|P|S|* Reserved | Record Count | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | *Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |* Source-EID-AFI | ITR-AFI | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Source EID Address ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Originating ITR RLOC Address ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > / | Reserved | EID mask-len | EID-prefix-AFI | > Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > \ | EID-prefix ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Map-Reply Record ... | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Mapping Protocol Data | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > Locator Reach Bits: These bits MUST be set to 0 on transmission and > ignored on receipt. They cannot be used for indicating > reachability because the Map-Request does not have the EID-prefix > for the sending site so the receiver of the Map-Request cannot > know what mapping entry to associate the reachability with. > However, when Mapping Data is provided in the Map-Reply Record > field, and the receiver of the Map-Request is configured to accept > the mapping data, the R-bit per locator entry in the EID-prefix > record is used to denote reachability. > > Nonce: A 4-byte random value created by the sender of the Map- > Request. > > Type: 1 (Map-Request) > > A: This is an authoritative bit, which is set to 0 for UDP-based Map- > Requests sent by an ITR. See other control-specific documents > [CONS] for TCP-based Map-Requests. > > R: > > *M:* When set, it indicates a Map-Reply Record segment is included in > the Map-Request. > > P: Indicates that a Map-Request should be treated as a "piggyback" > locator reachability probe. The receiver should respond with a > Map-Reply with the P bit set and the nonce copied from the Map- > Request. Details on this usage will be provided in a future > version of this draft. > > S: This is the SMR bit. See Section 6.5.2 for details. > > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this request message. A > record is comprised of the portion of the packet is labeled 'Rec' > above and occurs the number of times equal to Record count. > > *Nonce: A 4-byte random value created by the sender of the Map- > Request. This nonce will be returned in the Map-Reply.* > > Source-EID-AFI: Address family of the "Source EID Address" field. > > ITR-AFI: Address family of the "Originating ITR RLOC Address" field. > > Source EID Address: This is the EID of the source host which > originated the packet which is invoking this Map-Request. > > Originating ITR RLOC Address: Used to give the ETR the option of > returning a Map-Reply in the address-family of this locator. > > EID mask-len: Mask length for EID prefix. > > EID-AFI: Address family of EID-prefix according to [RFC2434] > > EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 > address-family. When a Map-Request is sent by an ITR because a > data packet is received for a destination where there is no > mapping entry, the EID-prefix is set to the destination IP address > of the data packet. And the 'EID mask-len' is set to 32 or 128 > for IPv4 or IPv6, respectively. When an xTR wants to query a site > about the status of a mapping it already has cached, the EID- > prefix used in the Map-Request has the same mask-length as the > EID-prefix returned from the site when it sent a Map-Reply > message. > > Map-Reply Record: When the R bit is set, this field is the size of > the "Record" field in the Map-Reply format. This Map-Reply record > contains the EID-to-RLOC mapping entry associated with the Source > EID. This allows the ETR which will receive this Map-Request to > cache the data if it chooses to do so. > > Mapping Protocol Data: See [CONS] or [ALT] for details. This field > is optional and present when the UDP length indicates there is > enough space in the packet to include it. > > 6.1.3. EID-to-RLOC UDP Map-Request Message > > A Map-Request is sent from an ITR when it needs a mapping for an EID, > wants to test an RLOC for reachability, or wants to refresh a mapping > before TTL expiration. For the initial case, the destination IP > address used for the Map-Request is the destination-EID from the > packet which had a mapping cache lookup failure. For the later 2 > cases, the destination IP address used for the Map-Request is one of > the RLOC addresses from the locator-set of the map cache entry. In > all cases, the UDP source port number for the Map-Request message is > a randomly allocated 16-bit value and the UDP destination port number > is set to the well-known destination port number 4342. A successful > Map-Reply updates the cached set of RLOCs associated with the EID > prefix range. > > Map-Requests can also be LISP encapsulated using UDP destination port > 4341 when sent from an ITR to a Map-Resolver. Likewise, Map-Requests > are LISP encapsulated the same way from a Map-Server to an ETR. > Details on encapsulated Map-Requests and Map-Resolvers can be found > in [LISP-MS]. > > Map-Requests MUST be rate-limited. It is recommended that a Map- > Request for the same EID-prefix be sent no more than once per second. > > 6.1.4. Map-Reply Message Format > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=2 |P| Reserved | Record Count | > *+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce |* > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Record TTL | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > R | Locator Count | EID mask-len |A| ACT | Reserved | > e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > c | Reserved | EID-AFI | > o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > r | EID-prefix | > d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | /| Priority | Weight | M Priority | M Weight | > | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | o | Unused Flags |R| Loc-AFI | > | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | \| Locator | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Mapping Protocol Data | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > Locator Reach Bits: Refer to Section 5.3. This field MUST be set to > 0 on transmission and ignored on receipt. The locator > reachability is encoded as the R-bit in each locator entry of each > EID-prefix record. > > Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request > that is echoed here in the Map-Reply. > > Type: 2 (Map-Reply) > > P: Indicates that the Map-Reply is in response to a "piggyback" > locator reachability Map-Request. The nonce field should contain > a copy of the nonce value from the original Map-Request. Details > on this usage will be provided in a future version of this draft. > > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this reply message. A record > is comprised of that portion of the packet labeled 'Record' above > and occurs the number of times equal to Record count. > > *Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request > that is echoed here in the Map-Reply.* > > Record TTL: The time in minutes the recipient of the Map-Reply will > store the mapping. If the TTL is 0, the entry should be removed > from the cache immediately. If the value is 0xffffffff, the > recipient can decide locally how long to store the mapping. > > Locator Count: The number of Locator entries. A locator entry > comprises what is labeled above as 'Loc'. The locator count can > be 0 indicating there are no locators for the EID-prefix. > > EID mask-len: Mask length for EID prefix. > > A: The Authoritative bit, when sent by a UDP-based message is always > set by the ETR. See [CONS] for TCP-based Map-Replies. > > ACT: This 3-bit field describes negative Map-Reply actions. These > bits are used only when the 'Locator Count' field is set to 0. > The action bits are encoded only in Map-Reply messages. The > actions defined are used by an ITR or PTR when a destination EID > matches a negative mapping cache entry. The current assigned > values are: > > (0) No action: No action is being conveyed by the sender of the > Map-Reply message. > > (1) Natively-Forward: The packet is not encapsulated or dropped > but natively forwarded. > > (2) Drop: The packet is dropped silently. > > (3) Send-Map-Request: The packet invokes sending a Map-Request. > > EID-AFI: Address family of EID-prefix according to [RFC2434]. > > EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 > address-family. > > Priority: each RLOC is assigned a unicast priority. Lower values > are more preferable. When multiple RLOCs have the same priority, > they may be used in a load-split fashion. A value of 255 means > the RLOC MUST NOT be used for unicast forwarding. > > Weight: when priorities are the same for multiple RLOCs, the weight > indicates how to balance unicast traffic between them. Weight is > encoded as a percentage of total unicast packets that match the > mapping entry. If a non-zero weight value is used for any RLOC, > then all RLOCs must use a non-zero weight value and then the sum > of all weight values MUST equal 100. If a zero value is used for > any RLOC weight, then all weights MUST be zero and the receiver of > the Map-Reply will decide how to load-split traffic. See > Section 6.4 for a suggested hash algorithm to distribute load > across locators with same priority and equal weight values. When > a single RLOC exists in a mapping entry, the weight value MUST be > set to 100 and ignored on receipt. > > M Priority: each RLOC is assigned a multicast priority used by an > ETR in a receiver multicast site to select an ITR in a source > multicast site for building multicast distribution trees. A value > of 255 means the RLOC MUST NOT be used for joining a multicast > distribution tree. > > M Weight: when priorities are the same for multiple RLOCs, the > weight indicates how to balance building multicast distribution > trees across multiple ITRs. The weight is encoded as a percentage > of total number of trees build to the source site identified by > the EID-prefix. If a non-zero weight value is used for any RLOC, > then all RLOCs must use a non-zero weight value and then the sum > of all weight values MUST equal 100. If a zero value is used for > any RLOC weight, then all weights MUST be zero and the receiver of > the Map-Reply will decide how to distribute multicast state across > ITRs. > > Unused Flags: set to 0 when sending and ignored on receipt. > > R: when this bit is set, the locator is known to be reachable from > the Map-Reply sender's perspective. When there is a single > mapping record in the message, the R-bit for each locator must > have a consistent setting with the bitfield setting of the 'Loc > Reach Bits' field in the early part of the header. When there are > multiple mapping records in the message, the 'Loc Reach Bits' > field is set to 0. > > Locator: an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field) > assigned to an ETR or router acting as a proxy replier for the > EID-prefix. Note that the destination RLOC address MAY be an > anycast address. A source RLOC can be an anycast address as well. > The source or destination RLOC MUST NOT be the broadcast address > (255.255.255.255 or any subnet broadcast address known to the > router), and MUST NOT be a link-local multicast address. The > source RLOC MUST NOT be a multicast address. The destination RLOC > SHOULD be a multicast address if it is being mapped from a > multicast destination EID. > > Mapping Protocol Data: See [CONS] or [ALT] for details. This field > is optional and present when the UDP length indicates there is > enough space in the packet to include it. > > 6.1.5. EID-to-RLOC UDP Map-Reply Message > > When a Data Probe packet or a Map-Request triggers a Map-Reply to be > sent, the RLOCs associated with the EID-prefix matched by the EID in > the original packet destination IP address field will be returned. > The RLOCs in the Map-Reply are the globally-routable IP addresses of > the ETR but are not necessarily reachable; separate testing of > reachability is required. > > Note that a Map-Reply may contain different EID-prefix granularity > (prefix + length) than the Map-Request which triggers it. This might > occur if a Map-Request were for a prefix that had been returned by an > earlier Map-Reply. In such a case, the requester updates its cache > with the new prefix information and granularity. For example, a > requester with two cached EID-prefixes that are covered by a Map- > Reply containing one, less-specific prefix, replaces the entry with > the less-specific EID-prefix. Note that the reverse, replacement of > one less-specific prefix with multiple more-specific prefixes, can > also occur but not by removing the less-specific prefix rather by > adding the more-specific prefixes which during a lookup will override > the less-specific prefix. > > Replies SHOULD be sent for an EID-prefix no more often than once per > second to the same requesting router. For scalability, it is > expected that aggregation of EID addresses into EID-prefixes will > allow one Map-Reply to satisfy a mapping for the EID addresses in the > prefix range thereby reducing the number of Map-Request messages. > > The addresses for a encapsulated data packets or Map-Request message > are swapped and used for sending the Map-Reply. The UDP source and > destination ports are swapped as well. That is, the source port in > the UDP header for the Map-Reply is set to the well-known UDP port > number 4342. > > Map-Reply records can have an empty locator-set. This type of a Map- > Reply is called a Negative Map-Reply. Negative Map-Replies convey > special actions by the sender to the ITR or PTR which have solicited > the Map-Reply. There are two primary applications for Negative Map- > Replies. The first is for a Map-Resolver to instruct an ITR or PTR > when a destination is for a LISP site versus a non-LISP site. And > the other is to source quench Map-Requests which are sent for non- > allocated EIDs. > > 6.1.6. Map-Register Message Format > > The usage details of the Map-Register message can be found in > specification [LISP-MS]. This section solely defines the message > format. > > The message is sent in a UDP with a destination UDP port 4342 and a > randomly selected UDP port number. Before an IPv4 or IPv6 network > layer header is prepended, an AH header is prepended to carry > authentication information. The format conforms to the IPsec > specification [RFC2402]. The Map-Register message will use transport > mode by setting the IP protocol number field or the IPv6 next-header > field to 51. > > The AH header from [RFC2402] is: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Next Header | Payload Len | RESERVED | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Security Parameters Index (SPI) | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Sequence Number Field | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | > + Authentication Data (variable) | > | | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > The Next Header field is set to UDP. The SPI field is set to 0 > (since no Security Association or Key Exchange protocol is being > used). The Sequence Number is a randomly chosen value by the sender. > The Authentication Data is 16 bytes and holds a MD5 HMAC. > > The Map-Register message format is: > > 0 1 2 3 > 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Locator Reach Bits | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce | > +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > |Type=3 |P| Reserved | Record Count | > *+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | Nonce |* > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | | Record TTL | > | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > R | Locator Count | EID mask-len |A| ACT | Reserved | > e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > c | Reserved | EID-AFI | > o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > r | EID-prefix | > d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | /| Priority | Weight | M Priority | M Weight | > | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | o | Unused Flags |R| Loc-AFI | > | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > | \| Locator | > +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ > > Packet field descriptions: > > Locator Reach Bits: Refer to Section 5.3. This field MUST be set to > 0 on transmission and ignored on receipt. The locator > reachability is encoded as the R-bit in each locator entry of each > EID-prefix record. > > Nonce: The Nonce field is set to 0 in Map-Register messages. > > Type: 3 (Map-Register) > > P: Set to 1 by an ETR which sends a Map-Register message requesting > for the Map-Server to proxy Map-Reply. The Map-Server will send > non-authoritative Map-Replies on behalf of the ETR. Details on > this usage will be provided in a future version of this draft. > > Reserved: Set to 0 on transmission and ignored on receipt. > > Record Count: The number of records in this Map-Register message. A > record is comprised of that portion of the packet labeled 'Record' > above and occurs the number of times equal to Record count. > > *Nonce: The Nonce field is set to 0 in Map-Register messages.* > > The definition of the rest of the Map-Register can be found in the > Map-Reply section. > > 6.2. Routing Locator Selection > > Both client-side and server-side may need control over the selection > of RLOCs for conversations between them. This control is achieved by > manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply > messages. Alternatively, RLOC information may be gleaned from > received tunneled packets or EID-to-RLOC Map-Request messages. > > The following enumerates different scenarios for choosing RLOCs and > the controls that are available: > > o Server-side returns one RLOC. Client-side can only use one RLOC. > Server-side has complete control of the selection. > > o Server-side returns a list of RLOC where a subset of the list has > the same best priority. Client can only use the subset list > according to the weighting assigned by the server-side. In this > case, the server-side controls both the subset list and load- > splitting across its members. The client-side can use RLOCs > outside of the subset list if it determines that the subset list > is unreachable (unless RLOCs are set to a Priority of 255). Some > sharing of control exists: the server-side determines the > destination RLOC list and load distribution while the client-side > has the option of using alternatives to this list if RLOCs in the > list are unreachable. > > o Server-side sets weight of 0 for the RLOC subset list. In this > case, the client-side can choose how the traffic load is spread > across the subset list. Control is shared by the server-side > determining the list and the client determining load distribution. > Again, the client can use alternative RLOCs if the server-provided > list of RLOCs are unreachable. > > o Either side (more likely on the server-side ETR) decides not to > send a Map-Request. For example, if the server-side ETR does not > send Map-Requests, it gleans RLOCs from the client-side ITR, > giving the client-side ITR responsibility for bidirectional RLOC > reachability and preferability. Server-side ETR gleaning of the > client-side ITR RLOC is done by caching the inner header source > EID and the outer header source RLOC of received packets. The > client-side ITR controls how traffic is returned and can alternate > using an outer header source RLOC, which then can be added to the > list the server-side ETR uses to return traffic. Since no > Priority or Weights are provided using this method, the server- > side ETR must assume each client-side ITR RLOC uses the same best > Priority with a Weight of zero. In addition, since EID-prefix > encoding cannot be conveyed in data packets, the EID-to-RLOC cache > on tunnel routers can grow to be very large. > > RLOCs that appear in EID-to-RLOC Map-Reply messages are considered > reachable. The Map-Reply and the database mapping service does not > provide any reachability status for Locators. This is done outside > of the mapping service. See next section for details. > > 6.3. Routing Locator Reachability > > There are 4 methods for determining when a Locator is either > reachable or has become unreachable: > > 1. Locator reachability is determined by an ETR by examining the > Loc-Reach-Bits from a LISP header of a encapsulated data packet > which is provided by an ITR when an ITR encapsulates data. > > 2. Locator unreachability is determined by an ITR by receiving ICMP > Network or Host Unreachable messages. > > 3. Locator unreachability can also be determined by an BGP-enabled > ITR when there is no prefix matching a Locator address from the > BGP RIB. > > 4. Locator unreachability is determined when a host sends an ICMP > Port Unreachable message. This occurs when an ITR may not use > any methods of interworking. one which is describe in [INTERWORK] > and the encapsulated data packet is received by a host at the > destination non-LISP site. > > 5. Locator reachability is determined by receiving a Map-Reply > message from a ETR's Locator address in response to a previously > sent Map-Request. > > 6. Locator reachability can also be determined by receiving packets > encapsulated by the ITR assigned to the locator address. > > When determining Locator reachability by examining the Loc-Reach-Bits > from the LISP encapsulate data packet, an ETR will receive up to date > status from the ITR closest to the Locators at the source site. The > ITRs at the source site can determine reachability when running their > IGP at the site. When the ITRs are deployed on CE routers, typically > a default route is injected into the site's IGP from each of the > ITRs. If an ITR goes down, the CE-PE link goes down, or the PE > router goes down, the CE router withdraws the default route. This > allows the other ITRs at the site to determine one of the Locators > has gone unreachable. > > The Locators listed in a Map-Reply are numbered with ordinals 0 to > n-1. The Loc-Reach-Bits in a LISP Data Message are numbered from 0 > to n-1 starting with the least significant bit numbered as 0. So, > for example, if the ITR with locator listed as the 3rd Locator > position in the Map-Reply goes down, all other ITRs at the site will > have the 3rd bit from the right cleared (the bit that corresponds to > ordinal 2). > > When an ETR decapsulates a packet, it will look for a change in the > Loc-Reach-Bits value. When a bit goes from 1 to 0, the ETR will > refrain from encapsulating packets to the Locator that has just gone > unreachable. It can start using the Locator again when the bit that > corresponds to the Locator goes from 0 to 1. Loc-Reach-Bits are > associated with a locator-set per EID-prefix. Therefore, when a > locator becomes unreachable, the loc-reach-bit that corresponds to > that locator's position in the list returned by the last Map-Reply > will be set to zero for that particular EID-prefix. > > When ITRs at the site are not deployed in CE routers, the IGP can > still be used to determine the reachability of Locators provided they > are injected a stub links into the IGP. This is typically done when > a /32 address is configured on a loopback interface. > > When ITRs receive ICMP Network or Host Unreachable messages as a > method to determine unreachability, they will refrain from using > Locators which are described in Locator lists of Map-Replies. > However, using this approach is unreliable because many network > operators turn off generation of ICMP Unreachable messages. > > If an ITR does receive an ICMP Network or Host Unreachable message, > it MAY originate its own ICMP Unreachable message destined for the > host that originated the data packet the ITR encapsulated. > > Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if > a locator address from a locator-set in a mapping entry matches a > prefix. If it does not find one and BGP is running in the Default > Free Zone (DFZ), it can decide to not use the locator even though the > Loc-Reach-Bits indicate the locator is up. In this case, the path > from the ITR to the ETR that is assigned the locator is not > available. More details are in [LOC-ID-ARCH]. > > Optionally, an ITR can send a Map-Request to a Locator and if a Map- > Reply is returned, reachability of the Locator has been determined. > Obviously, sending such probes increases the number of control > messages originated by tunnel routers for active flows, so Locators > are assumed to be reachable when they are advertised. > > This assumption does create a dependency: Locator unreachability is > detected by the receipt of ICMP Host Unreachable messages. When an > Locator has been determined to be unreachable, it is not used for > active traffic; this is the same as if it were listed in a Map-Reply > with priority 255. > > The ITR can test the reachability of the unreachable Locator by > sending periodic Requests. Both Requests and Replies MUST be rate- > limited. Locator reachability testing is never done with data > packets since that increases the risk of packet loss for end-to-end > sessions. > > When an ETR decapsulates a packet, it knows that it is reachable from > the encapsulating ITR because that is how the packet arrived. In > most cases, the ETR can also reach the ITR but cannot assume this to > be true due to the possibility of path assymetry. In the presence of > unidirectional traffic flow from an ITR to an ETR, the ITR should not > use the lack of return traffic as an indication that the ETR is > unreachable. Instead, it must use an alternate mechanisms to > determine reachability. > > 6.3.1. Echo Nonce Algorithm > > When there is bidirectional data flow between a pair of locators, a > simple mechanism called "nonce echoing" can be used to determine > reachability between an ITR and ETR. When an ITR wants to solicit a > nonce echo, it sets the E-bit and places a 24-bit nonce in the LISP > header of the next encapsulated data packet. > > When this packet is received by the ETR, the encapsulated packet is > forwarded as normal. When the ETR next sends a data packet to the > ITR, it includes the nonce received earlier. *earlier with the E-bit cleared.* > The ITR sees this "echo > nonce reply" *"echoed nonce"* and knows the path to and from the > ETR is up. > > The *ITR will set the E-bit for every packet it sends while in echo- > nonce-request state. The* time the ITR waits for *to process* the echoed > nonce before it determines the path is down *unreachable* is variable and a > choice left for the implementation. > > If the ITR is receiving packets from the ETR but does not see the > nonce echoed, *echoed while being in echo-nonce-request state,* then the path > to the ETR is down. *unreachable.* This decision may be overridden by other > locator reachability algorithms. Once the ITR determines the path to > the ETR is down it can switch to another locator for that EID-prefix. > > Note that "ITR" and "ETR" are relative terms here. Both devices must > be implementing both ITR and ETR functionality for the echo nonce > mechanism to operate. > > The ITR and ETR may both go into echo-nonce-request state at the same > time. The number of packets sent or the time during which echo nonce > requests are sent is an implementation specific setting. However, > when an ITR is in echo-nonce-request state, it can echo the ETR's > nonce in the next packet *set of packets* that it encapsulates and then > subsequently, continue sending echo-nonce-request packets. > > This mechanism does not completely solve the forward path > reachability problem as traffic may be unidirectional. That is, the > ETR receiving traffic at a site may not may not be the same device as > an ITR which transmits traffic from that site or the site to site > traffic is unidirectional so there is no ITR returning traffic. > > Note that other locator reachability mechanisms are being researched. *researched > and can be used to compliment or even override the Echo Nonce > Algorithm.* > > 6.4. Routing Locator Hashing > > When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to > a requesting ITR, the locator-set for the EID-prefix may contain > different priority values for each locator address. When more than > one best priority locator exists, the ITR can decide how to load > share traffic against the corresponding locators. > > The following hash algorithm may be used by an ITR to select a > locator for a packet destined to an EID for the EID-to-RLOC mapping: > > 1. Either a source and destination address hash can be used or the > traditional 5-tuple hash which includes the source and > destination addresses, source and destination TCP, UDP, or SCTP > port numbers and the IP protocol number field or IPv6 next- > protocol fields of a packet a host originates from within a LISP > site. When a packet is not a TCP, UDP, or SCTP packet, the > source and destination addresses only from the header are used to > compute the hash. > > 2. Take the hash value and divide it by the number of locators > stored in the locator-set for the EID-to-RLOC mapping. > > 3. The remainder will be yield a value of 0 to "number of locators > minus 1". Use the remainder to select the locator in the > locator-set. > > Note that when a packet is LISP encapsulated, the source port number > in the outer UDP header needs to be set. Selecting a random value > allows core routers which are attached to Link Aggregation Groups > (LAGs) to load-split the encapsulated packets across member links of > such LAGs. Otherwise, core routers would see a single flow, since > packets have a source address of the ITR, for packets which are > originated by different EIDs at the source site. A suggested setting > for the source port number computed by an ITR is a 5-tuple hash > function on the inner header, as described above. > > 6.5. Changing the Contents of EID-to-RLOC Mappings > > Since the LISP architecture uses a caching scheme to retrieve and > store EID-to-RLOC mappings, the only way an ITR can get a more up-to- > date mapping is to re-request the mapping. However, the ITRs do not > know when the mappings change and the ETRs do not keep track of who > requested its mappings. For scalability reasons, we want to maintain > this approach but need to provide a way for ETRs change their > mappings and inform the sites that are currently communicating with > the ETR site using such mappings. > > When a locator record is added to the end of a locator-set, it is > easy to update mappings. We assume new mappings will maintain the > same locator ordering as the old mapping but just have new locators > appended to the end of the list. So some ITRs can have a new mapping > while other ITRs have only an old mapping that is used until they > time out. When an ITR has only an old mapping but detects bits set > in the loc-reach-bits that correspond to locators beyond the list it > has cached, it simply ignores them. > > When a locator record is removed from a locator-set, ITRs that have > the mapping cached will not use the removed locator because the xTRs > will set the loc-reach-bit to 0. So even if the locator is in the > list, it will not be used. For new mapping requests, the xTRs can > set the locator address to 0 as well as setting the corresponding > loc-reach-bit to 0. This forces ITRs with old or new mappings to > avoid using the removed locator. > > If many changes occur to a mapping over a long period of time, one > will find empty record slots in the middle of the locator-set and new > records appended to the locator-set. At some point, it would be > useful to compact the locator-set so the loc-reach-bit settings can > be efficiently packed. > > We propose here two approaches for locator-set compaction, one > operational and the other a protocol mechanism. The operational > approach uses a clock sweep method. The protocol approach uses the > concept of Solicit-Map-Requests. > > 6.5.1. Clock Sweep > > The clock sweep approach uses planning in advance and the use of > count-down TTLs to time out mappings that have already been cached. > The default setting for an EID-to-RLOC mapping TTL is 24 hours. So > there is a 24 hour window to time out old mappings. The following > clock sweep procedure is used: > > 1. 24 hours before a mapping change is to take effect, a network > administrator configures the ETRs at a site to start the clock > sweep window. > > 2. During the clock sweep window, ETRs continue to send Map-Reply > messages with the current (unchanged) mapping records. The TTL > for these mappings is set to 1 hour. > > 3. 24 hours later, all previous cache entries will have timed out, > and any active cache entries will time out within 1 hour. During > this 1 hour window the ETRs continue to send Map-Reply messages > with the current (unchanged) mapping records with the TTL set to > 1 minute. > > 4. At the end of the 1 hour window, the ETRs will send Map-Reply > messages with the new (changed) mapping records. So any active > caches can get the new mapping contents right away if not cached, > or in 1 minute if they had the mapping cached. > > 6.5.2. Solicit-Map-Request (SMR) > > Soliciting a Map-Request is a selective way for xTRs, at the site > where mappings change, to control the rate they receive requests for > Map-Reply messages. SMRs are also used to tell remote ITRs to update > the mappings they have cached. > > Since the xTRs don't keep track of remote ITRs that have cached their > mappings, they can not tell exactly who needs the new mapping > entries. So an xTR will solicit Map-Requests from sites it is > currently sending encapsulated data to, and only from those sites. > The xTRs can locally decide the algorithm for how often and to how > many sites it sends SMR messages. > > An SMR message is simply a bit set in an encapsulated data packet > (and a Map-Request message). When an ETR at a remote site > decapsulates a data packet that has the SMR bit set, it can tell that > a new Map-Request message is being solicited. Both the xTR that > sends the SMR message and the site that acts on the SMR message MUST > be rate-limited. > > The following procedure shows how a SMR exchange occurs when a site > is doing locator-set compaction for an EID-to-RLOC mapping: > > 1. When the database mappings in an ETR change, the ITRs at the site > begin to set the SMR bit in packets they encapsulate to the sites > they communicate with. > > 2. A remote xTR which decapsulates a packet with the SMR bit set > will schedule sending a Map-Request message to the source locator > address of the encapsulated packet. The nonce in the Map-Request > is copied from the nonce in the encapsulated data packet that has > the SMR bit set. > > 3. The remote xTR retransmits the Map-Request slowly until it gets a > Map-Reply while continuing to use the cached mapping. > > 4. The ETRs at the site with the changed mapping will reply to the > Map-Request with a Map-Reply message provided the Map-Request > nonce matches the nonce from the SMR. The Map-Reply messages > SHOULD be rate limited. This is important to avoid Map-Reply > implosion. > > 5. The ETRs, at the site with the changed mapping, records the fact > that the site that sent the Map-Request has received the new > mapping data in the mapping cache entry for the remote site so > the loc-reach-bits are reflective of the new mapping for packets > going to the remote site. The ETR then stops sending packets > with the SMR-bit set. > > For security reasons an ITR MUST NOT process unsolicited Map-Replies. > The nonce MUST be carried from SMR packet, into the resultant Map- > Request, and then into Map-Reply to reduce spoofing attacks. > > 7. Router Performance Considerations > > LISP is designed to be very hardware-based forwarding friendly. By > doing tunnel header prepending [RFC1955] and stripping instead of re- > writing addresses, existing hardware can support the forwarding model > with little or no modification. Where modifications are required, > they should be limited to re-programming existing hardware rather > than requiring expensive design changes to hard-coded algorithms in > silicon. > > A few implementation techniques can be used to incrementally > implement LISP: > > o When a tunnel encapsulated packet is received by an ETR, the outer > destination address may not be the address of the router. This > makes it challenging for the control plane to get packets from the > hardware. This may be mitigated by creating special FIB entries > for the EID-prefixes of EIDs served by the ETR (those for which > the router provides an RLOC translation). These FIB entries are > marked with a flag indicating that control plane processing should > be performed. The forwarding logic of testing for particular IP > protocol number value is not necessary. No changes to existing, > deployed hardware should be needed to support this. > > o On an ITR, prepending a new IP header is as simple as adding more > bytes to a MAC rewrite string and prepending the string as part of > the outgoing encapsulation procedure. Many routers that support > GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already > support this action. > > o When a received packet's outer destination address contains an EID > which is not intended to be forwarded on the routable topology > (i.e. LISP 1.5), the source address of a data packet or the > router interface with which the source is associated (the > interface from which it was received) can be associated with a VRF > (Virtual Routing/Forwarding), in which a different (i.e. non- > congruent) topology can be used to find EID-to-RLOC mappings. > > 8. Deployment Scenarios > > This section will explore how and where ITRs and ETRs can be deployed > and will discuss the pros and cons of each deployment scenario. > There are two basic deployment trade-offs to consider: centralized > versus distributed caches and flat, recursive, or re-encapsulating > tunneling. > > When deciding on centralized versus distributed caching, the > following issues should be considered: > > o Are the tunnel routers spread out so that the caches are spread > across all the memories of each router? > > o Should management "touch points" be minimized by choosing few > tunnel routers, just enough for redundancy? > > o In general, using more ITRs doesn't increase management load, > since caches are built and stored dynamically. On the other hand, > more ETRs does require more management since EID-prefix-to-RLOC > mappings need to be explicitly configured. > > When deciding on flat, recursive, or re-encapsulation tunneling, the > following issues should be considered: > > o Flat tunneling implements a single tunnel between source site and > destination site. This generally offers better paths between > sources and destinations with a single tunnel path. > > o Recursive tunneling is when tunneled traffic is again further > encapsulated in another tunnel, either to implement VPNs or to > perform Traffic Engineering. When doing VPN-based tunneling, the > site has some control since the site is prepending a new tunnel > header. In the case of TE-based tunneling, the site may have > control if it is prepending a new tunnel header, but if the site's > ISP is doing the TE, then the site has no control. Recursive > tunneling generally will result in suboptimal paths but at the > benefit of steering traffic to resource available parts of the > network. > > o The technique of re-encapsulation ensures that packets only > require one tunnel header. So if a packet needs to be rerouted, > it is first decapsulated by the ETR and then re-encapsulated with > a new tunnel header using a new RLOC. > > The next sub-sections will describe where tunnel routers can reside > in the network. > > 8.1. First-hop/Last-hop Tunnel Routers > > By locating tunnel routers close to hosts, the EID-prefix set is at > the granularity of an IP subnet. So at the expense of more EID- > prefix-to-RLOC sets for the site, the caches in each tunnel router > can remain relatively small. But caches always depend on the number > of non-aggregated EID destination flows active through these tunnel > routers. > > With more tunnel routers doing encapsulation, the increase in control > traffic grows as well: since the EID-granularity is greater, more > Map-Requests and Map-Replies are traveling between more routers. > > The advantage of placing the caches and databases at these stub > routers is that the products deployed in this part of the network > have better price-memory ratios then their core router counterparts. > Memory is typically less expensive in these devices and fewer routes > are stored (only IGP routes). These devices tend to have excess > capacity, both for forwarding and routing state. > > LISP functionality can also be deployed in edge switches. These > devices generally have layer-2 ports facing hosts and layer-3 ports > facing the Internet. Spare capacity is also often available in these > devices as well. > > 8.2. Border/Edge Tunnel Routers > > Using customer-edge (CE) routers for tunnel endpoints allows the EID > space associated with a site to be reachable via a small set of RLOCs > assigned to the CE routers for that site. > > This offers the opposite benefit of the first-hop/last-hop tunnel > router scenario: the number of mapping entries and network management > touch points are reduced, allowing better scaling. > > One disadvantage is that less of the network's resources are used to > reach host endpoints thereby centralizing the point-of-failure domain > and creating network choke points at the CE router. > > Note that more than one CE router at a site can be configured with > the same IP address. In this case an RLOC is an anycast address. > This allows resilience between the CE routers. That is, if a CE > router fails, traffic is automatically routed to the other routers > using the same anycast address. However, this comes with the > disadvantage where the site cannot control the entrance point when > the anycast route is advertised out from all border routers. > > 8.3. ISP Provider-Edge (PE) Tunnel Routers > > Use of ISP PE routers as tunnel endpoint routers gives an ISP control > over the location of the egress tunnel endpoints. That is, the ISP > can decide if the tunnel endpoints are in the destination site (in > either CE routers or last-hop routers within a site) or at other PE > edges. The advantage of this case is that two or more tunnel headers > can be avoided. By having the PE be the first router on the path to > encapsulate, it can choose a TE path first, and the ETR can > decapsulate and re-encapsulate for a tunnel to the destination end > site. > > An obvious disadvantage is that the end site has no control over > where its packets flow or the RLOCs used. > > As mentioned in earlier sections a combination of these scenarios is > possible at the expense of extra packet header overhead, if both site > and provider want control, then recursive or re-encapsulating tunnels > are used. > > 9. Traceroute Considerations > > When a source host in a LISP site initiates a traceroute to a > destination host in another LISP site, it is highly desirable for it > to see the entire path. Since packets are encapsulated from ITR to > ETR, the hop across the tunnel could be viewed as a single hop. > However, LISP traceroute will provide the entire path so the user can > see 3 distinct segments of the path from a source LISP host to a > destination LISP host: > > Segment 1 (in source LISP site based on EIDs): > > source-host ---> first-hop ... next-hop ---> ITR > > Segment 2 (in the core network based on RLOCs): > > ITR ---> next-hop ... next-hop ---> ETR > > Segment 3 (in the destination LISP site based on EIDs): > > ETR ---> next-hop ... last-hop ---> destination-host > > For segment 1 of the path, ICMP Time Exceeded messages are returned > in the normal matter as they are today. The ITR performs a TTL > decrement and test for 0 before encapsulating. So the ITR hop is > seen by the traceroute source has an EID address (the address of > site-facing interface). > > For segment 2 of the path, ICMP Time Exceeded messages are returned > to the ITR because the TTL decrement to 0 is done on the outer > header, so the destination of the ICMP messages are to the ITR RLOC > address, the source source RLOC address of the encapsulated > traceroute packet. The ITR looks inside of the ICMP payload to > inspect the traceroute source so it can return the ICMP message to > the address of the traceroute client as well as retaining the core > router IP address in the ICMP message. This is so the traceroute > client can display the core router address (the RLOC address) in the > traceroute output. The ETR returns its RLOC address and responds to > the TTL decrement to 0 like the previous core routers did. > > For segment 3, the next-hop router downstream from the ETR will be > decrementing the TTL for the packet that was encapsulated, sent into > the core, decapsulated by the ETR, and forwarded because it isn't the > final destination. If the TTL is decremented to 0, any router on the > path to the destination of the traceroute, including the next-hop > router or destination, will send an ICMP Time Exceeded message to the > source EID of the traceroute client. The ICMP message will be > encapsulated by the local ITR and sent back to the ETR in the > originated traceroute source site, where the packet will be delivered > to the host. > > 9.1. IPv6 Traceroute > > IPv6 traceroute follows the procedure described above since the > entire traceroute data packet is included in ICMP Time Exceeded > message payload. Therefore, only the ITR needs to pay special > attention for forwarding ICMP messages back to the traceroute source. > > 9.2. IPv4 Traceroute > > For IPv4 traceroute, we cannot follow the above procedure since IPv4 > ICMP Time Exceeded messages only include the invoking IP header and 8 > bytes that follow the IP header. Therefore, when a core router sends > an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP > payload is the encapsulated header it prepended followed by a UDP > header. The original invoking IP header, and therefore the identity > of the traceroute source is lost. > > The solution we propose to solve this problem is to cache traceroute > IPv4 headers in the ITR and to match them up with corresponding IPv4 > Time Exceeded messages received from core routers and the ETR. The > ITR will use a circular buffer for caching the IPv4 and UDP headers > of traceroute packets. It will select a 16-bit number as a key to > find them later when the IPv4 Time Exceeded messages are received. > When an ITR encapsulates an IPv4 traceroute packet, it will use the > 16-bit number as the UDP source port in the encapsulating header. > When the ICMP Time Exceeded message is returned to the ITR, the UDP > header of the encapsulating header is present in the ICMP payload > thereby allowing the ITR to find the cached headers for the > traceroute source. The ITR puts the cached headers in the payload > and sends the ICMP Time Exceeded message to the traceroute source > retaining the source address of the original ICMP Time Exceeded > message (a core router or the ETR of the site of the traceroute > destination). > > 9.3. Traceroute using Mixed Locators > > When either an IPv4 traceroute or IPv6 traceroute is originated and > the ITR encapsulates it in the other address family header, you > cannot get all 3 segments of the traceroute. Segment 2 of the > traceroute can not be conveyed to the traceroute source since it is > expecting addresses from intermediate hops in the same address format > for the type of traceroute it originated. Therefore, in this case, > segment 2 will make the tunnel look like one hop. All the ITR has to > do to make this work is to not copy the inner TTL to the outer, > encapsulating header's TTL when a traceroute packet is encapsulated > using an RLOC from a different address family. This will cause no > TTL decrement to 0 to occur in core routers between the ITR and ETR. > > 10. Mobility Considerations > > There are several kinds of mobility of which only some might be of > concern to LISP. Essentially they are as follows. > > 10.1. Site Mobility > > A site wishes to change its attachment points to the Internet, and > its LISP Tunnel Routers will have new RLOCs when it changes upstream > providers. Changes in EID-RLOC mappings for sites are expected to be > handled by configuration, outside of the LISP protocol. > > 10.2. Slow Endpoint Mobility > > An individual endpoint wishes to move, but is not concerned about > maintaining session continuity. Renumbering is involved. LISP can > help with the issues surrounding renumbering [RFC4192] [LISA96] by > decoupling the address space used by a site from the address spaces > used by its ISPs. [RFC4984] > > 10.3. Fast Endpoint Mobility > > Fast endpoint mobility occurs when an endpoint moves relatively > rapidly, changing its IP layer network attachment point. Maintenance > of session continuity is a goal. This is where the Mobile IPv4 > [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used, > and primarily where interactions with LISP need to be explored. > > The problem is that as an endpoint moves, it may require changes to > the mapping between its EID and a set of RLOCs for its new network > location. When this is added to the overhead of mobile IP binding > updates, some packets might be delayed or dropped. > > In IPv4 mobility, when an endpoint is away from home, packets to it > are encapsulated and forwarded via a home agent which resides in the > home area the endpoint's address belongs to. The home agent will > encapsulate and forward packets either directly to the endpoint or to > a foreign agent which resides where the endpoint has moved to. > Packets from the endpoint may be sent directly to the correspondent > node, may be sent via the foreign agent, or may be reverse-tunneled > back to the home agent for delivery to the mobile node. As the > mobile node's EID or available RLOC changes, LISP EID-to-RLOC > mappings are required for communication between the mobile node and > the home agent, whether via foreign agent or not. As a mobile > endpoint changes networks, up to three LISP mapping changes may be > required: > > o The mobile node moves from an old location to a new visited > network location and notifies its home agent that it has done so. > The Mobile IPv4 control packets the mobile node sends pass through > one of the new visited network's ITRs, which needs a EID-RLOC > mapping for the home agent. > > o The home agent might not have the EID-RLOC mappings for the mobile > node's "care-of" address or its foreign agent in the new visited > network, in which case it will need to acquire them. > > o When packets are sent directly to the correspondent node, it may > be that no traffic has been sent from the new visited network to > the correspondent node's network, and the new visited network's > ITR will need to obtain an EID-RLOC mapping for the correspondent > node's site. > > In addition, if the IPv4 endpoint is sending packets from the new > visited network using its original EID, then LISP will need to > perform a route-returnability check on the new EID-RLOC mapping for > that EID. > > In IPv6 mobility, packets can flow directly between the mobile node > and the correspondent node in either direction. The mobile node uses > its "care-of" address (EID). In this case, the route-returnability > check would not be needed but one more LISP mapping lookup may be > required instead: > > o As above, three mapping changes may be needed for the mobile node > to communicate with its home agent and to send packets to the > correspondent node. > > o In addition, another mapping will be needed in the correspondent > node's ITR, in order for the correspondent node to send packets to > the mobile node's "care-of" address (EID) at the new network > location. > > When both endpoints are mobile the number of potential mapping > lookups increases accordingly. > > As a mobile node moves there are not only mobility state changes in > the mobile node, correspondent node, and home agent, but also state > changes in the ITRs and ETRs for at least some EID-prefixes. > > The goal is to support rapid adaptation, with little delay or packet > loss for the entire system. Heuristics can be added to LISP to > reduce the number of mapping changes required and to reduce the delay > per mapping change. Also IP mobility can be modified to require > fewer mapping changes. In order to increase overall system > performance, there may be a need to reduce the optimization of one > area in order to place fewer demands on another. > > In LISP, one possibility is to "glean" information. When a packet > arrives, the ETR could examine the EID-RLOC mapping and use that > mapping for all outgoing traffic to that EID. It can do this after > performing a route-returnability check, to ensure that the new > network location does have a internal route to that endpoint. > However, this does not cover the case where an ITR (the node assigned > the RLOC) at the mobile-node location has been compromised. > > Mobile IP packet exchange is designed for an environment in which all > routing information is disseminated before packets can be forwarded. > In order to allow the Internet to grow to support expected future > use, we are moving to an environment where some information may have > to be obtained after packets are in flight. Modifications to IP > mobility should be considered in order to optimize the behavior of > the overall system. Anything which decreases the number of new EID- > RLOC mappings needed when a node moves, or maintains the validity of > an EID-RLOC mapping for a longer time, is useful. > > 10.4. Fast Network Mobility > > In addition to endpoints, a network can be mobile, possibly changing > xTRs. A "network" can be as small as a single router and as large as > a whole site. This is different from site mobility in that it is > fast and possibly short-lived, but different from endpoint mobility > in that a whole prefix is changing RLOCs. However, the mechanisms > are the same and there is no new overhead in LISP. A map request for > any endpoint will return a binding for the entire mobile prefix. > > If mobile networks become a more common occurrence, it may be useful > to revisit the design of the mapping service and allow for dynamic > updates of the database. > > The issue of interactions between mobility and LISP needs to be > explored further. Specific improvements to the entire system will > depend on the details of mapping mechanisms. Mapping mechanisms > should be evaluated on how well they support session continuity for > mobile nodes. > > 10.5. LISP Mobile Node Mobility > > An mobile device can use the LISP infrastructure to achieve mobility > by implementing the LISP encapsulation and decapsulation functions > and acting as a simple ITR/ETR. By doing this, such a "LISP mobile > node" can use topologically-independent EID IP addresses that are not > advertised into and do not impose a cost on the global routing > system. These EIDs are maintained at the edges of the mapping system > (in LISP Map-Servers and Map-Resolvers) and are provided on demand to > only the correspondents of the LISP mobile node. > > Refer to the LISP Mobility Architecture specification [LISP-MN] for > more details. > > 11. Multicast Considerations > > A multicast group address, as defined in the original Internet > architecture is an identifier of a grouping of topologically > independent receiver host locations. The address encoding itself > does not determine the location of the receiver(s). The multicast > routing protocol, and the network-based state the protocol creates, > determines where the receivers are located. > > In the context of LISP, a multicast group address is both an EID and > a Routing Locator. Therefore, no specific semantic or action needs > to be taken for a destination address, as it would appear in an IP > header. Therefore, a group address that appears in an inner IP > header built by a source host will be used as the destination EID. > The outer IP header (the destination Routing Locator address), > prepended by a LISP router, will use the same group address as the > destination Routing Locator. > > Having said that, only the source EID and source Routing Locator > needs to be dealt with. Therefore, an ITR merely needs to put its > own IP address in the source Routing Locator field when prepending > the outer IP header. This source Routing Locator address, like any > other Routing Locator address MUST be globally routable. > > Therefore, an EID-to-RLOC mapping does not need to be performed by an > ITR when a received data packet is a multicast data packet or when > processing a source-specific Join (either by IGMPv3 or PIM). But the > source Routing Locator is decided by the multicast routing protocol > in a receiver site. That is, an EID to Routing Locator translation > is done at control-time. > > Another approach is to have the ITR not encapsulate a multicast > packet and allow the the host built packet to flow into the core even > if the source address is allocated out of the EID namespace. If the > RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers > can RPF to the ITR (the Locator address which is injected into core > routing) rather than the host source address (the EID address which > is not injected into core routing). > > To avoid any EID-based multicast state in the network core, the first > approach is chosen for LISP-Multicast. Details for LISP-Multicast > and Interworking with non-LISP sites is described in specification > [MLISP]. > > 12. Security Considerations > > It is believed that most of the security mechanisms will be part of > the mapping database service when using control plane procedures for > obtaining EID-to-RLOC mappings. For data plane triggered mappings, > as described in this specification, protection is provided against > ETR spoofing by using Return- Routability mechanisms evidenced by the > use of a 4-byte Nonce field in the LISP encapsulation header. The > nonce, coupled with the ITR accepting only solicited Map-Replies goes > a long way toward providing decent authentication. > > LISP does not rely on a PKI infrastructure or a more heavy weight > authentication system. These systems challenge the scalability of > LISP which was a primary design goal. > > DoS attack prevention will depend on implementations rate-limiting > Map-Requests and Map-Replies to the control plane as well as rate- > limiting the number of data-triggered Map-Replies. > > To deal with map-cache exhaustion attempts in an ITR/PTR, the > implementation should consider putting a maximum cap on the number of > entries stored with a reserve list for special or frequently accessed > sites. This should be a configuration policy control set by the > network administrator who manages ITRs and PTRs. > > 13. Prototype Plans and Status > > The operator community has requested that the IETF take a practical > approach to solving the scaling problems associated with global > routing state growth. This document offers a simple solution which > is intended for use in a pilot program to gain experience in working > on this problem. > > The authors hope that publishing this specification will allow the > rapid implementation of multiple vendor prototypes and deployment on > a small scale. Doing this will help the community: > > o Decide whether a new EID-to-RLOC mapping database infrastructure > is needed or if a simple, UDP-based, data-triggered approach is > flexible and robust enough. > > o Experiment with provider-independent assignment of EIDs while at > the same time decreasing the size of DFZ routing tables through > the use of topologically-aligned, provider-based RLOCs. > > o Determine whether multiple levels of tunneling can be used by ISPs > to achieve their Traffic Engineering goals while simultaneously > removing the more specific routes currently injected into the > global routing system for this purpose. > > o Experiment with mobility to determine if both acceptable > convergence and session continuity properties can be scalably > implemented to support both individual device roaming and site > service provider changes. > > Here is a rough set of milestones: > > 1. This draft will be the draft for interoperable implementations to > code against. Interoperable implementations will be ready > beginning of 2009. > > 2. Continue pilot deployment using LISP-ALT as the database mapping > mechanism. > > 3. Continue prototyping and studying other database lookup schemes, > be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms. > > 4. Implement the LISP Multicast draft [MLISP]. > > 5. Implement the LISP Mobile Node draft [LISP-MN]. > > 6. Research more on how policy affects what gets returned in a Map- > Reply from an ETR. > > 7. Continue to experiment with mixed locator-sets to understand how > LISP can help the IPv4 to IPv6 transition. > > 8. Add more robustness to locator reachability between LISP sites. > > As of this writing the following accomplishments have been achieved: > > 1. A unit- and system-tested software switching implementation has > been completed on cisco NX-OS for this draft for both IPv4 and > IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators. > > 2. A unit- and system-tested software switching implementation on > cisco NX-OS has been completed for draft [ALT]. > > 3. A unit- and system-tested software switching implementation on > cisco NX-OS has been completed for draft [INTERWORK]. Support > for IPv4 translation is provided and PTR support for IPv4 and > IPv6 is provided. > > 4. The cisco NX-OS implementation supports an experimental > mechanism for slow mobility. > > 5. Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and > Andrew Partan continue to test all the features described above > on a dual-stack infrastructure. > > 6. Darrel Lewis and Dave Meyer have deployed both LISP translation > and LISP PTR support in the pilot network. Point your browser > to http://www.lisp4.net to see translation happening in action > so your non-LISP site can access a web server in a LISP site. > > 7. Soon http://www.lisp6.net will work where your IPv6 LISP site > can talk to a IPv6 web server in a LISP site by using mixed > address-family based locators. > > 8. An public domain implementation of LISP is underway. See > [OPENLISP] for details. > > 9. We have deployed Map-Resolvers and Map-Servers on the LISP pilot > network to gather experience with [LISP-MS]. The first layer of > the architecture are the xTRs which use Map-Servers for EID- > prefix registration and Map-Resolvers for EID-to-RLOC mapping > resolution. The second layer are the Map-Resolvers and Map- > Servers which connect to the ALT BGP peering infrastructure. > And the third layer are ALT-routers which aggregate EID-prefixes > and forward Map-Requests. > > 10. A cisco IOS implementation is underway which currently supports > IPv4 encapsulation and decapsulation features. > > 11. A LISP router based LIG implementation is supported, deployed, > and used daily to debug and test the LISP pilot network. See > [LIG] for details. > > 12. A Linux implementation of LIG has been made available and > supported by Dave Meyer. It can be run on any Linux system > which resides in either a LISP site or non-LISP site. See [LIG] > for details. Public domain code can be downloaded from > http://github.com/davidmeyer/lig/tree/master. > > 13. An experimental implementation has been written for three > locator reachability algorithms. One is called echo-noncing, > which is documented in this specification. The other two are > called TCP-counts and RLOC-probing, which will be documented in > future drafts. > > If interested in writing a LISP implementation, testing any of the > LISP implementations, or want to be part of the LISP pilot program, > please contact lisp@ietf.org. > > 14. References > > 14.1. Normative References > > [RFC0768] Postel, J., "User Datagram Protocol", STD 6, RFC 768, > August 1980. > > [RFC1191] Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191, > November 1990. > > [RFC1498] Saltzer, J., "On the Naming and Binding of Network > Destinations", RFC 1498, August 1993. > > [RFC1955] Hinden, R., "New Scheme for Internet Routing and > Addressing (ENCAPS) for IPNG", RFC 1955, June 1996. > > [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate > Requirement Levels", BCP 14, RFC 2119, March 1997. > > [RFC2402] Kent, S. and R. Atkinson, "IP Authentication Header", > RFC 2402, November 1998. > > [RFC2434] Narten, T. and H. Alvestrand, "Guidelines for Writing an > IANA Considerations Section in RFCs", BCP 26, RFC 2434, > October 1998. > > [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. > Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, > March 2000. > > [RFC3056] Carpenter, B. and K. Moore, "Connection of IPv6 Domains > via IPv4 Clouds", RFC 3056, February 2001. > > [RFC3168] Ramakrishnan, K., Floyd, S., and D. Black, "The Addition > of Explicit Congestion Notification (ECN) to IP", > RFC 3168, September 2001. > > [RFC3775] Johnson, D., Perkins, C., and J. Arkko, "Mobility Support > in IPv6", RFC 3775, June 2004. > > [RFC4423] Moskowitz, R. and P. Nikander, "Host Identity Protocol > (HIP) Architecture", RFC 4423, May 2006. > > [RFC4866] Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route > Optimization for Mobile IPv6", RFC 4866, May 2007. > > [RFC4984] Meyer, D., Zhang, L., and K. Fall, "Report from the IAB > Workshop on Routing and Addressing", RFC 4984, > September 2007. > > 14.2. Informative References > > [AFI] IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY > NUMBERS http://www.iana.org/numbers.html, Febuary 2007. > > [ALT] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP > Alternative Topology (LISP-ALT)", > draft-ietf-lisp-alt-01.txt (work in progress), May 2009. > > [APT] Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and > L. Zhang, "APT: A Practical Transit Mapping Service", > draft-jen-apt-01.txt (work in progress), November 2007. > > [CHIAPPA] Chiappa, J., "Endpoints and Endpoint names: A Proposed > Enhancement to the Internet Architecture", Internet- > Draft http://www.chiappa.net/~jnc/tech/endpoints.txt, > 1999. > > [CONS] Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A > Content distribution Overlay Network Service for LISP", > draft-meyer-lisp-cons-03.txt (work in progress), > November 2007. > > [DHTs] Ratnasamy, S., Shenker, S., and I. Stoica, "Routing > Algorithms for DHTs: Some Open Questions", PDF > file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf. > > [EMACS] Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID > Mappings Multicast Across Cooperating Systems for LISP", > draft-curran-lisp-emacs-00.txt (work in progress), > November 2007. > > [GSE] "GSE - An Alternate Addressing Architecture for IPv6", > draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997. > > [INTERWORK] > Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, > "Interworking LISP with IPv4 and IPv6", > draft-ietf-lisp-interworking-00.txt (work in progress), > January 2009. > > [LIG] Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)", > draft-farinacci-lisp-lig-01.txt (work in progress), > May 2009. > > [LISA96] Lear, E., Katinsky, J., Coffin, J., and D. Tharp, > "Renumbering: Threat or Menace?", Usenix , September 1996. > > [LISP-MAIN] > Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, > "Locator/ID Separation Protocol (LISP)", > draft-farinacci-lisp-12.txt (work in progress), > March 2009. > > [LISP-MN] Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP > Mobility Architecture", draft-meyer-lisp-mn-00.txt (work > in progress), July 2009. > > [LISP-MS] Farinacci, D. and V. Fuller, "LISP Map Server", > draft-ietf-lisp-ms-01.txt (work in progress), May 2009. > > [LISP1] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, > "Locator/ID Separation Protocol (LISP1) [Routable ID > Version]", > Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt, > October 2006. > > [LISP2] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, > "Locator/ID Separation Protocol (LISP2) [DNS-based > Version]", > Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt, > November 2006. > > [LISPDHT] Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT: > Towards a DHT to map identifiers onto locators", > draft-mathy-lisp-dht-00.txt (work in progress), > February 2008. > > [LOC-ID-ARCH] > Meyer, D. and D. Lewis, "Architectural Implications of > Locator/ID Separation", > draft-meyer-loc-id-implications-01.txt (work in progress), > Januaryr 2009. > > [MLISP] Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas, > "LISP for Multicast Environments", > draft-ietf-lisp-multicast-01.txt (work in progress), > May 2009. > > [NERD] Lear, E., "NERD: A Not-so-novel EID to RLOC Database", > draft-lear-lisp-nerd-04.txt (work in progress), > April 2008. > > [OPENLISP] > Iannone, L. and O. Bonaventure, "OpenLISP Implementation > Report", draft-iannone-openlisp-implementation-01.txt > (work in progress), July 2008. > > [RADIR] Narten, T., "Routing and Addressing Problem Statement", > draft-narten-radir-problem-statement-00.txt (work in > progress), July 2007. > > [RFC3344bis] > Perkins, C., "IP Mobility Support for IPv4, revised", > draft-ietf-mip4-rfc3344bis-05 (work in progress), > July 2007. > > [RFC4192] Baker, F., Lear, E., and R. Droms, "Procedures for > Renumbering an IPv6 Network without a Flag Day", RFC 4192, > September 2005. > > [RPFV] Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector > TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress), > January 2009. > > [RPMD] Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol > for Routing Protocol Meta-data Dissemination", > draft-handley-p2ppush-unpublished-2007726.txt (work in > progress), July 2007. > > [SHIM6] Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim > protocol", draft-ietf-shim6-proto-06.txt (work in > progress), October 2006. > > Appendix A. Acknowledgments > > An initial thank you goes to Dave Oran for planting the seeds for the > initial ideas for LISP. His consultation continues to provide value > to the LISP authors. > > A special and appreciative thank you goes to Noel Chiappa for > providing architectural impetus over the past decades on separation > of location and identity, as well as detailed review of the LISP > architecture and documents, coupled with enthusiasm for making LISP a > practical and incremental transition for the Internet. > > The authors would like to gratefully acknowledge many people who have > contributed discussion and ideas to the making of this proposal. > They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller, > Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston, > David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley, > Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler, > Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi > Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger > Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland > Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian > Lezama, Attilla De Groot, Parantap Lahiri, and David Black. > > In particular, we would like to thank Dave Meyer for his clever > suggestion for the name "LISP". ;-) > > This work originated in the Routing Research Group (RRG) of the IRTF. > The individual submission [LISP-MAIN] was converted into this IETF > LISP working group draft. > > Authors' Addresses > > Dino Farinacci > cisco Systems > Tasman Drive > San Jose, CA 95134 > USA > > Email: dino@cisco.com > > Vince Fuller > cisco Systems > Tasman Drive > San Jose, CA 95134 > USA > > Email: vaf@cisco.com > > Dave Meyer > cisco Systems > 170 Tasman Drive > San Jose, CA > USA > > Email: dmm@cisco.com > > Darrel Lewis > cisco Systems > 170 Tasman Drive > San Jose, CA > USA > > Email: darlewis@cisco.com > > > > > > > ------------------------------------------------------------------------ > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > From dino@cisco.com Wed Jul 15 20:31:00 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id F01ED3A6983 for ; 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Thu, 16 Jul 2009 03:31:03 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 15 Jul 2009 20:31:03 -0700 Received: from [192.168.1.5] ([10.21.116.219]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 15 Jul 2009 20:31:02 -0700 Message-Id: <7A8DF5CE-8E42-48FC-B002-FEA4080D23C1@cisco.com> From: Dino Farinacci To: lisp@ietf.org Content-Type: multipart/mixed; boundary=Apple-Mail-60-972406088 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Wed, 15 Jul 2009 20:31:01 -0700 X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 16 Jul 2009 03:31:03.0025 (UTC) FILETIME=[D85E8610:01CA05C5] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=288848; t=1247715064; x=1248579064; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20draft-ietf-lisp-03.txt |Sender:=20; 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Can't post until IETF Monday. Dino --Apple-Mail-60-972406088 Content-Disposition: attachment; filename=draft-ietf-lisp-03.txt Content-Type: text/plain; x-unix-mode=0644; name="draft-ietf-lisp-03.txt" Content-Transfer-Encoding: quoted-printable Network Working Group D. Farinacci Internet-Draft V. Fuller Intended status: Experimental D. Meyer Expires: January 16, 2010 D. Lewis cisco Systems July 15, 2009 Locator/ID Separation Protocol (LISP) draft-ietf-lisp-03.txt Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on January 16, 2010. Copyright Notice Copyright (c) 2009 IETF Trust and the persons identified as the document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents in effect on the date of publication of this document (http://trustee.ietf.org/license-info). Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Farinacci, et al. Expires January 16, 2010 [Page 1] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Abstract This draft describes a simple, incremental, network-based protocol to implement separation of Internet addresses into Endpoint Identifiers (EIDs) and Routing Locators (RLOCs). This mechanism requires no changes to host stacks and no major changes to existing database infrastructures. The proposed protocol can be implemented in a relatively small number of routers. This proposal was stimulated by the problem statement effort at the Amsterdam IAB Routing and Addressing Workshop (RAWS), which took place in October 2006. Table of Contents 1. Requirements Notation . . . . . . . . . . . . . . . . . . . . 4 2. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 5 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 8 4. Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12 4.1. Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14 5. Tunneling Details . . . . . . . . . . . . . . . . . . . . . . 16 5.1. LISP IPv4-in-IPv4 Header Format . . . . . . . . . . . . . 17 5.2. LISP IPv6-in-IPv6 Header Format . . . . . . . . . . . . . 18 5.3. Tunnel Header Field Descriptions . . . . . . . . . . . . . 19 5.4. Dealing with Large Encapsulated Packets . . . . . . . . . 21 5.4.1. A Stateless Solution to MTU Handling . . . . . . . . . 21 5.4.2. A Stateful Solution to MTU Handling . . . . . . . . . 22 6. EID-to-RLOC Mapping . . . . . . . . . . . . . . . . . . . . . 24 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats . . . . . 24 6.1.1. LISP Packet Type Allocations . . . . . . . . . . . . . 26 6.1.2. Map-Request Message Format . . . . . . . . . . . . . . 26 6.1.3. EID-to-RLOC UDP Map-Request Message . . . . . . . . . 28 6.1.4. Map-Reply Message Format . . . . . . . . . . . . . . . 29 6.1.5. EID-to-RLOC UDP Map-Reply Message . . . . . . . . . . 32 6.1.6. Map-Register Message Format . . . . . . . . . . . . . 32 6.2. Routing Locator Selection . . . . . . . . . . . . . . . . 34 6.3. Routing Locator Reachability . . . . . . . . . . . . . . . 36 6.3.1. Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 38 6.4. Routing Locator Hashing . . . . . . . . . . . . . . . . . 39 6.5. Changing the Contents of EID-to-RLOC Mappings . . . . . . 40 6.5.1. Clock Sweep . . . . . . . . . . . . . . . . . . . . . 40 6.5.2. Solicit-Map-Request (SMR) . . . . . . . . . . . . . . 41 7. Router Performance Considerations . . . . . . . . . . . . . . 43 8. Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 44 8.1. First-hop/Last-hop Tunnel Routers . . . . . . . . . . . . 45 8.2. Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 45 8.3. ISP Provider-Edge (PE) Tunnel Routers . . . . . . . . . . 46 Farinacci, et al. Expires January 16, 2010 [Page 2] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 9. Traceroute Considerations . . . . . . . . . . . . . . . . . . 47 9.1. IPv6 Traceroute . . . . . . . . . . . . . . . . . . . . . 48 9.2. IPv4 Traceroute . . . . . . . . . . . . . . . . . . . . . 48 9.3. Traceroute using Mixed Locators . . . . . . . . . . . . . 48 10. Mobility Considerations . . . . . . . . . . . . . . . . . . . 50 10.1. Site Mobility . . . . . . . . . . . . . . . . . . . . . . 50 10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 50 10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 50 10.4. Fast Network Mobility . . . . . . . . . . . . . . . . . . 52 10.5. LISP Mobile Node Mobility . . . . . . . . . . . . . . . . 52 11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 54 12. Security Considerations . . . . . . . . . . . . . . . . . . . 55 13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 56 14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 59 14.1. Normative References . . . . . . . . . . . . . . . . . . . 59 14.2. Informative References . . . . . . . . . . . . . . . . . . 60 Appendix A. Acknowledgments . . . . . . . . . . . . . . . . . . . 63 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 64 Farinacci, et al. Expires January 16, 2010 [Page 3] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 1. Requirements Notation The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119]. Farinacci, et al. Expires January 16, 2010 [Page 4] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 2. Introduction Many years of discussion about the current IP routing and addressing architecture have noted that its use of a single numbering space (the "IP address") for both host transport session identification and network routing creates scaling issues (see [CHIAPPA] and [RFC1498]). A number of scaling benefits would be realized by separating the current IP address into separate spaces for Endpoint Identifiers (EIDs) and Routing Locators (RLOCs); among them are: 1. Reduction of routing table size in the "default-free zone" (DFZ). Use of a separate numbering space for RLOCs will allow them to be assigned topologically (in today's Internet, RLOCs would be assigned by providers at client network attachment points), greatly improving aggregation and reducing the number of globally-visible, routable prefixes. 2. More cost-effective multihoming for sites that connect to different service providers where they can control their own policies for packet flow into the site without using extra routing table resources of core routers. 3. Easing of renumbering burden when clients change providers. Because host EIDs are numbered from a separate, non-provider- assigned and non-topologically-bound space, they do not need to be renumbered when a client site changes its attachment points to the network. 4. Traffic engineering capabilities that can be performed by network elements and do not depend on injecting additional state into the routing system. This will fall out of the mechanism that is used to implement the EID/RLOC split (see Section 4). 5. Mobility without address changing. Existing mobility mechanisms will be able to work in a locator/ID separation scenario. It will be possible for a host (or a collection of hosts) to move to a different point in the network topology either retaining its home-based address or acquiring a new address based on the new network location. A new network location could be a physically different point in the network topology or the same physical point of the topology with a different provider. This draft describes protocol mechanisms to achieve the desired functional separation. For flexibility, the mechanism used for forwarding packets is decoupled from that used to determine EID to RLOC mappings. This document covers the former. For the later, see [CONS], [ALT], [EMACS], [RPMD], and [NERD]. This work is in response to and intended to address the problem statement that came out of the Farinacci, et al. Expires January 16, 2010 [Page 5] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 RAWS effort [RFC4984]. The Routing and Addressing problem statement can be found in [RADIR]. This draft focuses on a router-based solution. Building the solution into the network will facilitate incremental deployment of the technology on the Internet. Note that while the detailed protocol specification and examples in this document assume IP version 4 (IPv4), there is nothing in the design that precludes use of the same techniques and mechanisms for IPv6. It should be possible for IPv4 packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4 RLOCs. Related work on host-based solutions is described in Shim6 [SHIM6] and HIP [RFC4423]. Related work on a router-based solution is described in [GSE]. This draft attempts to not compete or overlap with such solutions and the proposed protocol changes are expected to complement a host-based mechanism when Traffic Engineering functionality is desired. Some of the design goals of this proposal include: 1. Require no hardware or software changes to end-systems (hosts). 2. Minimize required changes to Internet infrastructure. 3. Be incrementally deployable. 4. Require no router hardware changes. 5. Minimize the number of routers which have to be modified. In particular, most customer site routers and no core routers require changes. 6. Minimize router software changes in those routers which are affected. 7. Avoid or minimize packet loss when EID-to-RLOC mappings need to be performed. There are 4 variants of LISP, which differ along a spectrum of strong to weak dependence on the topological nature and possible need for routability of EIDs. The variants are: Farinacci, et al. Expires January 16, 2010 [Page 6] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 LISP 1: uses EIDs that are routable through the RLOC topology for bootstrapping EID-to-RLOC mappings. [LISP1] This was intended as a prototyping mechanism for early protocol implementation. It is now deprecated and should not be deployed. LISP 1.5: uses EIDs that are routable for bootstrapping EID-to-RLOC mappings; such routing is via a separate topology. LISP 2: uses EIDS that are not routable and EID-to-RLOC mappings are implemented within the DNS. [LISP2] LISP 3: uses non-routable EIDs that are used as lookup keys for a new EID-to-RLOC mapping database. Use of Distributed Hash Tables [DHTs] [LISPDHT] to implement such a database would be an area to explore. Other examples of new mapping database services are [CONS], [ALT], [RPMD], [NERD], and [APT]. This document on LISP 1.5, and LISP 3 variants, both of which rely on a router-based distributed cache and database for EID-to-RLOC mappings. The LISP 1.0 mechanism works but does not allow reduction of routing information in the default-free-zone of the Internet. The LISP 2 mechanisms are put on hold and may never come to fruition since it is not architecturally pure to have routing depend on directory and directory depend on routing. The LISP 3 mechanisms will be documented elsewhere but may use the control-plane options specified in this specification. Farinacci, et al. Expires January 16, 2010 [Page 7] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 3. Definition of Terms Provider Independent (PI) Addresses: an address block assigned from a pool where blocks are not associated with any particular location in the network (e.g. from a particular service provider), and is therefore not topologically aggregatable in the routing system. Provider Assigned (PA) Addresses: a block of IP addresses that are assigned to a site by each service provider to which a site connects. Typically, each block is sub-block of a service provider CIDR block and is aggregated into the larger block before being advertised into the global Internet. Traditionally, IP multihoming has been implemented by each multi-homed site acquiring its own, globally-visible prefix. LISP uses only topologically-assigned and aggregatable address blocks for RLOCs, eliminating this demonstrably non-scalable practice. Routing Locator (RLOC): the IPv4 or IPv6 address of an egress tunnel router (ETR). It is the output of a EID-to-RLOC mapping lookup. An EID maps to one or more RLOCs. Typically, RLOCs are numbered from topologically-aggregatable blocks that are assigned to a site at each point to which it attaches to the global Internet; where the topology is defined by the connectivity of provider networks, RLOCs can be thought of as PA addresses. Multiple RLOCs can be assigned to the same ETR device or to multiple ETR devices at a site. Endpoint ID (EID): a 32-bit (for IPv4) or 128-bit (for IPv6) value used in the source and destination address fields of the first (most inner) LISP header of a packet. The host obtains a destination EID the same way it obtains an destination address today, for example through a DNS lookup or SIP exchange. The source EID is obtained via existing mechanisms used to set a host's "local" IP address. An EID is allocated to a host from an EID-prefix block associated with the site where the host is located. An EID can be used by a host to refer to other hosts. EIDs MUST NOT be used as LISP RLOCs. Note that EID blocks may be assigned in a hierarchical manner, independent of the network topology, to facilitate scaling of the mapping database. In addition, an EID block assigned to a site may have site-local structure (subnetting) for routing within the site; this structure is not visible to the global routing system. When used in discussions with other Locator/ID separation proposals, a LISP EID will be called a "LEID". Throughout this document, any references to "EID" refers to an LEID. Farinacci, et al. Expires January 16, 2010 [Page 8] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 EID-prefix: A power-of-2 block of EIDs which are allocated to a site by an address allocation authority. EID-prefixes are associated with a set of RLOC addresses which make up a "database mapping". EID-prefix allocations can be broken up into smaller blocks when an RLOC set is to be associated with the smaller EID- prefix. A globally routed address block (whether PI or PA) is not an EID-prefix. However, a globally routed address block may be removed from global routing and reused as an EID-prefix. A site that receives an explicitly allocated EID-prefix may not use that EID-prefix as a globally routed prefix assigned to RLOCs. End-system: is an IPv4 or IPv6 device that originates packets with a single IPv4 or IPv6 header. The end-system supplies an EID value for the destination address field of the IP header when communicating globally (i.e. outside of its routing domain). An end-system can be a host computer, a switch or router device, or any network appliance. Ingress Tunnel Router (ITR): a router which accepts an IP packet with a single IP header (more precisely, an IP packet that does not contain a LISP header). The router treats this "inner" IP destination address as an EID and performs an EID-to-RLOC mapping lookup. The router then prepends an "outer" IP header with one of its globally-routable RLOCs in the source address field and the result of the mapping lookup in the destination address field. Note that this destination RLOC may be an intermediate, proxy device that has better knowledge of the EID-to-RLOC mapping closer to the destination EID. In general, an ITR receives IP packets from site end-systems on one side and sends LISP-encapsulated IP packets toward the Internet on the other side. Specifically, when a service provider prepends a LISP header for Traffic Engineering purposes, the router that does this is also regarded as an ITR. The outer RLOC the ISP ITR uses can be based on the outer destination address (the originating ITR's supplied RLOC) or the inner destination address (the originating hosts supplied EID). TE-ITR: is an ITR that is deployed in a service provider network that prepends an additional LISP header for Traffic Engineering purposes. Egress Tunnel Router (ETR): a router that accepts an IP packet where the destination address in the "outer" IP header is one of its own RLOCs. The router strips the "outer" header and forwards the packet based on the next IP header found. In general, an ETR receives LISP-encapsulated IP packets from the Internet on one side and sends decapsulated IP packets to site end-systems on the Farinacci, et al. Expires January 16, 2010 [Page 9] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 other side. ETR functionality does not have to be limited to a router device. A server host can be the endpoint of a LISP tunnel as well. TE-ETR: is an ETR that is deployed in a service provider network that strips an outer LISP header for Traffic Engineering purposes. xTR: is a reference to an ITR or ETR when direction of data flow is not part of the context description. xTR refers to the router that is the tunnel endpoint. Used synonymously with the term "Tunnel Router". For example, "An xTR can be located at the Customer Edge (CE) router", meaning both ITR and ETR functionality is at the CE router. EID-to-RLOC Cache: a short-lived, on-demand table in an ITR that stores, tracks, and is responsible for timing-out and otherwise validating EID-to-RLOC mappings. This cache is distinct from the full "database" of EID-to-RLOC mappings, it is dynamic, local to the ITR(s), and relatively small while the database is distributed, relatively static, and much more global in scope. EID-to-RLOC Database: a global distributed database that contains all known EID-prefix to RLOC mappings. Each potential ETR typically contains a small piece of the database: the EID-to-RLOC mappings for the EID prefixes "behind" the router. These map to one of the router's own, globally-visible, IP addresses. Recursive Tunneling: when a packet has more than one LISP IP header. Additional layers of tunneling may be employed to implement traffic engineering or other re-routing as needed. When this is done, an additional "outer" LISP header is added and the original RLOCs are preserved in the "inner" header. Any references to tunnels in this specification refers to dynamic encapsulating tunnels and never are they staticly configured. Reencapsulating Tunnels: when a packet has no more than one LISP IP header (two IP headers total) and when it needs to be diverted to new RLOC, an ETR can decapsulate the packet (remove the LISP header) and prepend a new tunnel header, with new RLOC, on to the packet. Doing this allows a packet to be re-routed by the re- encapsulating router without adding the overhead of additional tunnel headers. Any references to tunnels in this specification refers to dynamic encapsulating tunnels and never are they staticly configured. Farinacci, et al. Expires January 16, 2010 [Page 10] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 LISP Header: a term used in this document to refer to the outer IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR prepends or an ETR strips. Address Family Indicator (AFI): a term used to describe an address encoding in a packet. An address family currently pertains to an IPv4 or IPv6 address. See [AFI] for details. Negative Mapping Entry: also known as a negative cache entry, is an EID-to-RLOC entry where an EID-prefix is advertised or stored with no RLOCs. That is, the locator-set for the EID-to-RLOC entry is empty or has an encoded locator count of 0. This type of entry could be used to describe a prefix from a non-LISP site, which is explicitly not in the mapping database. There are a set of well defined actions that are encoded in a Negative Map-Reply. Data Probe: a LISP-encapsulated data packet where the inner header destination address equals the outer header destination address used to trigger a Map-Reply by a decapsulating ETR. In addition, the original packet is decapsulated and delivered to the destination host. A Data Probe is used in some of the mapping database designs to "probe" or request a Map-Reply from an ETR; in other cases, Map-Requests are used. See each mapping database design for details. Farinacci, et al. Expires January 16, 2010 [Page 11] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4. Basic Overview One key concept of LISP is that end-systems (hosts) operate the same way they do today. The IP addresses that hosts use for tracking sockets, connections, and for sending and receiving packets do not change. In LISP terminology, these IP addresses are called Endpoint Identifiers (EIDs). Routers continue to forward packets based on IP destination addresses. When a packet is LISP encapsulated, these addresses are referred to as Routing Locators (RLOCs). Most routers along a path between two hosts will not change; they continue to perform routing/ forwarding lookups on the destination addresses. For routers between the source host and the ITR as well as routers from the ETR to the destination host, the destination address is an EID. For the routers between the ITR and the ETR, the destination address is an RLOC. This design introduces "Tunnel Routers", which prepend LISP headers on host-originated packets and strip them prior to final delivery to their destination. The IP addresses in this "outer header" are RLOCs. During end-to-end packet exchange between two Internet hosts, an ITR prepends a new LISP header to each packet and an egress tunnel router strips the new header. The ITR performs EID-to-RLOC lookups to determine the routing path to the the ETR, which has the RLOC as one of its IP addresses. Some basic rules governing LISP are: o End-systems (hosts) only send to addresses which are EIDs. They don't know addresses are EIDs versus RLOCs but assume packets get to LISP routers, which in turn, deliver packets to the destination the end-system has specified. o EIDs are always IP addresses assigned to hosts. o LISP routers mostly deal with Routing Locator addresses. See details later in Section 4.1 to clarify what is meant by "mostly". o RLOCs are always IP addresses assigned to routers; preferably, topologically-oriented addresses from provider CIDR blocks. o When a router originates packets it may use as a source address either an EID or RLOC. When acting as a host (e.g. when terminating a transport session such as SSH, TELNET, or SNMP), it may use an EID that is explicitly assigned for that purpose. An EID that identifies the router as a host MUST NOT be used as an RLOC; an EID is only routable within the scope of a site. A typical BGP configuration might demonstrate this "hybrid" EID/RLOC Farinacci, et al. Expires January 16, 2010 [Page 12] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 usage where a router could use its "host-like" EID to terminate iBGP sessions to other routers in a site while at the same time using RLOCs to terminate eBGP sessions to routers outside the site. o EIDs are not expected to be usable for global end-to-end communication in the absence of an EID-to-RLOC mapping operation. They are expected to be used locally for intra-site communication. o EID prefixes are likely to be hierarchically assigned in a manner which is optimized for administrative convenience and to facilitate scaling of the EID-to-RLOC mapping database. The hierarchy is based on a address allocation hierarchy which is not dependent on the network topology. o EIDs may also be structured (subnetted) in a manner suitable for local routing within an autonomous system. An additional LISP header may be prepended to packets by a transit router (i.e. TE-ITR) when re-routing of the path for a packet is desired. An obvious instance of this would be an ISP router that needs to perform traffic engineering for packets in flow through its network. In such a situation, termed Recursive Tunneling, an ISP transit acts as an additional ingress tunnel router and the RLOC it uses for the new prepended header would be either an TE-ETR within the ISP (along intra-ISP traffic engineered path) or in an TE-ETR within another ISP (an inter-ISP traffic engineered path, where an agreement to build such a path exists). This specification mandates that no more than two LISP headers get prepended to a packet. This avoids excessive packet overhead as well as possible encapsulation loops. It is believed two headers is sufficient, where the first prepended header is used at a site for Location/Identity separation and second prepended header is used inside a service provider for Traffic Engineering purposes. Tunnel Routers can be placed fairly flexibly in a multi-AS topology. For example, the ITR for a particular end-to-end packet exchange might be the first-hop or default router within a site for the source host. Similarly, the egress tunnel router might be the last-hop router directly-connected to the destination host. Another example, perhaps for a VPN service out-sourced to an ISP by a site, the ITR could be the site's border router at the service provider attachment point. Mixing and matching of site-operated, ISP-operated, and other tunnel routers is allowed for maximum flexibility. See Section 8 for more details. Farinacci, et al. Expires January 16, 2010 [Page 13] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4.1. Packet Flow Sequence This section provides an example of the unicast packet flow with the following conditions: o Source host "host1.abc.com" is sending a packet to "host2.xyz.com", exactly what host1 would do if the site was not using LISP. o Each site is multi-homed, so each tunnel router has an address (RLOC) assigned from the service provider address block for each provider to which that particular tunnel router is attached. o The ITR(s) and ETR(s) are directly connected to the source and destination, respectively. o Data Probes are used to solicit Map-Replies versus using Map- Requests. And the Data Probes are sent on the underlying topology (the LISP 1.0 variant) but could also be sent over an alternative topology (the LISP 1.5 variant) as it would in [ALT]. Client host1.abc.com wants to communicate with server host2.xyz.com: 1. host1.abc.com wants to open a TCP connection to host2.xyz.com. It does a DNS lookup on host2.xyz.com. An A/AAAA record is returned. This address is used as the destination EID and the locally-assigned address of host1.abc.com is used as the source EID. An IPv4 or IPv6 packet is built using the EIDs in the IPv4 or IPv6 header and sent to the default router. 2. The default router is configured as an ITR. The ITR must be able to map the EID destination to an RLOC of the ETR at the destination site. The ITR prepends a LISP header to the packet, with one of its RLOCs as the source IPv4 or IPv6 address. The destination EID from the original packet header is used as the destination IPv4 or IPv6 in the prepended LISP header. Subsequent packets, where the outer destination address is the destination EID will be sent until EID-to-RLOC mapping is learned. 3. In LISP 1, the packet is routed through the Internet as it is today. In LISP 1.5, the packet is routed on a different topology which may have EID prefixes distributed and advertised in an aggregatable fashion. In either case, the packet arrives at the ETR. The router is configured to "punt" the packet to the router's processor. See Section 7 for more details. For LISP 2.0 and 3.0, the behavior is not fully defined yet. Farinacci, et al. Expires January 16, 2010 [Page 14] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 4. The LISP header is stripped so that the packet can be forwarded by the router control plane. The router looks up the destination EID in the router's EID-to-RLOC database (not the cache, but the configured data structure of RLOCs). An EID-to-RLOC Map-Reply message is originated by the ETR and is addressed to the source RLOC in the LISP header of the original packet (this is the ITR). The source RLOC of the Map-Reply is one of the ETR's RLOCs. 5. The ITR receives the Map-Reply message, parses the message (to check for format validity) and stores the mapping information from the packet. This information is put in the ITR's EID-to- RLOC mapping cache (this is the on-demand cache, the cache where entries time out due to inactivity). 6. Subsequent packets from host1.abc.com to host2.xyz.com will have a LISP header prepended by the ITR using the appropriate RLOC as the LISP header destination address learned from the ETR. Note, the packet may be sent to a different ETR than the one which returned the Map-Reply due to the source site's hashing policy or the destination site's locator-set policy. 7. The ETR receives these packets directly (since the destination address is one of its assigned IP addresses), strips the LISP header and forwards the packets to the attached destination host. In order to eliminate the need for a mapping lookup in the reverse direction, an ETR MAY create a cache entry that maps the source EID (inner header source IP address) to the source RLOC (outer header source IP address) in a received LISP packet. Such a cache entry is termed a "gleaned" mapping and only contains a single RLOC for the EID in question. More complete information about additional RLOCs SHOULD be verified by sending a LISP Map-Request for that EID. Both ITR and the ETR may also influence the decision the other makes in selecting an RLOC. See Section 6 for more details. Farinacci, et al. Expires January 16, 2010 [Page 15] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5. Tunneling Details This section describes the LISP Data Message which defines the tunneling header used to encapsulate IPv4 and IPv6 packets which contain EID addresses. Even though the following formats illustrate IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2 combinations are supported as well. Since additional tunnel headers are prepended, the packet becomes larger and in theory can exceed the MTU of any link traversed from the ITR to the ETR. It is recommended, in IPv4 that packets do not get fragmented as they are encapsulated by the ITR. Instead, the packet is dropped and an ICMP Too Big message is returned to the source. Based on informal surveys of large ISP traffic patterns, it appears that most transit paths can accommodate a path MTU of at least 4470 bytes. The exceptions, in terms of data rate, number of hosts affected, or any other metric are expected to be vanishingly small. To address MTU concerns, mainly raised on the RRG mailing list, the LISP deployment process will include collecting data during its pilot phase to either verify or refute the assumption about minimum available MTU. If the assumption proves true and transit networks with links limited to 1500 byte MTUs are corner cases, it would seem more cost-effective to either upgrade or modify the equipment in those transit networks to support larger MTUs or to use existing mechanisms for accommodating packets that are too large. For this reason, there is currently no plan for LISP to add any new additional, complex mechanism for implementing fragmentation and reassembly in the face of limited-MTU transit links. If analysis during LISP pilot deployment reveals that the assumption of essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect, then LISP can be modified prior to protocol standardization to add support for one of the proposed fragmentation and reassembly schemes. Note that two simple existing schemes are detailed in Section 5.4. Farinacci, et al. Expires January 16, 2010 [Page 16] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5.1. LISP IPv4-in-IPv4 Header Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| IHL |Type of Service| Total Length | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Identification |Flags| Fragment Offset | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ OH | Time to Live | Protocol =3D 17 | Header Checksum = | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Source Routing Locator | \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | Destination Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port =3D xxxx | Dest Port =3D 4341 = | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ L / | Locator Reach Bits | I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ S \ |S|E| rsvd-flags| Nonce | P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| IHL |Type of Service| Total Length | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Identification |Flags| Fragment Offset | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ IH | Time to Live | Protocol | Header Checksum | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Source EID | \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | Destination EID | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Farinacci, et al. Expires January 16, 2010 [Page 17] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 5.2. LISP IPv6-in-IPv6 Header Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| Traffic Class | Flow Label | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Payload Length | Next Header=3D17| Hop Limit = | v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | O + + u | | t + Source Routing Locator + e | | r + + | | H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ d | | r + + | | ^ + Destination Routing Locator + | | | \ + + \ | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port =3D xxxx | Dest Port =3D 4341 = | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ L / | Locator Reach Bits | I +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ S \ |S|E| rsvd-flags| Nonce | P +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / |Version| Traffic Class | Flow Label | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Payload Length | Next Header | Hop Limit | v +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | I + + n | | n + Source EID + e | | r + + | | H +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ d | | Farinacci, et al. Expires January 16, 2010 [Page 18] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 r + + | | ^ + Destination EID + \ | | \ + + \ | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ 5.3. Tunnel Header Field Descriptions IH Header: is the inner header, preserved from the datagram received from the originating host. The source and destination IP addresses are EIDs. OH Header: is the outer header prepended by an ITR. The address fields contain RLOCs obtained from the ingress router's EID-to- RLOC cache. The IP protocol number is "UDP (17)" from [RFC0768]. The DF bit of the Flags field is set to 0. UDP Header: contains a ITR selected source port when encapsulating a packet. See Section 6.4 for details on the hash algorithm used select a source port based on the 5-tuple of the inner header. The destination port MUST be set to the well-known IANA assigned port value 4341. UDP Checksum: this field MUST be transmitted as 0 and ignored on receipt by the ETR. Note, even when the UDP checksum is transmitted as 0 an intervening NAT device can recalculate the checksum and rewrite the UDP checksum field to non-zero. For performance reasons, the ETR MUST ignore the checksum and MUST not do a checksum computation. UDP Length: for an IPv4 encapsulated packet, the inner header Total Length plus the UDP and LISP header lengths are used. For an IPv6 encapsulated packet, the inner header Payload Length plus the size of the IPv6 header (40 bytes) plus the size of the UDP and LISP headers are used. The UDP header length is 8 bytes. The LISP header length is 8 bytes when no loc-reach-bit header extensions are used. LISP Locator Reach Bits: in the LISP header are set by an ITR to indicate to an ETR the reachability of the Locators in the source site. Each RLOC in a Map-Reply is assigned an ordinal value from 0 to n-1 (when there are n RLOCs in a mapping entry). The Locator Reach Bits are numbered from 0 to n-1 from the right significant bit of the 32-bit field. When a bit is set to 1, the ITR is indicating to the ETR the RLOC associated with the bit ordinal is Farinacci, et al. Expires January 16, 2010 [Page 19] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 reachable. See Section 6.3 for details on how an ITR can determine other ITRs at the site are reachable. When a site has multiple EID-prefixes which result in multiple mappings (where each could have a different locator-set), the Locator Reach Bits setting in an encapsulated packet MUST reflect the mapping for the EID-prefix that the inner-header source EID address matches. S: this is the Solicit-Map-Request (SMR) bit. See section Section 6.5.2 for details. E: this is the echo-nonce-request bit. See section Section 6.3.1 for details. rsvd-flags: this 6-bit field is reserved for future flag use. It is set to 0 on transmit and ignored on receipt. LISP Nonce: is a 24-bit value that is randomly generated by an ITR. The nonce is also used when the E-bit is set to request the nonce value to be echoed by the other side when packets are returned. See section Section 6.3.1 for more details. The nonce is also used when SMR-bit is set to solicit the other side to send a Map- Request containing this nonce. See section Section 6.5.2 for details. When doing Recursive Tunneling or ITR/PTR encapsulation: o The OH header Time to Live field (or Hop Limit field, in case of IPv6) MUST be copied from the IH header Time to Live field. o The OH header Type of Service field (or the Traffic Class field, in the case of IPv6) SHOULD be copied from the IH header Type of Service field (with one caveat, see below). When doing Re-encapsulated Tunneling: o The new OH header Time to Live field SHOULD be copied from the stripped OH header Time to Live field. o The new OH header Type of Service field SHOULD be copied from the stripped OH header Type of Service field (with one caveat, see below).. Copying the TTL serves two purposes: first, it preserves the distance the host intended the packet to travel; second, and more importantly, it provides for suppression of looping packets in the event there is a loop of concatenated tunnels due to misconfiguration. The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service Farinacci, et al. Expires January 16, 2010 [Page 20] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 field and the IPv6 Traffic Class field [RFC3168]. The ECN field requires special treatment in order to avoid discarding indications of congestion [RFC3168]. ITR encapsulation MUST copy the 2-bit ECN field from the inner header to the outer header. Re-encapsulation MUST copy the 2-bit ECN field from the stripped outer header to the new outer header. If the ECN field contains a congestion indication codepoint (the value is '11', the Congestion Experienced (CE) codepoint), then ETR decapsulation MUST copy the 2-bit ECN field from the stripped outer header to the surviving inner header that is used to forward the packet beyond the ETR. These requirements preserve Congestion Experienced (CE) indications when a packet that uses ECN traverses a LISP tunnel and becomes marked with a CE indication due to congestion between the tunnel endpoints. 5.4. Dealing with Large Encapsulated Packets In the event that the MTU issues mentioned above prove to be more serious than expected, this section proposes 2 simple mechanisms to deal with large packets. One is stateless using IP fragmentation and the other is stateful using Path MTU Discovery [RFC1191]. It is left to the implementor to decide if the stateless or stateful mechanism should be implemented. Both or neither can be decided as well since it is a local decision in the ITR regarding how to deal with MTU issues. Sites can interoperate with differing mechanisms. Both stateless and stateful mechanisms also apply to Reencapsulating and Recursive Tunneling. So any actions reference below to an ITR also apply to an TE-ITR. 5.4.1. A Stateless Solution to MTU Handling An ITR stateless solution to handle MTU issues is described as follows: 1. Define an architectural constant S for the maximum size of a packet, in bytes, an ITR would receive from a source inside of its site. 2. Define L to be the maximum size, in bytes, a packet of size S would be after the ITR prepends the LISP header, UDP header, and outer network layer header of size H. 3. Calculate: S + H =3D L. When an ITR receives a packet from a site-facing interface and adds H bytes worth of encapsulation to yield a packet size of L bytes, it resolves the MTU issue by first splitting the original packet into 2 Farinacci, et al. Expires January 16, 2010 [Page 21] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 equal-sized fragments. A LISP header is then prepended to each fragment. This will ensure that the new, encapsulated packets are of size (S/2 + H), which is always below the effective tunnel MTU. When an ETR receives encapsulated fragments, it treats them as two individually encapsulated packets. It strips the LISP headers then forwards each fragment to the destination host of the destination site. The two fragments are reassembled at the destination host into the single IP datagram that was originated by the source host. This behavior is performed by the ITR when the source host originates a packet with the DF field of the IP header is set to 0. When the DF field of the IP header is set to 1, or the packet is an IPv6 packet originated by the source host, the ITR will drop the packet when the size is greater than L, and sends an ICMP Too Big message to the source with a value of S, where S is (L - H). When the outer header encapsulation uses an IPv4 header the DF bit is always set to 0. This specification recommends that L be defined as 1500. 5.4.2. A Stateful Solution to MTU Handling An ITR stateful solution to handle MTU issues is describe as follows and was first introduced in [OPENLISP]: 1. The ITR will keep state of the effective MTU for each locator per mapping cache entry. The effective MTU is what the core network can deliver along the path between ITR and ETR. 2. When an IPv4 encapsulated packet, with DF bit set to 0, exceeds what the core network can deliver, one of the intermediate routers on the path will send an ICMP Too Big message to the ITR. The ITR will parse the ICMP message to determine which locator is affected by the effective MTU change and then record the new effective MTU value in the mapping cache entry. 3. When a packet is received by the ITR from a source inside of the site and the size of the packet is greater than the effective MTU stored with the mapping cache entry associated with the destination EID the packet is for, the ITR will send an ICMP Too Big message back to the source. The packet size advertised by the ITR in the ICMP Too Big message is the effective MTU minus the LISP encapsulation length. Even though this mechanism is stateful, it has advantages over the stateless IP fragmentation mechanism, by not involving the Farinacci, et al. Expires January 16, 2010 [Page 22] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 destination host with reassembly of ITR fragmented packets. Farinacci, et al. Expires January 16, 2010 [Page 23] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6. EID-to-RLOC Mapping 6.1. LISP IPv4 and IPv6 Control Plane Packet Formats The following new UDP packet types are used to retrieve EID-to-RLOC mappings: 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Version| IHL |Type of Service| Total Length | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Identification |Flags| Fragment Offset | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Time to Live | Protocol =3D 17 | Header Checksum = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Destination Routing Locator | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port | Dest Port | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | | LISP Message | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Version| Traffic Class | Flow Label | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Payload Length | Next Header=3D17| Hop Limit = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + + | | + Source Routing Locator + | | + + | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + + Farinacci, et al. Expires January 16, 2010 [Page 24] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 | | + Destination Routing Locator + | | + + | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Source Port | Dest Port | UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | UDP Length | UDP Checksum | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | | LISP Message | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ The LISP UDP-based messages are the Map-Request and Map-Reply messages. When a UDP Map-Request is sent, the UDP source port is chosen by the sender and the destination UDP port number is set to 4342. When a UDP Map-Reply is sent, the source UDP port number is set to 4342 and the destination UDP port number is copied from the source port of either the Map-Request or the invoking data packet. The UDP Length field will reflect the length of the UDP header and the LISP Message payload. The UDP Checksum is computed and set to non-zero for Map-Request and Map-Reply messages. It MUST be checked on receipt and if the checksum fails, the packet MUST be dropped. LISP-CONS [CONS] use TCP to send LISP control messages. The format of control messages includes the UDP header so the checksum and length fields can be used to protect and delimit message boundaries. This main LISP specification is the authoritative source for message format definitions for the Map-Request and Map-Reply messages. Farinacci, et al. Expires January 16, 2010 [Page 25] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.1.1. LISP Packet Type Allocations This section will be the authoritative source for allocating LISP Type values. Current allocations are: Reserved: 0 b'0000' LISP Map-Request: 1 b'0001' LISP Map-Reply: 2 b'0010' LISP Map-Register: 3 b'0011' LISP-CONS Open Message: 8 b'1000' LISP-CONS Push-Add Message: 9 b'1001' LISP-CONS Push-Delete Message: 10 b'1010' LISP-CONS Unreachable Message 11 b'1011' 6.1.2. Map-Request Message Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D1 |A|M|P|S| Reserved | Record Count = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source-EID-AFI | ITR-AFI | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Source EID Address ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Originating ITR RLOC Address ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ / | Reserved | EID mask-len | EID-prefix-AFI | Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ | EID-prefix ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Map-Reply Record ... | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Mapping Protocol Data | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Farinacci, et al. Expires January 16, 2010 [Page 26] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Type: 1 (Map-Request) A: This is an authoritative bit, which is set to 0 for UDP-based Map- Requests sent by an ITR. M: When set, it indicates a Map-Reply Record segment is included in the Map-Request. P: Indicates that a Map-Request should be treated as a "piggyback" locator reachability probe. The receiver should respond with a Map-Reply with the P bit set and the nonce copied from the Map- Request. Details on this usage will be provided in a future version of this draft. S: This is the SMR bit. See Section 6.5.2 for details. Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this request message. A record is comprised of the portion of the packet is labeled 'Rec' above and occurs the number of times equal to Record count. Nonce: A 4-byte random value created by the sender of the Map- Request. This nonce will be returned in the Map-Reply. Source-EID-AFI: Address family of the "Source EID Address" field. ITR-AFI: Address family of the "Originating ITR RLOC Address" field. Source EID Address: This is the EID of the source host which originated the packet which is invoking this Map-Request. Originating ITR RLOC Address: Used to give the ETR the option of returning a Map-Reply in the address-family of this locator. EID mask-len: Mask length for EID prefix. EID-AFI: Address family of EID-prefix according to [RFC2434] EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 address-family. When a Map-Request is sent by an ITR because a data packet is received for a destination where there is no mapping entry, the EID-prefix is set to the destination IP address of the data packet. And the 'EID mask-len' is set to 32 or 128 for IPv4 or IPv6, respectively. When an xTR wants to query a site about the status of a mapping it already has cached, the EID- prefix used in the Map-Request has the same mask-length as the EID-prefix returned from the site when it sent a Map-Reply Farinacci, et al. Expires January 16, 2010 [Page 27] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 message. Map-Reply Record: When the R bit is set, this field is the size of the "Record" field in the Map-Reply format. This Map-Reply record contains the EID-to-RLOC mapping entry associated with the Source EID. This allows the ETR which will receive this Map-Request to cache the data if it chooses to do so. Mapping Protocol Data: See [CONS] or [ALT] for details. This field is optional and present when the UDP length indicates there is enough space in the packet to include it. 6.1.3. EID-to-RLOC UDP Map-Request Message A Map-Request is sent from an ITR when it needs a mapping for an EID, wants to test an RLOC for reachability, or wants to refresh a mapping before TTL expiration. For the initial case, the destination IP address used for the Map-Request is the destination-EID from the packet which had a mapping cache lookup failure. For the later 2 cases, the destination IP address used for the Map-Request is one of the RLOC addresses from the locator-set of the map cache entry. In all cases, the UDP source port number for the Map-Request message is a randomly allocated 16-bit value and the UDP destination port number is set to the well-known destination port number 4342. A successful Map-Reply updates the cached set of RLOCs associated with the EID prefix range. Map-Requests can also be LISP encapsulated using UDP destination port 4341 when sent from an ITR to a Map-Resolver. Likewise, Map-Requests are LISP encapsulated the same way from a Map-Server to an ETR. Details on encapsulated Map-Requests and Map-Resolvers can be found in [LISP-MS]. Map-Requests MUST be rate-limited. It is recommended that a Map- Request for the same EID-prefix be sent no more than once per second. Farinacci, et al. Expires January 16, 2010 [Page 28] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.1.4. Map-Reply Message Format 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D2 |P| Reserved | Record Count = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Record TTL | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ R | Locator Count | EID mask-len |A| ACT | Reserved | e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ c | Reserved | EID-AFI | o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ r | EID-prefix | d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | /| Priority | Weight | M Priority | M Weight | | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | o | Unused Flags |R| Loc-AFI | | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | \| Locator | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Mapping Protocol Data | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Type: 2 (Map-Reply) P: Indicates that the Map-Reply is in response to a "piggyback" locator reachability Map-Request. The nonce field should contain a copy of the nonce value from the original Map-Request. Details on this usage will be provided in a future version of this draft. Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this reply message. A record is comprised of that portion of the packet labeled 'Record' above and occurs the number of times equal to Record count. Nonce: A 4-byte value set in a Data-Probe packet or a Map-Request that is echoed here in the Map-Reply. Farinacci, et al. Expires January 16, 2010 [Page 29] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Record TTL: The time in minutes the recipient of the Map-Reply will store the mapping. If the TTL is 0, the entry should be removed from the cache immediately. If the value is 0xffffffff, the recipient can decide locally how long to store the mapping. Locator Count: The number of Locator entries. A locator entry comprises what is labeled above as 'Loc'. The locator count can be 0 indicating there are no locators for the EID-prefix. EID mask-len: Mask length for EID prefix. A: The Authoritative bit, when sent by a UDP-based message is always set by the ETR. See [CONS] for TCP-based Map-Replies. ACT: This 3-bit field describes negative Map-Reply actions. These bits are used only when the 'Locator Count' field is set to 0. The action bits are encoded only in Map-Reply messages. The actions defined are used by an ITR or PTR when a destination EID matches a negative mapping cache entry. The current assigned values are: (0) No action: No action is being conveyed by the sender of the Map-Reply message. (1) Natively-Forward: The packet is not encapsulated or dropped but natively forwarded. (2) Drop: The packet is dropped silently. (3) Send-Map-Request: The packet invokes sending a Map-Request. EID-AFI: Address family of EID-prefix according to [RFC2434]. EID-prefix: 4 bytes if an IPv4 address-family, 16 bytes if an IPv6 address-family. Priority: each RLOC is assigned a unicast priority. Lower values are more preferable. When multiple RLOCs have the same priority, they may be used in a load-split fashion. A value of 255 means the RLOC MUST NOT be used for unicast forwarding. Weight: when priorities are the same for multiple RLOCs, the weight indicates how to balance unicast traffic between them. Weight is encoded as a percentage of total unicast packets that match the mapping entry. If a non-zero weight value is used for any RLOC, then all RLOCs must use a non-zero weight value and then the sum Farinacci, et al. Expires January 16, 2010 [Page 30] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 of all weight values MUST equal 100. If a zero value is used for any RLOC weight, then all weights MUST be zero and the receiver of the Map-Reply will decide how to load-split traffic. See Section 6.4 for a suggested hash algorithm to distribute load across locators with same priority and equal weight values. When a single RLOC exists in a mapping entry, the weight value MUST be set to 100 and ignored on receipt. M Priority: each RLOC is assigned a multicast priority used by an ETR in a receiver multicast site to select an ITR in a source multicast site for building multicast distribution trees. A value of 255 means the RLOC MUST NOT be used for joining a multicast distribution tree. M Weight: when priorities are the same for multiple RLOCs, the weight indicates how to balance building multicast distribution trees across multiple ITRs. The weight is encoded as a percentage of total number of trees build to the source site identified by the EID-prefix. If a non-zero weight value is used for any RLOC, then all RLOCs must use a non-zero weight value and then the sum of all weight values MUST equal 100. If a zero value is used for any RLOC weight, then all weights MUST be zero and the receiver of the Map-Reply will decide how to distribute multicast state across ITRs. Unused Flags: set to 0 when sending and ignored on receipt. R: when this bit is set, the locator is known to be reachable from the Map-Reply sender's perspective. Locator: an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field) assigned to an ETR or router acting as a proxy replier for the EID-prefix. Note that the destination RLOC address MAY be an anycast address. A source RLOC can be an anycast address as well. The source or destination RLOC MUST NOT be the broadcast address (255.255.255.255 or any subnet broadcast address known to the router), and MUST NOT be a link-local multicast address. The source RLOC MUST NOT be a multicast address. The destination RLOC SHOULD be a multicast address if it is being mapped from a multicast destination EID. Mapping Protocol Data: See [CONS] or [ALT] for details. This field is optional and present when the UDP length indicates there is enough space in the packet to include it. Farinacci, et al. Expires January 16, 2010 [Page 31] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.1.5. EID-to-RLOC UDP Map-Reply Message When a Data Probe packet or a Map-Request triggers a Map-Reply to be sent, the RLOCs associated with the EID-prefix matched by the EID in the original packet destination IP address field will be returned. The RLOCs in the Map-Reply are the globally-routable IP addresses of the ETR but are not necessarily reachable; separate testing of reachability is required. Note that a Map-Reply may contain different EID-prefix granularity (prefix + length) than the Map-Request which triggers it. This might occur if a Map-Request were for a prefix that had been returned by an earlier Map-Reply. In such a case, the requester updates its cache with the new prefix information and granularity. For example, a requester with two cached EID-prefixes that are covered by a Map- Reply containing one, less-specific prefix, replaces the entry with the less-specific EID-prefix. Note that the reverse, replacement of one less-specific prefix with multiple more-specific prefixes, can also occur but not by removing the less-specific prefix rather by adding the more-specific prefixes which during a lookup will override the less-specific prefix. Replies SHOULD be sent for an EID-prefix no more often than once per second to the same requesting router. For scalability, it is expected that aggregation of EID addresses into EID-prefixes will allow one Map-Reply to satisfy a mapping for the EID addresses in the prefix range thereby reducing the number of Map-Request messages. The addresses for a encapsulated data packets or Map-Request message are swapped and used for sending the Map-Reply. The UDP source and destination ports are swapped as well. That is, the source port in the UDP header for the Map-Reply is set to the well-known UDP port number 4342. Map-Reply records can have an empty locator-set. This type of a Map- Reply is called a Negative Map-Reply. Negative Map-Replies convey special actions by the sender to the ITR or PTR which have solicited the Map-Reply. There are two primary applications for Negative Map- Replies. The first is for a Map-Resolver to instruct an ITR or PTR when a destination is for a LISP site versus a non-LISP site. And the other is to source quench Map-Requests which are sent for non- allocated EIDs. 6.1.6. Map-Register Message Format The usage details of the Map-Register message can be found in specification [LISP-MS]. This section solely defines the message format. Farinacci, et al. Expires January 16, 2010 [Page 32] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 The message is sent in a UDP with a destination UDP port 4342 and a randomly selected UDP port number. Before an IPv4 or IPv6 network layer header is prepended, an AH header is prepended to carry authentication information. The format conforms to the IPsec specification [RFC2402]. The Map-Register message will use transport mode by setting the IP protocol number field or the IPv6 next-header field to 51. The AH header from [RFC2402] is: 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Next Header | Payload Len | RESERVED | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Security Parameters Index (SPI) | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Sequence Number Field | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | + Authentication Data (variable) | | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ The Next Header field is set to UDP. The SPI field is set to 0 (since no Security Association or Key Exchange protocol is being used). The Sequence Number is a randomly chosen value by the sender. The Authentication Data is 16 bytes and holds a MD5 HMAC. The Map-Register message format is: Farinacci, et al. Expires January 16, 2010 [Page 33] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Type=3D3 |P| Reserved | Record Count = | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Nonce | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Record TTL | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ R | Locator Count | EID mask-len |A| ACT | Reserved | e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ c | Reserved | EID-AFI | o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ r | EID-prefix | d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | /| Priority | Weight | M Priority | M Weight | | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | o | Unused Flags |R| Loc-AFI | | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | \| Locator | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ Packet field descriptions: Type: 3 (Map-Register) P: Set to 1 by an ETR which sends a Map-Register message requesting for the Map-Server to proxy Map-Reply. The Map-Server will send non-authoritative Map-Replies on behalf of the ETR. Details on this usage will be provided in a future version of this draft. Reserved: Set to 0 on transmission and ignored on receipt. Record Count: The number of records in this Map-Register message. A record is comprised of that portion of the packet labeled 'Record' above and occurs the number of times equal to Record count. Nonce: The Nonce field is set to 0 in Map-Register messages. The definition of the rest of the Map-Register can be found in the Map-Reply section. 6.2. Routing Locator Selection Both client-side and server-side may need control over the selection of RLOCs for conversations between them. This control is achieved by manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply Farinacci, et al. Expires January 16, 2010 [Page 34] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 messages. Alternatively, RLOC information may be gleaned from received tunneled packets or EID-to-RLOC Map-Request messages. The following enumerates different scenarios for choosing RLOCs and the controls that are available: o Server-side returns one RLOC. Client-side can only use one RLOC. Server-side has complete control of the selection. o Server-side returns a list of RLOC where a subset of the list has the same best priority. Client can only use the subset list according to the weighting assigned by the server-side. In this case, the server-side controls both the subset list and load- splitting across its members. The client-side can use RLOCs outside of the subset list if it determines that the subset list is unreachable (unless RLOCs are set to a Priority of 255). Some sharing of control exists: the server-side determines the destination RLOC list and load distribution while the client-side has the option of using alternatives to this list if RLOCs in the list are unreachable. o Server-side sets weight of 0 for the RLOC subset list. In this case, the client-side can choose how the traffic load is spread across the subset list. Control is shared by the server-side determining the list and the client determining load distribution. Again, the client can use alternative RLOCs if the server-provided list of RLOCs are unreachable. o Either side (more likely on the server-side ETR) decides not to send a Map-Request. For example, if the server-side ETR does not send Map-Requests, it gleans RLOCs from the client-side ITR, giving the client-side ITR responsibility for bidirectional RLOC reachability and preferability. Server-side ETR gleaning of the client-side ITR RLOC is done by caching the inner header source EID and the outer header source RLOC of received packets. The client-side ITR controls how traffic is returned and can alternate using an outer header source RLOC, which then can be added to the list the server-side ETR uses to return traffic. Since no Priority or Weights are provided using this method, the server- side ETR must assume each client-side ITR RLOC uses the same best Priority with a Weight of zero. In addition, since EID-prefix encoding cannot be conveyed in data packets, the EID-to-RLOC cache on tunnel routers can grow to be very large. RLOCs that appear in EID-to-RLOC Map-Reply messages are considered reachable. The Map-Reply and the database mapping service does not provide any reachability status for Locators. This is done outside of the mapping service. See next section for details. Farinacci, et al. Expires January 16, 2010 [Page 35] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.3. Routing Locator Reachability There are 4 methods for determining when a Locator is either reachable or has become unreachable: 1. Locator reachability is determined by an ETR by examining the Loc-Reach-Bits from a LISP header of a encapsulated data packet which is provided by an ITR when an ITR encapsulates data. 2. Locator unreachability is determined by an ITR by receiving ICMP Network or Host Unreachable messages. 3. Locator unreachability can also be determined by an BGP-enabled ITR when there is no prefix matching a Locator address from the BGP RIB. 4. Locator unreachability is determined when a host sends an ICMP Port Unreachable message. This occurs when an ITR may not use any methods of interworking. one which is describe in [INTERWORK] and the encapsulated data packet is received by a host at the destination non-LISP site. 5. Locator reachability is determined by receiving a Map-Reply message from a ETR's Locator address in response to a previously sent Map-Request. 6. Locator reachability can also be determined by receiving packets encapsulated by the ITR assigned to the locator address. When determining Locator reachability by examining the Loc-Reach-Bits from the LISP encapsulate data packet, an ETR will receive up to date status from the ITR closest to the Locators at the source site. The ITRs at the source site can determine reachability when running their IGP at the site. When the ITRs are deployed on CE routers, typically a default route is injected into the site's IGP from each of the ITRs. If an ITR goes down, the CE-PE link goes down, or the PE router goes down, the CE router withdraws the default route. This allows the other ITRs at the site to determine one of the Locators has gone unreachable. The Locators listed in a Map-Reply are numbered with ordinals 0 to n-1. The Loc-Reach-Bits in a LISP Data Message are numbered from 0 to n-1 starting with the least significant bit numbered as 0. So, for example, if the ITR with locator listed as the 3rd Locator position in the Map-Reply goes down, all other ITRs at the site will have the 3rd bit from the right cleared (the bit that corresponds to ordinal 2). Farinacci, et al. Expires January 16, 2010 [Page 36] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 When an ETR decapsulates a packet, it will look for a change in the Loc-Reach-Bits value. When a bit goes from 1 to 0, the ETR will refrain from encapsulating packets to the Locator that has just gone unreachable. It can start using the Locator again when the bit that corresponds to the Locator goes from 0 to 1. Loc-Reach-Bits are associated with a locator-set per EID-prefix. Therefore, when a locator becomes unreachable, the loc-reach-bit that corresponds to that locator's position in the list returned by the last Map-Reply will be set to zero for that particular EID-prefix. When ITRs at the site are not deployed in CE routers, the IGP can still be used to determine the reachability of Locators provided they are injected a stub links into the IGP. This is typically done when a /32 address is configured on a loopback interface. When ITRs receive ICMP Network or Host Unreachable messages as a method to determine unreachability, they will refrain from using Locators which are described in Locator lists of Map-Replies. However, using this approach is unreliable because many network operators turn off generation of ICMP Unreachable messages. If an ITR does receive an ICMP Network or Host Unreachable message, it MAY originate its own ICMP Unreachable message destined for the host that originated the data packet the ITR encapsulated. Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if a locator address from a locator-set in a mapping entry matches a prefix. If it does not find one and BGP is running in the Default Free Zone (DFZ), it can decide to not use the locator even though the Loc-Reach-Bits indicate the locator is up. In this case, the path from the ITR to the ETR that is assigned the locator is not available. More details are in [LOC-ID-ARCH]. Optionally, an ITR can send a Map-Request to a Locator and if a Map- Reply is returned, reachability of the Locator has been determined. Obviously, sending such probes increases the number of control messages originated by tunnel routers for active flows, so Locators are assumed to be reachable when they are advertised. This assumption does create a dependency: Locator unreachability is detected by the receipt of ICMP Host Unreachable messages. When an Locator has been determined to be unreachable, it is not used for active traffic; this is the same as if it were listed in a Map-Reply with priority 255. The ITR can test the reachability of the unreachable Locator by sending periodic Requests. Both Requests and Replies MUST be rate- limited. Locator reachability testing is never done with data Farinacci, et al. Expires January 16, 2010 [Page 37] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 packets since that increases the risk of packet loss for end-to-end sessions. When an ETR decapsulates a packet, it knows that it is reachable from the encapsulating ITR because that is how the packet arrived. In most cases, the ETR can also reach the ITR but cannot assume this to be true due to the possibility of path assymetry. In the presence of unidirectional traffic flow from an ITR to an ETR, the ITR should not use the lack of return traffic as an indication that the ETR is unreachable. Instead, it must use an alternate mechanisms to determine reachability. 6.3.1. Echo Nonce Algorithm When there is bidirectional data flow between a pair of locators, a simple mechanism called "nonce echoing" can be used to determine reachability between an ITR and ETR. When an ITR wants to solicit a nonce echo, it sets the E-bit and places a 24-bit nonce in the LISP header of the next encapsulated data packet. When this packet is received by the ETR, the encapsulated packet is forwarded as normal. When the ETR next sends a data packet to the ITR, it includes the nonce received earlier with the E-bit cleared. The ITR sees this "echoed nonce" and knows the path to and from the ETR is up. The ITR will set the E-bit for every packet it sends while in echo- nonce-request state. The time the ITR waits to process the echoed nonce before it determines the path is unreachable is variable and a choice left for the implementation. If the ITR is receiving packets from the ETR but does not see the nonce echoed while being in echo-nonce-request state, then the path to the ETR is unreachable. This decision may be overridden by other locator reachability algorithms. Once the ITR determines the path to the ETR is down it can switch to another locator for that EID-prefix. Note that "ITR" and "ETR" are relative terms here. Both devices must be implementing both ITR and ETR functionality for the echo nonce mechanism to operate. The ITR and ETR may both go into echo-nonce-request state at the same time. The number of packets sent or the time during which echo nonce requests are sent is an implementation specific setting. However, when an ITR is in echo-nonce-request state, it can echo the ETR's nonce in the next set of packets that it encapsulates and then subsequently, continue sending echo-nonce-request packets. Farinacci, et al. Expires January 16, 2010 [Page 38] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 This mechanism does not completely solve the forward path reachability problem as traffic may be unidirectional. That is, the ETR receiving traffic at a site may not may not be the same device as an ITR which transmits traffic from that site or the site to site traffic is unidirectional so there is no ITR returning traffic. Note that other locator reachability mechanisms are being researched and can be used to compliment or even override the Echo Nonce Algorithm. 6.4. Routing Locator Hashing When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to a requesting ITR, the locator-set for the EID-prefix may contain different priority values for each locator address. When more than one best priority locator exists, the ITR can decide how to load share traffic against the corresponding locators. The following hash algorithm may be used by an ITR to select a locator for a packet destined to an EID for the EID-to-RLOC mapping: 1. Either a source and destination address hash can be used or the traditional 5-tuple hash which includes the source and destination addresses, source and destination TCP, UDP, or SCTP port numbers and the IP protocol number field or IPv6 next- protocol fields of a packet a host originates from within a LISP site. When a packet is not a TCP, UDP, or SCTP packet, the source and destination addresses only from the header are used to compute the hash. 2. Take the hash value and divide it by the number of locators stored in the locator-set for the EID-to-RLOC mapping. 3. The remainder will be yield a value of 0 to "number of locators minus 1". Use the remainder to select the locator in the locator-set. Note that when a packet is LISP encapsulated, the source port number in the outer UDP header needs to be set. Selecting a random value allows core routers which are attached to Link Aggregation Groups (LAGs) to load-split the encapsulated packets across member links of such LAGs. Otherwise, core routers would see a single flow, since packets have a source address of the ITR, for packets which are originated by different EIDs at the source site. A suggested setting for the source port number computed by an ITR is a 5-tuple hash function on the inner header, as described above. Farinacci, et al. Expires January 16, 2010 [Page 39] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 6.5. Changing the Contents of EID-to-RLOC Mappings Since the LISP architecture uses a caching scheme to retrieve and store EID-to-RLOC mappings, the only way an ITR can get a more up-to- date mapping is to re-request the mapping. However, the ITRs do not know when the mappings change and the ETRs do not keep track of who requested its mappings. For scalability reasons, we want to maintain this approach but need to provide a way for ETRs change their mappings and inform the sites that are currently communicating with the ETR site using such mappings. When a locator record is added to the end of a locator-set, it is easy to update mappings. We assume new mappings will maintain the same locator ordering as the old mapping but just have new locators appended to the end of the list. So some ITRs can have a new mapping while other ITRs have only an old mapping that is used until they time out. When an ITR has only an old mapping but detects bits set in the loc-reach-bits that correspond to locators beyond the list it has cached, it simply ignores them. When a locator record is removed from a locator-set, ITRs that have the mapping cached will not use the removed locator because the xTRs will set the loc-reach-bit to 0. So even if the locator is in the list, it will not be used. For new mapping requests, the xTRs can set the locator address to 0 as well as setting the corresponding loc-reach-bit to 0. This forces ITRs with old or new mappings to avoid using the removed locator. If many changes occur to a mapping over a long period of time, one will find empty record slots in the middle of the locator-set and new records appended to the locator-set. At some point, it would be useful to compact the locator-set so the loc-reach-bit settings can be efficiently packed. We propose here two approaches for locator-set compaction, one operational and the other a protocol mechanism. The operational approach uses a clock sweep method. The protocol approach uses the concept of Solicit-Map-Requests. 6.5.1. Clock Sweep The clock sweep approach uses planning in advance and the use of count-down TTLs to time out mappings that have already been cached. The default setting for an EID-to-RLOC mapping TTL is 24 hours. So there is a 24 hour window to time out old mappings. The following clock sweep procedure is used: Farinacci, et al. Expires January 16, 2010 [Page 40] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 1. 24 hours before a mapping change is to take effect, a network administrator configures the ETRs at a site to start the clock sweep window. 2. During the clock sweep window, ETRs continue to send Map-Reply messages with the current (unchanged) mapping records. The TTL for these mappings is set to 1 hour. 3. 24 hours later, all previous cache entries will have timed out, and any active cache entries will time out within 1 hour. During this 1 hour window the ETRs continue to send Map-Reply messages with the current (unchanged) mapping records with the TTL set to 1 minute. 4. At the end of the 1 hour window, the ETRs will send Map-Reply messages with the new (changed) mapping records. So any active caches can get the new mapping contents right away if not cached, or in 1 minute if they had the mapping cached. 6.5.2. Solicit-Map-Request (SMR) Soliciting a Map-Request is a selective way for xTRs, at the site where mappings change, to control the rate they receive requests for Map-Reply messages. SMRs are also used to tell remote ITRs to update the mappings they have cached. Since the xTRs don't keep track of remote ITRs that have cached their mappings, they can not tell exactly who needs the new mapping entries. So an xTR will solicit Map-Requests from sites it is currently sending encapsulated data to, and only from those sites. The xTRs can locally decide the algorithm for how often and to how many sites it sends SMR messages. An SMR message is simply a bit set in an encapsulated data packet (and a Map-Request message). When an ETR at a remote site decapsulates a data packet that has the SMR bit set, it can tell that a new Map-Request message is being solicited. Both the xTR that sends the SMR message and the site that acts on the SMR message MUST be rate-limited. The following procedure shows how a SMR exchange occurs when a site is doing locator-set compaction for an EID-to-RLOC mapping: 1. When the database mappings in an ETR change, the ITRs at the site begin to set the SMR bit in packets they encapsulate to the sites they communicate with. Farinacci, et al. Expires January 16, 2010 [Page 41] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 2. A remote xTR which decapsulates a packet with the SMR bit set will schedule sending a Map-Request message to the source locator address of the encapsulated packet. The nonce in the Map-Request is copied from the nonce in the encapsulated data packet that has the SMR bit set. 3. The remote xTR retransmits the Map-Request slowly until it gets a Map-Reply while continuing to use the cached mapping. 4. The ETRs at the site with the changed mapping will reply to the Map-Request with a Map-Reply message provided the Map-Request nonce matches the nonce from the SMR. The Map-Reply messages SHOULD be rate limited. This is important to avoid Map-Reply implosion. 5. The ETRs, at the site with the changed mapping, records the fact that the site that sent the Map-Request has received the new mapping data in the mapping cache entry for the remote site so the loc-reach-bits are reflective of the new mapping for packets going to the remote site. The ETR then stops sending packets with the SMR-bit set. For security reasons an ITR MUST NOT process unsolicited Map-Replies. The nonce MUST be carried from SMR packet, into the resultant Map- Request, and then into Map-Reply to reduce spoofing attacks. Farinacci, et al. Expires January 16, 2010 [Page 42] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 7. Router Performance Considerations LISP is designed to be very hardware-based forwarding friendly. By doing tunnel header prepending [RFC1955] and stripping instead of re- writing addresses, existing hardware can support the forwarding model with little or no modification. Where modifications are required, they should be limited to re-programming existing hardware rather than requiring expensive design changes to hard-coded algorithms in silicon. A few implementation techniques can be used to incrementally implement LISP: o When a tunnel encapsulated packet is received by an ETR, the outer destination address may not be the address of the router. This makes it challenging for the control plane to get packets from the hardware. This may be mitigated by creating special FIB entries for the EID-prefixes of EIDs served by the ETR (those for which the router provides an RLOC translation). These FIB entries are marked with a flag indicating that control plane processing should be performed. The forwarding logic of testing for particular IP protocol number value is not necessary. No changes to existing, deployed hardware should be needed to support this. o On an ITR, prepending a new IP header is as simple as adding more bytes to a MAC rewrite string and prepending the string as part of the outgoing encapsulation procedure. Many routers that support GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already support this action. o When a received packet's outer destination address contains an EID which is not intended to be forwarded on the routable topology (i.e. LISP 1.5), the source address of a data packet or the router interface with which the source is associated (the interface from which it was received) can be associated with a VRF (Virtual Routing/Forwarding), in which a different (i.e. non- congruent) topology can be used to find EID-to-RLOC mappings. Farinacci, et al. Expires January 16, 2010 [Page 43] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8. Deployment Scenarios This section will explore how and where ITRs and ETRs can be deployed and will discuss the pros and cons of each deployment scenario. There are two basic deployment trade-offs to consider: centralized versus distributed caches and flat, recursive, or re-encapsulating tunneling. When deciding on centralized versus distributed caching, the following issues should be considered: o Are the tunnel routers spread out so that the caches are spread across all the memories of each router? o Should management "touch points" be minimized by choosing few tunnel routers, just enough for redundancy? o In general, using more ITRs doesn't increase management load, since caches are built and stored dynamically. On the other hand, more ETRs does require more management since EID-prefix-to-RLOC mappings need to be explicitly configured. When deciding on flat, recursive, or re-encapsulation tunneling, the following issues should be considered: o Flat tunneling implements a single tunnel between source site and destination site. This generally offers better paths between sources and destinations with a single tunnel path. o Recursive tunneling is when tunneled traffic is again further encapsulated in another tunnel, either to implement VPNs or to perform Traffic Engineering. When doing VPN-based tunneling, the site has some control since the site is prepending a new tunnel header. In the case of TE-based tunneling, the site may have control if it is prepending a new tunnel header, but if the site's ISP is doing the TE, then the site has no control. Recursive tunneling generally will result in suboptimal paths but at the benefit of steering traffic to resource available parts of the network. o The technique of re-encapsulation ensures that packets only require one tunnel header. So if a packet needs to be rerouted, it is first decapsulated by the ETR and then re-encapsulated with a new tunnel header using a new RLOC. The next sub-sections will describe where tunnel routers can reside in the network. Farinacci, et al. Expires January 16, 2010 [Page 44] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8.1. First-hop/Last-hop Tunnel Routers By locating tunnel routers close to hosts, the EID-prefix set is at the granularity of an IP subnet. So at the expense of more EID- prefix-to-RLOC sets for the site, the caches in each tunnel router can remain relatively small. But caches always depend on the number of non-aggregated EID destination flows active through these tunnel routers. With more tunnel routers doing encapsulation, the increase in control traffic grows as well: since the EID-granularity is greater, more Map-Requests and Map-Replies are traveling between more routers. The advantage of placing the caches and databases at these stub routers is that the products deployed in this part of the network have better price-memory ratios then their core router counterparts. Memory is typically less expensive in these devices and fewer routes are stored (only IGP routes). These devices tend to have excess capacity, both for forwarding and routing state. LISP functionality can also be deployed in edge switches. These devices generally have layer-2 ports facing hosts and layer-3 ports facing the Internet. Spare capacity is also often available in these devices as well. 8.2. Border/Edge Tunnel Routers Using customer-edge (CE) routers for tunnel endpoints allows the EID space associated with a site to be reachable via a small set of RLOCs assigned to the CE routers for that site. This offers the opposite benefit of the first-hop/last-hop tunnel router scenario: the number of mapping entries and network management touch points are reduced, allowing better scaling. One disadvantage is that less of the network's resources are used to reach host endpoints thereby centralizing the point-of-failure domain and creating network choke points at the CE router. Note that more than one CE router at a site can be configured with the same IP address. In this case an RLOC is an anycast address. This allows resilience between the CE routers. That is, if a CE router fails, traffic is automatically routed to the other routers using the same anycast address. However, this comes with the disadvantage where the site cannot control the entrance point when the anycast route is advertised out from all border routers. Farinacci, et al. Expires January 16, 2010 [Page 45] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 8.3. ISP Provider-Edge (PE) Tunnel Routers Use of ISP PE routers as tunnel endpoint routers gives an ISP control over the location of the egress tunnel endpoints. That is, the ISP can decide if the tunnel endpoints are in the destination site (in either CE routers or last-hop routers within a site) or at other PE edges. The advantage of this case is that two or more tunnel headers can be avoided. By having the PE be the first router on the path to encapsulate, it can choose a TE path first, and the ETR can decapsulate and re-encapsulate for a tunnel to the destination end site. An obvious disadvantage is that the end site has no control over where its packets flow or the RLOCs used. As mentioned in earlier sections a combination of these scenarios is possible at the expense of extra packet header overhead, if both site and provider want control, then recursive or re-encapsulating tunnels are used. Farinacci, et al. Expires January 16, 2010 [Page 46] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 9. Traceroute Considerations When a source host in a LISP site initiates a traceroute to a destination host in another LISP site, it is highly desirable for it to see the entire path. Since packets are encapsulated from ITR to ETR, the hop across the tunnel could be viewed as a single hop. However, LISP traceroute will provide the entire path so the user can see 3 distinct segments of the path from a source LISP host to a destination LISP host: Segment 1 (in source LISP site based on EIDs): source-host ---> first-hop ... next-hop ---> ITR Segment 2 (in the core network based on RLOCs): ITR ---> next-hop ... next-hop ---> ETR Segment 3 (in the destination LISP site based on EIDs): ETR ---> next-hop ... last-hop ---> destination-host For segment 1 of the path, ICMP Time Exceeded messages are returned in the normal matter as they are today. The ITR performs a TTL decrement and test for 0 before encapsulating. So the ITR hop is seen by the traceroute source has an EID address (the address of site-facing interface). For segment 2 of the path, ICMP Time Exceeded messages are returned to the ITR because the TTL decrement to 0 is done on the outer header, so the destination of the ICMP messages are to the ITR RLOC address, the source source RLOC address of the encapsulated traceroute packet. The ITR looks inside of the ICMP payload to inspect the traceroute source so it can return the ICMP message to the address of the traceroute client as well as retaining the core router IP address in the ICMP message. This is so the traceroute client can display the core router address (the RLOC address) in the traceroute output. The ETR returns its RLOC address and responds to the TTL decrement to 0 like the previous core routers did. For segment 3, the next-hop router downstream from the ETR will be decrementing the TTL for the packet that was encapsulated, sent into the core, decapsulated by the ETR, and forwarded because it isn't the final destination. If the TTL is decremented to 0, any router on the path to the destination of the traceroute, including the next-hop router or destination, will send an ICMP Time Exceeded message to the source EID of the traceroute client. The ICMP message will be Farinacci, et al. Expires January 16, 2010 [Page 47] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 encapsulated by the local ITR and sent back to the ETR in the originated traceroute source site, where the packet will be delivered to the host. 9.1. IPv6 Traceroute IPv6 traceroute follows the procedure described above since the entire traceroute data packet is included in ICMP Time Exceeded message payload. Therefore, only the ITR needs to pay special attention for forwarding ICMP messages back to the traceroute source. 9.2. IPv4 Traceroute For IPv4 traceroute, we cannot follow the above procedure since IPv4 ICMP Time Exceeded messages only include the invoking IP header and 8 bytes that follow the IP header. Therefore, when a core router sends an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP payload is the encapsulated header it prepended followed by a UDP header. The original invoking IP header, and therefore the identity of the traceroute source is lost. The solution we propose to solve this problem is to cache traceroute IPv4 headers in the ITR and to match them up with corresponding IPv4 Time Exceeded messages received from core routers and the ETR. The ITR will use a circular buffer for caching the IPv4 and UDP headers of traceroute packets. It will select a 16-bit number as a key to find them later when the IPv4 Time Exceeded messages are received. When an ITR encapsulates an IPv4 traceroute packet, it will use the 16-bit number as the UDP source port in the encapsulating header. When the ICMP Time Exceeded message is returned to the ITR, the UDP header of the encapsulating header is present in the ICMP payload thereby allowing the ITR to find the cached headers for the traceroute source. The ITR puts the cached headers in the payload and sends the ICMP Time Exceeded message to the traceroute source retaining the source address of the original ICMP Time Exceeded message (a core router or the ETR of the site of the traceroute destination). 9.3. Traceroute using Mixed Locators When either an IPv4 traceroute or IPv6 traceroute is originated and the ITR encapsulates it in the other address family header, you cannot get all 3 segments of the traceroute. Segment 2 of the traceroute can not be conveyed to the traceroute source since it is expecting addresses from intermediate hops in the same address format for the type of traceroute it originated. Therefore, in this case, segment 2 will make the tunnel look like one hop. All the ITR has to do to make this work is to not copy the inner TTL to the outer, Farinacci, et al. Expires January 16, 2010 [Page 48] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 encapsulating header's TTL when a traceroute packet is encapsulated using an RLOC from a different address family. This will cause no TTL decrement to 0 to occur in core routers between the ITR and ETR. Farinacci, et al. Expires January 16, 2010 [Page 49] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 10. Mobility Considerations There are several kinds of mobility of which only some might be of concern to LISP. Essentially they are as follows. 10.1. Site Mobility A site wishes to change its attachment points to the Internet, and its LISP Tunnel Routers will have new RLOCs when it changes upstream providers. Changes in EID-RLOC mappings for sites are expected to be handled by configuration, outside of the LISP protocol. 10.2. Slow Endpoint Mobility An individual endpoint wishes to move, but is not concerned about maintaining session continuity. Renumbering is involved. LISP can help with the issues surrounding renumbering [RFC4192] [LISA96] by decoupling the address space used by a site from the address spaces used by its ISPs. [RFC4984] 10.3. Fast Endpoint Mobility Fast endpoint mobility occurs when an endpoint moves relatively rapidly, changing its IP layer network attachment point. Maintenance of session continuity is a goal. This is where the Mobile IPv4 [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used, and primarily where interactions with LISP need to be explored. The problem is that as an endpoint moves, it may require changes to the mapping between its EID and a set of RLOCs for its new network location. When this is added to the overhead of mobile IP binding updates, some packets might be delayed or dropped. In IPv4 mobility, when an endpoint is away from home, packets to it are encapsulated and forwarded via a home agent which resides in the home area the endpoint's address belongs to. The home agent will encapsulate and forward packets either directly to the endpoint or to a foreign agent which resides where the endpoint has moved to. Packets from the endpoint may be sent directly to the correspondent node, may be sent via the foreign agent, or may be reverse-tunneled back to the home agent for delivery to the mobile node. As the mobile node's EID or available RLOC changes, LISP EID-to-RLOC mappings are required for communication between the mobile node and the home agent, whether via foreign agent or not. As a mobile endpoint changes networks, up to three LISP mapping changes may be required: Farinacci, et al. Expires January 16, 2010 [Page 50] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 o The mobile node moves from an old location to a new visited network location and notifies its home agent that it has done so. The Mobile IPv4 control packets the mobile node sends pass through one of the new visited network's ITRs, which needs a EID-RLOC mapping for the home agent. o The home agent might not have the EID-RLOC mappings for the mobile node's "care-of" address or its foreign agent in the new visited network, in which case it will need to acquire them. o When packets are sent directly to the correspondent node, it may be that no traffic has been sent from the new visited network to the correspondent node's network, and the new visited network's ITR will need to obtain an EID-RLOC mapping for the correspondent node's site. In addition, if the IPv4 endpoint is sending packets from the new visited network using its original EID, then LISP will need to perform a route-returnability check on the new EID-RLOC mapping for that EID. In IPv6 mobility, packets can flow directly between the mobile node and the correspondent node in either direction. The mobile node uses its "care-of" address (EID). In this case, the route-returnability check would not be needed but one more LISP mapping lookup may be required instead: o As above, three mapping changes may be needed for the mobile node to communicate with its home agent and to send packets to the correspondent node. o In addition, another mapping will be needed in the correspondent node's ITR, in order for the correspondent node to send packets to the mobile node's "care-of" address (EID) at the new network location. When both endpoints are mobile the number of potential mapping lookups increases accordingly. As a mobile node moves there are not only mobility state changes in the mobile node, correspondent node, and home agent, but also state changes in the ITRs and ETRs for at least some EID-prefixes. The goal is to support rapid adaptation, with little delay or packet loss for the entire system. Heuristics can be added to LISP to reduce the number of mapping changes required and to reduce the delay per mapping change. Also IP mobility can be modified to require fewer mapping changes. In order to increase overall system Farinacci, et al. Expires January 16, 2010 [Page 51] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 performance, there may be a need to reduce the optimization of one area in order to place fewer demands on another. In LISP, one possibility is to "glean" information. When a packet arrives, the ETR could examine the EID-RLOC mapping and use that mapping for all outgoing traffic to that EID. It can do this after performing a route-returnability check, to ensure that the new network location does have a internal route to that endpoint. However, this does not cover the case where an ITR (the node assigned the RLOC) at the mobile-node location has been compromised. Mobile IP packet exchange is designed for an environment in which all routing information is disseminated before packets can be forwarded. In order to allow the Internet to grow to support expected future use, we are moving to an environment where some information may have to be obtained after packets are in flight. Modifications to IP mobility should be considered in order to optimize the behavior of the overall system. Anything which decreases the number of new EID- RLOC mappings needed when a node moves, or maintains the validity of an EID-RLOC mapping for a longer time, is useful. 10.4. Fast Network Mobility In addition to endpoints, a network can be mobile, possibly changing xTRs. A "network" can be as small as a single router and as large as a whole site. This is different from site mobility in that it is fast and possibly short-lived, but different from endpoint mobility in that a whole prefix is changing RLOCs. However, the mechanisms are the same and there is no new overhead in LISP. A map request for any endpoint will return a binding for the entire mobile prefix. If mobile networks become a more common occurrence, it may be useful to revisit the design of the mapping service and allow for dynamic updates of the database. The issue of interactions between mobility and LISP needs to be explored further. Specific improvements to the entire system will depend on the details of mapping mechanisms. Mapping mechanisms should be evaluated on how well they support session continuity for mobile nodes. 10.5. LISP Mobile Node Mobility An mobile device can use the LISP infrastructure to achieve mobility by implementing the LISP encapsulation and decapsulation functions and acting as a simple ITR/ETR. By doing this, such a "LISP mobile node" can use topologically-independent EID IP addresses that are not advertised into and do not impose a cost on the global routing Farinacci, et al. Expires January 16, 2010 [Page 52] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 system. These EIDs are maintained at the edges of the mapping system (in LISP Map-Servers and Map-Resolvers) and are provided on demand to only the correspondents of the LISP mobile node. Refer to the LISP Mobility Architecture specification [LISP-MN] for more details. Farinacci, et al. Expires January 16, 2010 [Page 53] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 11. Multicast Considerations A multicast group address, as defined in the original Internet architecture is an identifier of a grouping of topologically independent receiver host locations. The address encoding itself does not determine the location of the receiver(s). The multicast routing protocol, and the network-based state the protocol creates, determines where the receivers are located. In the context of LISP, a multicast group address is both an EID and a Routing Locator. Therefore, no specific semantic or action needs to be taken for a destination address, as it would appear in an IP header. Therefore, a group address that appears in an inner IP header built by a source host will be used as the destination EID. The outer IP header (the destination Routing Locator address), prepended by a LISP router, will use the same group address as the destination Routing Locator. Having said that, only the source EID and source Routing Locator needs to be dealt with. Therefore, an ITR merely needs to put its own IP address in the source Routing Locator field when prepending the outer IP header. This source Routing Locator address, like any other Routing Locator address MUST be globally routable. Therefore, an EID-to-RLOC mapping does not need to be performed by an ITR when a received data packet is a multicast data packet or when processing a source-specific Join (either by IGMPv3 or PIM). But the source Routing Locator is decided by the multicast routing protocol in a receiver site. That is, an EID to Routing Locator translation is done at control-time. Another approach is to have the ITR not encapsulate a multicast packet and allow the the host built packet to flow into the core even if the source address is allocated out of the EID namespace. If the RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers can RPF to the ITR (the Locator address which is injected into core routing) rather than the host source address (the EID address which is not injected into core routing). To avoid any EID-based multicast state in the network core, the first approach is chosen for LISP-Multicast. Details for LISP-Multicast and Interworking with non-LISP sites is described in specification [MLISP]. Farinacci, et al. Expires January 16, 2010 [Page 54] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 12. Security Considerations It is believed that most of the security mechanisms will be part of the mapping database service when using control plane procedures for obtaining EID-to-RLOC mappings. For data plane triggered mappings, as described in this specification, protection is provided against ETR spoofing by using Return- Routability mechanisms evidenced by the use of a 4-byte Nonce field in the LISP encapsulation header. The nonce, coupled with the ITR accepting only solicited Map-Replies goes a long way toward providing decent authentication. LISP does not rely on a PKI infrastructure or a more heavy weight authentication system. These systems challenge the scalability of LISP which was a primary design goal. DoS attack prevention will depend on implementations rate-limiting Map-Requests and Map-Replies to the control plane as well as rate- limiting the number of data-triggered Map-Replies. To deal with map-cache exhaustion attempts in an ITR/PTR, the implementation should consider putting a maximum cap on the number of entries stored with a reserve list for special or frequently accessed sites. This should be a configuration policy control set by the network administrator who manages ITRs and PTRs. Farinacci, et al. Expires January 16, 2010 [Page 55] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 13. Prototype Plans and Status The operator community has requested that the IETF take a practical approach to solving the scaling problems associated with global routing state growth. This document offers a simple solution which is intended for use in a pilot program to gain experience in working on this problem. The authors hope that publishing this specification will allow the rapid implementation of multiple vendor prototypes and deployment on a small scale. Doing this will help the community: o Decide whether a new EID-to-RLOC mapping database infrastructure is needed or if a simple, UDP-based, data-triggered approach is flexible and robust enough. o Experiment with provider-independent assignment of EIDs while at the same time decreasing the size of DFZ routing tables through the use of topologically-aligned, provider-based RLOCs. o Determine whether multiple levels of tunneling can be used by ISPs to achieve their Traffic Engineering goals while simultaneously removing the more specific routes currently injected into the global routing system for this purpose. o Experiment with mobility to determine if both acceptable convergence and session continuity properties can be scalably implemented to support both individual device roaming and site service provider changes. Here is a rough set of milestones: 1. This draft will be the draft for interoperable implementations to code against. Interoperable implementations will be ready beginning of 2009. 2. Continue pilot deployment using LISP-ALT as the database mapping mechanism. 3. Continue prototyping and studying other database lookup schemes, be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms. 4. Implement the LISP Multicast draft [MLISP]. 5. Implement the LISP Mobile Node draft [LISP-MN]. 6. Research more on how policy affects what gets returned in a Map- Reply from an ETR. Farinacci, et al. Expires January 16, 2010 [Page 56] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 7. Continue to experiment with mixed locator-sets to understand how LISP can help the IPv4 to IPv6 transition. 8. Add more robustness to locator reachability between LISP sites. As of this writing the following accomplishments have been achieved: 1. A unit- and system-tested software switching implementation has been completed on cisco NX-OS for this draft for both IPv4 and IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators. 2. A unit- and system-tested software switching implementation on cisco NX-OS has been completed for draft [ALT]. 3. A unit- and system-tested software switching implementation on cisco NX-OS has been completed for draft [INTERWORK]. Support for IPv4 translation is provided and PTR support for IPv4 and IPv6 is provided. 4. The cisco NX-OS implementation supports an experimental mechanism for slow mobility. 5. Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and Andrew Partan continue to test all the features described above on a dual-stack infrastructure. 6. Darrel Lewis and Dave Meyer have deployed both LISP translation and LISP PTR support in the pilot network. Point your browser to http://www.lisp4.net to see translation happening in action so your non-LISP site can access a web server in a LISP site. 7. Soon http://www.lisp6.net will work where your IPv6 LISP site can talk to a IPv6 web server in a LISP site by using mixed address-family based locators. 8. An public domain implementation of LISP is underway. See [OPENLISP] for details. 9. We have deployed Map-Resolvers and Map-Servers on the LISP pilot network to gather experience with [LISP-MS]. The first layer of the architecture are the xTRs which use Map-Servers for EID- prefix registration and Map-Resolvers for EID-to-RLOC mapping resolution. The second layer are the Map-Resolvers and Map- Servers which connect to the ALT BGP peering infrastructure. And the third layer are ALT-routers which aggregate EID-prefixes and forward Map-Requests. Farinacci, et al. Expires January 16, 2010 [Page 57] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 10. A cisco IOS implementation is underway which currently supports IPv4 encapsulation and decapsulation features. 11. A LISP router based LIG implementation is supported, deployed, and used daily to debug and test the LISP pilot network. See [LIG] for details. 12. A Linux implementation of LIG has been made available and supported by Dave Meyer. It can be run on any Linux system which resides in either a LISP site or non-LISP site. See [LIG] for details. Public domain code can be downloaded from http://github.com/davidmeyer/lig/tree/master. 13. An experimental implementation has been written for three locator reachability algorithms. One is called echo-noncing, which is documented in this specification. The other two are called TCP-counts and RLOC-probing, which will be documented in future drafts. If interested in writing a LISP implementation, testing any of the LISP implementations, or want to be part of the LISP pilot program, please contact lisp@ietf.org. Farinacci, et al. Expires January 16, 2010 [Page 58] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 14. References 14.1. Normative References [RFC0768] Postel, J., "User Datagram Protocol", STD 6, RFC 768, August 1980. [RFC1191] Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191, November 1990. [RFC1498] Saltzer, J., "On the Naming and Binding of Network Destinations", RFC 1498, August 1993. [RFC1955] Hinden, R., "New Scheme for Internet Routing and Addressing (ENCAPS) for IPNG", RFC 1955, June 1996. [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, March 1997. [RFC2402] Kent, S. and R. Atkinson, "IP Authentication Header", RFC 2402, November 1998. [RFC2434] Narten, T. and H. Alvestrand, "Guidelines for Writing an IANA Considerations Section in RFCs", BCP 26, RFC 2434, October 1998. [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, March 2000. [RFC3056] Carpenter, B. and K. Moore, "Connection of IPv6 Domains via IPv4 Clouds", RFC 3056, February 2001. [RFC3168] Ramakrishnan, K., Floyd, S., and D. Black, "The Addition of Explicit Congestion Notification (ECN) to IP", RFC 3168, September 2001. [RFC3775] Johnson, D., Perkins, C., and J. Arkko, "Mobility Support in IPv6", RFC 3775, June 2004. [RFC4423] Moskowitz, R. and P. Nikander, "Host Identity Protocol (HIP) Architecture", RFC 4423, May 2006. [RFC4866] Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route Optimization for Mobile IPv6", RFC 4866, May 2007. [RFC4984] Meyer, D., Zhang, L., and K. Fall, "Report from the IAB Workshop on Routing and Addressing", RFC 4984, Farinacci, et al. Expires January 16, 2010 [Page 59] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 September 2007. 14.2. Informative References [AFI] IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY NUMBERS http://www.iana.org/numbers.html, Febuary 2007. [ALT] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP Alternative Topology (LISP-ALT)", draft-ietf-lisp-alt-01.txt (work in progress), May 2009. [APT] Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and L. Zhang, "APT: A Practical Transit Mapping Service", draft-jen-apt-01.txt (work in progress), November 2007. [CHIAPPA] Chiappa, J., "Endpoints and Endpoint names: A Proposed Enhancement to the Internet Architecture", Internet- Draft http://www.chiappa.net/~jnc/tech/endpoints.txt, 1999. [CONS] Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A Content distribution Overlay Network Service for LISP", draft-meyer-lisp-cons-03.txt (work in progress), November 2007. [DHTs] Ratnasamy, S., Shenker, S., and I. Stoica, "Routing Algorithms for DHTs: Some Open Questions", PDF file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf. [EMACS] Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID Mappings Multicast Across Cooperating Systems for LISP", draft-curran-lisp-emacs-00.txt (work in progress), November 2007. [GSE] "GSE - An Alternate Addressing Architecture for IPv6", draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997. [INTERWORK] Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, "Interworking LISP with IPv4 and IPv6", draft-ietf-lisp-interworking-00.txt (work in progress), January 2009. [LIG] Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)", draft-farinacci-lisp-lig-01.txt (work in progress), May 2009. [LISA96] Lear, E., Katinsky, J., Coffin, J., and D. Tharp, Farinacci, et al. Expires January 16, 2010 [Page 60] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 "Renumbering: Threat or Menace?", Usenix , September 1996. [LISP-MAIN] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-farinacci-lisp-12.txt (work in progress), March 2009. [LISP-MN] Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP Mobility Architecture", draft-meyer-lisp-mn-00.txt (work in progress), July 2009. [LISP-MS] Farinacci, D. and V. Fuller, "LISP Map Server", draft-ietf-lisp-ms-01.txt (work in progress), May 2009. [LISP1] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, "Locator/ID Separation Protocol (LISP1) [Routable ID Version]", Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt, October 2006. [LISP2] Farinacci, D., Oran, D., Fuller, V., and J. Schiller, "Locator/ID Separation Protocol (LISP2) [DNS-based Version]", Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt, November 2006. [LISPDHT] Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT: Towards a DHT to map identifiers onto locators", draft-mathy-lisp-dht-00.txt (work in progress), February 2008. [LOC-ID-ARCH] Meyer, D. and D. Lewis, "Architectural Implications of Locator/ID Separation", draft-meyer-loc-id-implications-01.txt (work in progress), Januaryr 2009. [MLISP] Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas, "LISP for Multicast Environments", draft-ietf-lisp-multicast-01.txt (work in progress), May 2009. [NERD] Lear, E., "NERD: A Not-so-novel EID to RLOC Database", draft-lear-lisp-nerd-04.txt (work in progress), April 2008. [OPENLISP] Farinacci, et al. Expires January 16, 2010 [Page 61] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Iannone, L. and O. Bonaventure, "OpenLISP Implementation Report", draft-iannone-openlisp-implementation-01.txt (work in progress), July 2008. [RADIR] Narten, T., "Routing and Addressing Problem Statement", draft-narten-radir-problem-statement-00.txt (work in progress), July 2007. [RFC3344bis] Perkins, C., "IP Mobility Support for IPv4, revised", draft-ietf-mip4-rfc3344bis-05 (work in progress), July 2007. [RFC4192] Baker, F., Lear, E., and R. Droms, "Procedures for Renumbering an IPv6 Network without a Flag Day", RFC 4192, September 2005. [RPFV] Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress), January 2009. [RPMD] Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol for Routing Protocol Meta-data Dissemination", draft-handley-p2ppush-unpublished-2007726.txt (work in progress), July 2007. [SHIM6] Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim protocol", draft-ietf-shim6-proto-06.txt (work in progress), October 2006. Farinacci, et al. Expires January 16, 2010 [Page 62] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Appendix A. Acknowledgments An initial thank you goes to Dave Oran for planting the seeds for the initial ideas for LISP. His consultation continues to provide value to the LISP authors. A special and appreciative thank you goes to Noel Chiappa for providing architectural impetus over the past decades on separation of location and identity, as well as detailed review of the LISP architecture and documents, coupled with enthusiasm for making LISP a practical and incremental transition for the Internet. The authors would like to gratefully acknowledge many people who have contributed discussion and ideas to the making of this proposal. They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller, Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston, David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley, Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler, Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian Lezama, Attilla De Groot, Parantap Lahiri, David Black, Roque Gagliano, and Isidor Kouvelas. In particular, we would like to thank Dave Meyer for his clever suggestion for the name "LISP". ;-) This work originated in the Routing Research Group (RRG) of the IRTF. The individual submission [LISP-MAIN] was converted into this IETF LISP working group draft. Farinacci, et al. Expires January 16, 2010 [Page 63] =0C Internet-Draft Locator/ID Separation Protocol (LISP) July 2009 Authors' Addresses Dino Farinacci cisco Systems Tasman Drive San Jose, CA 95134 USA Email: dino@cisco.com Vince Fuller cisco Systems Tasman Drive San Jose, CA 95134 USA Email: vaf@cisco.com Dave Meyer cisco Systems 170 Tasman Drive San Jose, CA USA Email: dmm@cisco.com Darrel Lewis cisco Systems 170 Tasman Drive San Jose, CA USA Email: darlewis@cisco.com Farinacci, et al. Expires January 16, 2010 [Page 64] =0C --Apple-Mail-60-972406088 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-60-972406088 Content-Disposition: attachment; filename=lisp-02-to-03-rfcdiff.html Content-Type: text/html; x-unix-mode=0644; name="lisp-02-to-03-rfcdiff.html" Content-Transfer-Encoding: 7bit wdiff draft-ietf-lisp-02.txt draft-ietf-lisp-03.txt 
Network Working Group                                       D. Farinacci
Internet-Draft                                                 V. Fuller
Intended status: Experimental                                   D. Meyer
Expires: January 10, 16, 2010                                       D. Lewis
                                                           cisco Systems
                                                           July 9, 15, 2009

                 Locator/ID Separation Protocol (LISP)
                         draft-ietf-lisp-02.txt
                         draft-ietf-lisp-03.txt

Status of this Memo

   This Internet-Draft is submitted to IETF in full conformance with the
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Copyright Notice

   Copyright (c) 2009 IETF Trust and the persons identified as the
   document authors.  All rights reserved.

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Abstract

   This draft describes a simple, incremental, network-based protocol to
   implement separation of Internet addresses into Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs).  This mechanism requires no
   changes to host stacks and no major changes to existing database
   infrastructures.  The proposed protocol can be implemented in a
   relatively small number of routers.

   This proposal was stimulated by the problem statement effort at the
   Amsterdam IAB Routing and Addressing Workshop (RAWS), which took
   place in October 2006.

Table of Contents

   1.  Requirements Notation  . . . . . . . . . . . . . . . . . . . .  4
   2.  Introduction . . . . . . . . . . . . . . . . . . . . . . . . .  5
   3.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  8
   4.  Basic Overview . . . . . . . . . . . . . . . . . . . . . . . . 12
     4.1.  Packet Flow Sequence . . . . . . . . . . . . . . . . . . . 14
   5.  Tunneling Details  . . . . . . . . . . . . . . . . . . . . . . 16
     5.1.  LISP IPv4-in-IPv4 Header Format  . . . . . . . . . . . . . 17
     5.2.  LISP IPv6-in-IPv6 Header Format  . . . . . . . . . . . . . 18
     5.3.  Tunnel Header Field Descriptions . . . . . . . . . . . . . 19
     5.4.  Dealing with Large Encapsulated Packets  . . . . . . . . . 21
       5.4.1.  A Stateless Solution to MTU Handling . . . . . . . . . 21
       5.4.2.  A Stateful Solution to MTU Handling  . . . . . . . . . 22
   6.  EID-to-RLOC Mapping  . . . . . . . . . . . . . . . . . . . . . 23 24
     6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats  . . . . . 23 24
       6.1.1.  LISP Packet Type Allocations . . . . . . . . . . . . . 25 26
       6.1.2.  Map-Request Message Format . . . . . . . . . . . . . . 25 26
       6.1.3.  EID-to-RLOC UDP Map-Request Message  . . . . . . . . . 27 28
       6.1.4.  Map-Reply Message Format . . . . . . . . . . . . . . . 28 29
       6.1.5.  EID-to-RLOC UDP Map-Reply Message  . . . . . . . . . . 31 32
       6.1.6.  Map-Register Message Format  . . . . . . . . . . . . . 32
     6.2.  Routing Locator Selection  . . . . . . . . . . . . . . . . 34
     6.3.  Routing Locator Reachability . . . . . . . . . . . . . . . 35 36
       6.3.1.  Echo Nonce Algorithm . . . . . . . . . . . . . . . . . 37 38
     6.4.  Routing Locator Hashing  . . . . . . . . . . . . . . . . . 38 39
     6.5.  Changing the Contents of EID-to-RLOC Mappings  . . . . . . 39 40
       6.5.1.  Clock Sweep  . . . . . . . . . . . . . . . . . . . . . 39 40
       6.5.2.  Solicit-Map-Request (SMR)  . . . . . . . . . . . . . . 40 41
   7.  Router Performance Considerations  . . . . . . . . . . . . . . 42 43
   8.  Deployment Scenarios . . . . . . . . . . . . . . . . . . . . . 43 44
     8.1.  First-hop/Last-hop Tunnel Routers  . . . . . . . . . . . . 44 45
     8.2.  Border/Edge Tunnel Routers . . . . . . . . . . . . . . . . 44 45
     8.3.  ISP Provider-Edge (PE) Tunnel Routers  . . . . . . . . . . 45 46
   9.  Traceroute Considerations  . . . . . . . . . . . . . . . . . . 46 47
     9.1.  IPv6 Traceroute  . . . . . . . . . . . . . . . . . . . . . 47 48
     9.2.  IPv4 Traceroute  . . . . . . . . . . . . . . . . . . . . . 47 48
     9.3.  Traceroute using Mixed Locators  . . . . . . . . . . . . . 47 48
   10. Mobility Considerations  . . . . . . . . . . . . . . . . . . . 49 50
     10.1. Site Mobility  . . . . . . . . . . . . . . . . . . . . . . 49 50
     10.2. Slow Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 50
     10.3. Fast Endpoint Mobility . . . . . . . . . . . . . . . . . . 49 50
     10.4. Fast Network Mobility  . . . . . . . . . . . . . . . . . . 51 52
     10.5. LISP Mobile Node Mobility  . . . . . . . . . . . . . . . . 51 52
   11. Multicast Considerations . . . . . . . . . . . . . . . . . . . 53 54
   12. Security Considerations  . . . . . . . . . . . . . . . . . . . 54 55
   13. Prototype Plans and Status . . . . . . . . . . . . . . . . . . 55 56
   14. References . . . . . . . . . . . . . . . . . . . . . . . . . . 58 59
     14.1. Normative References . . . . . . . . . . . . . . . . . . . 58 59
     14.2. Informative References . . . . . . . . . . . . . . . . . . 59 60
   Appendix A.  Acknowledgments . . . . . . . . . . . . . . . . . . . 62 63
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 63 64

1.  Requirements Notation

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

2.  Introduction

   Many years of discussion about the current IP routing and addressing
   architecture have noted that its use of a single numbering space (the
   "IP address") for both host transport session identification and
   network routing creates scaling issues (see [CHIAPPA] and [RFC1498]).
   A number of scaling benefits would be realized by separating the
   current IP address into separate spaces for Endpoint Identifiers
   (EIDs) and Routing Locators (RLOCs); among them are:

   1.  Reduction of routing table size in the "default-free zone" (DFZ).
       Use of a separate numbering space for RLOCs will allow them to be
       assigned topologically (in today's Internet, RLOCs would be
       assigned by providers at client network attachment points),
       greatly improving aggregation and reducing the number of
       globally-visible, routable prefixes.

   2.  More cost-effective multihoming for sites that connect to
       different service providers where they can control their own
       policies for packet flow into the site without using extra
       routing table resources of core routers.

   3.  Easing of renumbering burden when clients change providers.
       Because host EIDs are numbered from a separate, non-provider-
       assigned and non-topologically-bound space, they do not need to
       be renumbered when a client site changes its attachment points to
       the network.

   4.  Traffic engineering capabilities that can be performed by network
       elements and do not depend on injecting additional state into the
       routing system.  This will fall out of the mechanism that is used
       to implement the EID/RLOC split (see Section 4).

   5.  Mobility without address changing.  Existing mobility mechanisms
       will be able to work in a locator/ID separation scenario.  It
       will be possible for a host (or a collection of hosts) to move to
       a different point in the network topology either retaining its
       home-based address or acquiring a new address based on the new
       network location.  A new network location could be a physically
       different point in the network topology or the same physical
       point of the topology with a different provider.

   This draft describes protocol mechanisms to achieve the desired
   functional separation.  For flexibility, the mechanism used for
   forwarding packets is decoupled from that used to determine EID to
   RLOC mappings.  This document covers the former.  For the later, see
   [CONS], [ALT], [EMACS], [RPMD], and [NERD].  This work is in response
   to and intended to address the problem statement that came out of the
   RAWS effort [RFC4984].

   The Routing and Addressing problem statement can be found in [RADIR].

   This draft focuses on a router-based solution.  Building the solution
   into the network will facilitate incremental deployment of the
   technology on the Internet.  Note that while the detailed protocol
   specification and examples in this document assume IP version 4
   (IPv4), there is nothing in the design that precludes use of the same
   techniques and mechanisms for IPv6.  It should be possible for IPv4
   packets to use IPv6 RLOCs and for IPv6 EIDs to be mapped to IPv4
   RLOCs.

   Related work on host-based solutions is described in Shim6 [SHIM6]
   and HIP [RFC4423].  Related work on a router-based solution is
   described in [GSE].  This draft attempts to not compete or overlap
   with such solutions and the proposed protocol changes are expected to
   complement a host-based mechanism when Traffic Engineering
   functionality is desired.

   Some of the design goals of this proposal include:

   1.  Require no hardware or software changes to end-systems (hosts).

   2.  Minimize required changes to Internet infrastructure.

   3.  Be incrementally deployable.

   4.  Require no router hardware changes.

   5.  Minimize the number of routers which have to be modified.  In
       particular, most customer site routers and no core routers
       require changes.

   6.  Minimize router software changes in those routers which are
       affected.

   7.  Avoid or minimize packet loss when EID-to-RLOC mappings need to
       be performed.

   There are 4 variants of LISP, which differ along a spectrum of strong
   to weak dependence on the topological nature and possible need for
   routability of EIDs.  The variants are:

   LISP 1:  uses EIDs that are routable through the RLOC topology for
      bootstrapping EID-to-RLOC mappings.  [LISP1] This was intended as
      a prototyping mechanism for early protocol implementation.  It is
      now deprecated and should not be deployed.

   LISP 1.5:  uses EIDs that are routable for bootstrapping EID-to-RLOC
      mappings; such routing is via a separate topology.

   LISP 2:  uses EIDS that are not routable and EID-to-RLOC mappings are
      implemented within the DNS.  [LISP2]

   LISP 3:  uses non-routable EIDs that are used as lookup keys for a
      new EID-to-RLOC mapping database.  Use of Distributed Hash Tables
      [DHTs] [LISPDHT] to implement such a database would be an area to
      explore.  Other examples of new mapping database services are
      [CONS], [ALT], [RPMD], [NERD], and [APT].

   This document on LISP 1.5, and LISP 3 variants, both of which rely on
   a router-based distributed cache and database for EID-to-RLOC
   mappings.  The LISP 1.0 mechanism works but does not allow reduction
   of routing information in the default-free-zone of the Internet.  The
   LISP 2 mechanisms are put on hold and may never come to fruition
   since it is not architecturally pure to have routing depend on
   directory and directory depend on routing.  The LISP 3 mechanisms
   will be documented elsewhere but may use the control-plane options
   specified in this specification.

3.  Definition of Terms

   Provider Independent (PI) Addresses:   an address block assigned from
      a pool where blocks are not associated with any particular
      location in the network (e.g. from a particular service provider),
      and is therefore not topologically aggregatable in the routing
      system.

   Provider Assigned (PA) Addresses:   a block of IP addresses that are
      assigned to a site by each service provider to which a site
      connects.  Typically, each block is sub-block of a service
      provider CIDR block and is aggregated into the larger block before
      being advertised into the global Internet.  Traditionally, IP
      multihoming has been implemented by each multi-homed site
      acquiring its own, globally-visible prefix.  LISP uses only
      topologically-assigned and aggregatable address blocks for RLOCs,
      eliminating this demonstrably non-scalable practice.

   Routing Locator (RLOC):   the IPv4 or IPv6 address of an egress
      tunnel router (ETR).  It is the output of a EID-to-RLOC mapping
      lookup.  An EID maps to one or more RLOCs.  Typically, RLOCs are
      numbered from topologically-aggregatable blocks that are assigned
      to a site at each point to which it attaches to the global
      Internet; where the topology is defined by the connectivity of
      provider networks, RLOCs can be thought of as PA addresses.
      Multiple RLOCs can be assigned to the same ETR device or to
      multiple ETR devices at a site.

   Endpoint ID (EID):   a 32-bit (for IPv4) or 128-bit (for IPv6) value
      used in the source and destination address fields of the first
      (most inner) LISP header of a packet.  The host obtains a
      destination EID the same way it obtains an destination address
      today, for example through a DNS lookup or SIP exchange.  The
      source EID is obtained via existing mechanisms used to set a
      host's "local" IP address.  An EID is allocated to a host from an
      EID-prefix block associated with the site where the host is
      located.  An EID can be used by a host to refer to other hosts.
      EIDs MUST NOT be used as LISP RLOCs.  Note that EID blocks may be
      assigned in a hierarchical manner, independent of the network
      topology, to facilitate scaling of the mapping database.  In
      addition, an EID block assigned to a site may have site-local
      structure (subnetting) for routing within the site; this structure
      is not visible to the global routing system.  When used in
      discussions with other Locator/ID separation proposals, a LISP EID
      will be called a "LEID".  Throughout this document, any references
      to "EID" refers to an LEID.

   EID-prefix:   A power-of-2 block of EIDs which are allocated to a
      site by an address allocation authority.  EID-prefixes are
      associated with a set of RLOC addresses which make up a "database
      mapping".  EID-prefix allocations can be broken up into smaller
      blocks when an RLOC set is to be associated with the smaller EID-
      prefix.  A globally routed address block (whether PI or PA) is not
      an EID-prefix.  However, a globally routed address block may be
      removed from global routing and reused as an EID-prefix.  A site
      that receives an explicitly allocated EID-prefix may not use that
      EID-prefix as a globally routed prefix assigned to RLOCs.

   End-system:   is an IPv4 or IPv6 device that originates packets with
      a single IPv4 or IPv6 header.  The end-system supplies an EID
      value for the destination address field of the IP header when
      communicating globally (i.e. outside of its routing domain).  An
      end-system can be a host computer, a switch or router device, or
      any network appliance.

   Ingress Tunnel Router (ITR):   a router which accepts an IP packet
      with a single IP header (more precisely, an IP packet that does
      not contain a LISP header).  The router treats this "inner" IP
      destination address as an EID and performs an EID-to-RLOC mapping
      lookup.  The router then prepends an "outer" IP header with one of
      its globally-routable RLOCs in the source address field and the
      result of the mapping lookup in the destination address field.
      Note that this destination RLOC may be an intermediate, proxy
      device that has better knowledge of the EID-to-RLOC mapping closer
      to the destination EID.  In general, an ITR receives IP packets
      from site end-systems on one side and sends LISP-encapsulated IP
      packets toward the Internet on the other side.

      Specifically, when a service provider prepends a LISP header for
      Traffic Engineering purposes, the router that does this is also
      regarded as an ITR.  The outer RLOC the ISP ITR uses can be based
      on the outer destination address (the originating ITR's supplied
      RLOC) or the inner destination address (the originating hosts
      supplied EID).

   TE-ITR:   is an ITR that is deployed in a service provider network
      that prepends an additional LISP header for Traffic Engineering
      purposes.

   Egress Tunnel Router (ETR):   a router that accepts an IP packet
      where the destination address in the "outer" IP header is one of
      its own RLOCs.  The router strips the "outer" header and forwards
      the packet based on the next IP header found.  In general, an ETR
      receives LISP-encapsulated IP packets from the Internet on one
      side and sends decapsulated IP packets to site end-systems on the
      other side.  ETR functionality does not have to be limited to a
      router device.  A server host can be the endpoint of a LISP tunnel
      as well.

   TE-ETR:   is an ETR that is deployed in a service provider network
      that strips an outer LISP header for Traffic Engineering purposes.

   xTR:   is a reference to an ITR or ETR when direction of data flow is
      not part of the context description. xTR refers to the router that
      is the tunnel endpoint.  Used synonymously with the term "Tunnel
      Router".  For example, "An xTR can be located at the Customer Edge
      (CE) router", meaning both ITR and ETR functionality is at the CE
      router.

   EID-to-RLOC Cache:   a short-lived, on-demand table in an ITR that
      stores, tracks, and is responsible for timing-out and otherwise
      validating EID-to-RLOC mappings.  This cache is distinct from the
      full "database" of EID-to-RLOC mappings, it is dynamic, local to
      the ITR(s), and relatively small while the database is
      distributed, relatively static, and much more global in scope.

   EID-to-RLOC Database:   a global distributed database that contains
      all known EID-prefix to RLOC mappings.  Each potential ETR
      typically contains a small piece of the database: the EID-to-RLOC
      mappings for the EID prefixes "behind" the router.  These map to
      one of the router's own, globally-visible, IP addresses.

   Recursive Tunneling:   when a packet has more than one LISP IP
      header.  Additional layers of tunneling may be employed to
      implement traffic engineering or other re-routing as needed.  When
      this is done, an additional "outer" LISP header is added and the
      original RLOCs are preserved in the "inner" header.  Any
      references to tunnels in this specification refers to dynamic
      encapsulating tunnels and never are they staticly configured.

   Reencapsulating Tunnels:   when a packet has no more than one LISP IP
      header (two IP headers total) and when it needs to be diverted to
      new RLOC, an ETR can decapsulate the packet (remove the LISP
      header) and prepend a new tunnel header, with new RLOC, on to the
      packet.  Doing this allows a packet to be re-routed by the re-
      encapsulating router without adding the overhead of additional
      tunnel headers.  Any references to tunnels in this specification
      refers to dynamic encapsulating tunnels and never are they
      staticly configured.

   LISP Header:   a term used in this document to refer to the outer
      IPv4 or IPv6 header, a UDP header, and a LISP header, an ITR
      prepends or an ETR strips.

   Address Family Indicator (AFI):   a term used to describe an address
      encoding in a packet.  An address family currently pertains to an
      IPv4 or IPv6 address.  See [AFI] for details.

   Negative Mapping Entry:   also known as a negative cache entry, is an
      EID-to-RLOC entry where an EID-prefix is advertised or stored with
      no RLOCs.  That is, the locator-set for the EID-to-RLOC entry is
      empty or has an encoded locator count of 0.  This type of entry
      could be used to describe a prefix from a non-LISP site, which is
      explicitly not in the mapping database.  There are a set of well
      defined actions that are encoded in a Negative Map-Reply.

   Data Probe:   a LISP-encapsulated data packet where the inner header
      destination address equals the outer header destination address
      used to trigger a Map-Reply by a decapsulating ETR.  In addition,
      the original packet is decapsulated and delivered to the
      destination host.  A Data Probe is used in some of the mapping
      database designs to "probe" or request a Map-Reply from an ETR; in
      other cases, Map-Requests are used.  See each mapping database
      design for details.

4.  Basic Overview

   One key concept of LISP is that end-systems (hosts) operate the same
   way they do today.  The IP addresses that hosts use for tracking
   sockets, connections, and for sending and receiving packets do not
   change.  In LISP terminology, these IP addresses are called Endpoint
   Identifiers (EIDs).

   Routers continue to forward packets based on IP destination
   addresses.  When a packet is LISP encapsulated, these addresses are
   referred to as Routing Locators (RLOCs).  Most routers along a path
   between two hosts will not change; they continue to perform routing/
   forwarding lookups on the destination addresses.  For routers between
   the source host and the ITR as well as routers from the ETR to the
   destination host, the destination address is an EID.  For the routers
   between the ITR and the ETR, the destination address is an RLOC.

   This design introduces "Tunnel Routers", which prepend LISP headers
   on host-originated packets and strip them prior to final delivery to
   their destination.  The IP addresses in this "outer header" are
   RLOCs.  During end-to-end packet exchange between two Internet hosts,
   an ITR prepends a new LISP header to each packet and an egress tunnel
   router strips the new header.  The ITR performs EID-to-RLOC lookups
   to determine the routing path to the the ETR, which has the RLOC as
   one of its IP addresses.

   Some basic rules governing LISP are:

   o  End-systems (hosts) only send to addresses which are EIDs.  They
      don't know addresses are EIDs versus RLOCs but assume packets get
      to LISP routers, which in turn, deliver packets to the destination
      the end-system has specified.

   o  EIDs are always IP addresses assigned to hosts.

   o  LISP routers mostly deal with Routing Locator addresses.  See
      details later in Section 4.1 to clarify what is meant by "mostly".

   o  RLOCs are always IP addresses assigned to routers; preferably,
      topologically-oriented addresses from provider CIDR blocks.

   o  When a router originates packets it may use as a source address
      either an EID or RLOC.  When acting as a host (e.g. when
      terminating a transport session such as SSH, TELNET, or SNMP), it
      may use an EID that is explicitly assigned for that purpose.  An
      EID that identifies the router as a host MUST NOT be used as an
      RLOC; an EID is only routable within the scope of a site.  A
      typical BGP configuration might demonstrate this "hybrid" EID/RLOC
      usage where a router could use its "host-like" EID to terminate
      iBGP sessions to other routers in a site while at the same time
      using RLOCs to terminate eBGP sessions to routers outside the
      site.

   o  EIDs are not expected to be usable for global end-to-end
      communication in the absence of an EID-to-RLOC mapping operation.
      They are expected to be used locally for intra-site communication.

   o  EID prefixes are likely to be hierarchically assigned in a manner
      which is optimized for administrative convenience and to
      facilitate scaling of the EID-to-RLOC mapping database.  The
      hierarchy is based on a address allocation hierarchy which is not
      dependent on the network topology.

   o  EIDs may also be structured (subnetted) in a manner suitable for
      local routing within an autonomous system.

   An additional LISP header may be prepended to packets by a transit
   router (i.e.  TE-ITR) when re-routing of the path for a packet is
   desired.  An obvious instance of this would be an ISP router that
   needs to perform traffic engineering for packets in flow through its
   network.  In such a situation, termed Recursive Tunneling, an ISP
   transit acts as an additional ingress tunnel router and the RLOC it
   uses for the new prepended header would be either an TE-ETR within
   the ISP (along intra-ISP traffic engineered path) or in an TE-ETR
   within another ISP (an inter-ISP traffic engineered path, where an
   agreement to build such a path exists).

   This specification mandates that no more than two LISP headers get
   prepended to a packet.  This avoids excessive packet overhead as well
   as possible encapsulation loops.  It is believed two headers is
   sufficient, where the first prepended header is used at a site for
   Location/Identity separation and second prepended header is used
   inside a service provider for Traffic Engineering purposes.

   Tunnel Routers can be placed fairly flexibly in a multi-AS topology.
   For example, the ITR for a particular end-to-end packet exchange
   might be the first-hop or default router within a site for the source
   host.  Similarly, the egress tunnel router might be the last-hop
   router directly-connected to the destination host.  Another example,
   perhaps for a VPN service out-sourced to an ISP by a site, the ITR
   could be the site's border router at the service provider attachment
   point.  Mixing and matching of site-operated, ISP-operated, and other
   tunnel routers is allowed for maximum flexibility.  See Section 8 for
   more details.

4.1.  Packet Flow Sequence

   This section provides an example of the unicast packet flow with the
   following conditions:

   o  Source host "host1.abc.com" is sending a packet to
      "host2.xyz.com", exactly what host1 would do if the site was not
      using LISP.

   o  Each site is multi-homed, so each tunnel router has an address
      (RLOC) assigned from the service provider address block for each
      provider to which that particular tunnel router is attached.

   o  The ITR(s) and ETR(s) are directly connected to the source and
      destination, respectively.

   o  Data Probes are used to solicit Map-Replies versus using Map-
      Requests.  And the Data Probes are sent on the underlying topology
      (the LISP 1.0 variant) but could also be sent over an alternative
      topology (the LISP 1.5 variant) as it would in [ALT].

   Client host1.abc.com wants to communicate with server host2.xyz.com:

   1.  host1.abc.com wants to open a TCP connection to host2.xyz.com.
       It does a DNS lookup on host2.xyz.com.  An A/AAAA record is
       returned.  This address is used as the destination EID and the
       locally-assigned address of host1.abc.com is used as the source
       EID.  An IPv4 or IPv6 packet is built using the EIDs in the IPv4
       or IPv6 header and sent to the default router.

   2.  The default router is configured as an ITR.  The ITR must be able
       to map the EID destination to an RLOC of the ETR at the
       destination site.  The ITR prepends a LISP header to the packet,
       with one of its RLOCs as the source IPv4 or IPv6 address.  The
       destination EID from the original packet header is used as the
       destination IPv4 or IPv6 in the prepended LISP header.
       Subsequent packets, where the outer destination address is the
       destination EID will be sent until EID-to-RLOC mapping is
       learned.

   3.  In LISP 1, the packet is routed through the Internet as it is
       today.  In LISP 1.5, the packet is routed on a different topology
       which may have EID prefixes distributed and advertised in an
       aggregatable fashion.  In either case, the packet arrives at the
       ETR.  The router is configured to "punt" the packet to the
       router's processor.  See Section 7 for more details.  For LISP
       2.0 and 3.0, the behavior is not fully defined yet.

   4.  The LISP header is stripped so that the packet can be forwarded
       by the router control plane.  The router looks up the destination
       EID in the router's EID-to-RLOC database (not the cache, but the
       configured data structure of RLOCs).  An EID-to-RLOC Map-Reply
       message is originated by the ETR and is addressed to the source
       RLOC in the LISP header of the original packet (this is the ITR).
       The source RLOC of the Map-Reply is one of the ETR's RLOCs.

   5.  The ITR receives the Map-Reply message, parses the message (to
       check for format validity) and stores the mapping information
       from the packet.  This information is put in the ITR's EID-to-
       RLOC mapping cache (this is the on-demand cache, the cache where
       entries time out due to inactivity).

   6.  Subsequent packets from host1.abc.com to host2.xyz.com will have
       a LISP header prepended by the ITR using the appropriate RLOC as
       the LISP header destination address learned from the ETR.  Note,
       the packet may be sent to a different ETR than the one which
       returned the Map-Reply due to the source site's hashing policy or
       the destination site's locator-set policy.

   7.  The ETR receives these packets directly (since the destination
       address is one of its assigned IP addresses), strips the LISP
       header and forwards the packets to the attached destination host.

   In order to eliminate the need for a mapping lookup in the reverse
   direction, an ETR MAY create a cache entry that maps the source EID
   (inner header source IP address) to the source RLOC (outer header
   source IP address) in a received LISP packet.  Such a cache entry is
   termed a "gleaned" mapping and only contains a single RLOC for the
   EID in question.  More complete information about additional RLOCs
   SHOULD be verified by sending a LISP Map-Request for that EID.  Both
   ITR and the ETR may also influence the decision the other makes in
   selecting an RLOC.  See Section 6 for more details.

5.  Tunneling Details

   This section describes the LISP Data Message which defines the
   tunneling header used to encapsulate IPv4 and IPv6 packets which
   contain EID addresses.  Even though the following formats illustrate
   IPv4-in-IPv4 and IPv6-in-IPv6 encapsulations, the other 2
   combinations are supported as well.

   Since additional tunnel headers are prepended, the packet becomes
   larger and in theory can exceed the MTU of any link traversed from
   the ITR to the ETR.  It is recommended, in IPv4 that packets do not
   get fragmented as they are encapsulated by the ITR.  Instead, the
   packet is dropped and an ICMP Too Big message is returned to the
   source.

   Based on informal surveys of large ISP traffic patterns, it appears
   that most transit paths can accommodate a path MTU of at least 4470
   bytes.  The exceptions, in terms of data rate, number of hosts
   affected, or any other metric are expected to be vanishingly small.

   To address MTU concerns, mainly raised on the RRG mailing list, the
   LISP deployment process will include collecting data during its pilot
   phase to either verify or refute the assumption about minimum
   available MTU.  If the assumption proves true and transit networks
   with links limited to 1500 byte MTUs are corner cases, it would seem
   more cost-effective to either upgrade or modify the equipment in
   those transit networks to support larger MTUs or to use existing
   mechanisms for accommodating packets that are too large.

   For this reason, there is currently no plan for LISP to add any new
   additional, complex mechanism for implementing fragmentation and
   reassembly in the face of limited-MTU transit links.  If analysis
   during LISP pilot deployment reveals that the assumption of
   essentially ubiquitous, 4470+ byte transit path MTUs, is incorrect,
   then LISP can be modified prior to protocol standardization to add
   support for one of the proposed fragmentation and reassembly schemes.
   Note that two simple existing schemes are detailed in Section 5.4.

5.1.  LISP IPv4-in-IPv4 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   OH  |  Time to Live | Protocol = 17 |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                    Source Routing Locator                     |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version|  IHL  |Type of Service|          Total Length         |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Identification        |Flags|      Fragment Offset    |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   IH  |  Time to Live |    Protocol   |         Header Checksum       |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                           Source EID                          |
    \  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                         Destination EID                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.2.  LISP IPv6-in-IPv6 Header Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |         Payload Length        | Next Header=17|   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   O   +                                                               +
   u   |                                                               |
   t   +                     Source Routing Locator                    +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                  Destination Routing Locator                  +
   |   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |       Source Port = xxxx      |       Dest Port = 4341        |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   L / |                       Locator Reach Bits                      |
   I   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   S \ |S|E| rsvd-flags|                  Nonce                        |
   P   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |Version| Traffic Class |           Flow Label                  |
    /  +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   /   |         Payload Length        |  Next Header  |   Hop Limit   |
   v   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
   I   +                                                               +
   n   |                                                               |
   n   +                          Source EID                           +
   e   |                                                               |
   r   +                                                               +
       |                                                               |
   H   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   d   |                                                               |
   r   +                                                               +
       |                                                               |
   ^   +                        Destination EID                        +
   \   |                                                               |
    \  +                                                               +
     \ |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

5.3.  Tunnel Header Field Descriptions

   IH Header:  is the inner header, preserved from the datagram received
      from the originating host.  The source and destination IP
      addresses are EIDs.

   OH Header:  is the outer header prepended by an ITR.  The address
      fields contain RLOCs obtained from the ingress router's EID-to-
      RLOC cache.  The IP protocol number is "UDP (17)" from [RFC0768].
      The DF bit of the Flags field is set to 0.

   UDP Header:  contains a ITR selected source port when encapsulating a
      packet.  See Section 6.4 for details on the hash algorithm used
      select a source port based on the 5-tuple of the inner header.
      The destination port MUST be set to the well-known IANA assigned
      port value 4341.

   UDP Checksum:  this field field MUST be transmitted as 0 and ignored on
      receipt by the ETR.  Note, even when the UDP checksum is
      transmitted as 0 an intervening NAT device can recalculate the
      checksum and rewrite the UDP checksum field to non-zero.  For
      performance reasons, the ETR MUST ignore the checksum and MUST not
      do a checksum computation.

   UDP Length:  for an IPv4 encapsulated packet, the inner header Total
      Length plus the UDP and LISP header lengths are used.  For an IPv6
      encapsulated packet, the inner header Payload Length plus the size
      of the IPv6 header (40 bytes) plus the size of the UDP and LISP
      headers are used.  The UDP header length is 8 bytes.  The LISP
      header length is 8 bytes when no loc-reach-bit header extensions
      are used.

   LISP Locator Reach Bits:  in the LISP header are set by an ITR to
      indicate to an ETR the reachability of the Locators in the source
      site.  Each RLOC in a Map-Reply is assigned an ordinal value from
      0 to n-1 (when there are n RLOCs in a mapping entry).  The Locator
      Reach Bits are numbered from 0 to n-1 from the right significant
      bit of the 32-bit field.  When a bit is set to 1, the ITR is
      indicating to the ETR the RLOC associated with the bit ordinal is
      reachable.  See Section 6.3 for details on how an ITR can
      determine other ITRs at the site are reachable.  When a site has
      multiple EID-prefixes which result in multiple mappings (where
      each could have a different locator-set), the Locator Reach Bits
      setting in an encapsulated packet MUST reflect the mapping for the
      EID-prefix that the inner-header source EID address matches.

   S: this is the Solicit-Map-Request (SMR) bit.  See section
      Section 6.5.2 for details.

   E: this is the echo-nonce-request bit.  See section Section 6.3.1 for
      details.

   rsvd-flags:  this 6-bit field is reserved for future flag use.  It is
      set to 0 on transmit and ignored on receipt.

   LISP Nonce:  is a 24-bit value that is randomly generated by an ITR.
      It
      The nonce is also used when the E-bit is set to test route-returnability request the nonce
      value to be echoed by the other side when xTRs exchange
      encapsulated data packets with are returned.
      See section Section 6.3.1 for more details.  The nonce is also
      used when SMR-bit is set to solicit the SMR bit set, Data-Probe, other side to send a Map-
      Request, or Map-Reply messages.
      Request containing this nonce.  See section Section 6.5.2 for
      details.

   When doing Recursive Tunneling or ITR/PTR encapsulation:

   o  The OH header Time to Live field (or Hop Limit field, in case of
      IPv6) MUST be copied from the IH header Time to Live field.

   o  The OH header Type of Service field (or the Traffic Class field,
      in the case of IPv6) SHOULD be copied from the IH header Type of
      Service field (with one caveat, see below).

   When doing Re-encapsulated Tunneling:

   o  The new OH header Time to Live field SHOULD be copied from the
      stripped OH header Time to Live field.

   o  The new OH header Type of Service field SHOULD be copied from the
      stripped OH header Type of Service field (with one caveat, see
      below)..

   Copying the TTL serves two purposes: first, it preserves the distance
   the host intended the packet to travel; second, and more importantly,
   it provides for suppression of looping packets in the event there is
   a loop of concatenated tunnels due to misconfiguration.

   The ECN field occupies bits 6 and 7 of both the IPv4 Type of Service
   field and the IPv6 Traffic Class field [RFC3168].  The ECN field
   requires special treatment in order to avoid discarding indications
   of congestion [RFC3168].  ITR encapsulation MUST copy the 2-bit ECN
   field from the inner header to the outer header.  Re-encapsulation
   MUST copy the 2-bit ECN field from the stripped outer header to the
   new outer header.  If the ECN field contains a congestion indication
   codepoint (the value is '11', the Congestion Experienced (CE)
   codepoint), then ETR decapsulation MUST copy the 2-bit ECN field from
   the stripped outer header to the surviving inner header that is used
   to forward the packet beyond the ETR.  These requirements preserve
   Congestion Experienced (CE) indications when a packet that uses ECN
   traverses a LISP tunnel and becomes marked with a CE indication due
   to congestion between the tunnel endpoints.

5.4.  Dealing with Large Encapsulated Packets

   In the event that the MTU issues mentioned above prove to be more
   serious than expected, this section proposes 2 simple mechanisms to
   deal with large packets.  One is stateless using IP fragmentation and
   the other is stateful using Path MTU Discovery [RFC1191].

   It is left to the implementor to decide if the stateless or stateful
   mechanism should be implemented.  Both or neither can be decided as
   well since it is a local decision in the ITR regarding how to deal
   with MTU issues.  Sites can interoperate with differing mechanisms.

   Both stateless and stateful mechanisms also apply to Reencapsulating
   and Recursive Tunneling.  So any actions reference below to an ITR
   also apply to an TE-ITR.

5.4.1.  A Stateless Solution to MTU Handling

   An ITR stateless solution to handle MTU issues is described as
   follows:

   1.  Define an architectural constant S for the maximum size of a
       packet, in bytes, an ITR would receive from a source inside of
       its site.

   2.  Define L to be the maximum size, in bytes, a packet of size S
       would be after the ITR prepends the LISP header, UDP header, and
       outer network layer header of size H.

   3.  Calculate: S + H = L.

   When an ITR receives a packet from a site-facing interface and adds H
   bytes worth of encapsulation to yield a packet size of L bytes, it
   resolves the MTU issue by first splitting the original packet into 2
   equal-sized fragments.  A LISP header is then prepended to each
   fragment.  This will ensure that the new, encapsulated packets are of
   size (S/2 + H), which is always below the effective tunnel MTU.

   When an ETR receives encapsulated fragments, it treats them as two
   individually encapsulated packets.  It strips the LISP headers then
   forwards each fragment to the destination host of the destination
   site.  The two fragments are reassembled at the destination host into
   the single IP datagram that was originated by the source host.

   This behavior is performed by the ITR when the source host originates
   a packet with the DF field of the IP header is set to 0.  When the DF
   field of the IP header is set to 1, or the packet is an IPv6 packet
   originated by the source host, the ITR will drop the packet when the
   size is greater than L, and sends an ICMP Too Big message to the
   source with a value of S, where S is (L - H).

   When the outer header encapsulation uses an IPv4 header the DF bit is
   always set to 0.

   This specification recommends that L be defined as 1500.

5.4.2.  A Stateful Solution to MTU Handling

   An ITR stateful solution to handle MTU issues is describe as follows
   and was first introduced in [OPENLISP]:

   1.  The ITR will keep state of the effective MTU for each locator per
       mapping cache entry.  The effective MTU is what the core network
       can deliver along the path between ITR and ETR.

   2.  When an IPv4 encapsulated packet, with DF bit always set to 0, exceeds
       what the core network can deliver, one of the intermediate
       routers on the path will send an ICMP Too Big message to the ITR.
       The ITR will parse the ICMP message to determine which locator is
       affected by the effective MTU change and then record the new
       effective MTU value in the mapping cache entry.

   3.  When a packet is received by the ITR from a source inside of the
       site and the size of the packet is greater than the effective MTU
       stored with the mapping cache entry associated with the
       destination EID the packet is for, the ITR will send an ICMP Too
       Big message back to the source.  The packet size advertised by
       the ITR in the ICMP Too Big message is the effective MTU minus
       the LISP encapsulation length.

   Even though this mechanism is stateful, it has advantages over the
   stateless IP fragmentation mechanism, by not involving the
   destination host with reassembly of ITR fragmented packets.

6.  EID-to-RLOC Mapping

6.1.  LISP IPv4 and IPv6 Control Plane Packet Formats

   The following new UDP packet types are used to retrieve EID-to-RLOC
   mappings:

       0                   1                   2                   3
       0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version|  IHL  |Type of Service|          Total Length         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Identification        |Flags|      Fragment Offset    |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |  Time to Live | Protocol = 17 |         Header Checksum       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Source Routing Locator                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Destination Routing Locator                   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Version| Traffic Class |           Flow Label                  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Payload Length        | Next Header=17|   Hop Limit   |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                     Source Routing Locator                    +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                                                               +
       |                                                               |
       +                  Destination Routing Locator                  +
       |                                                               |
       +                                                               +
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |           Source Port         |         Dest Port             |
   UDP +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |           UDP Length          |        UDP Checksum           |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       |                         LISP Message                          |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The LISP UDP-based messages are the Map-Request and Map-Reply
   messages.  When a UDP Map-Request is sent, the UDP source port is
   chosen by the sender and the destination UDP port number is set to
   4342.  When a UDP Map-Reply is sent, the source UDP port number is
   set to 4342 and the destination UDP port number is copied from the
   source port of either the Map-Request or the invoking data packet.

   The UDP Length field will reflect the length of the UDP header and
   the LISP Message payload.

   The UDP Checksum is computed and set to non-zero for Map-Request and
   Map-Reply messages.  It MUST be checked on receipt and if the
   checksum fails, the packet MUST be dropped.

   LISP-CONS [CONS] use TCP to send LISP control messages.  The format
   of control messages includes the UDP header so the checksum and
   length fields can be used to protect and delimit message boundaries.

   This main LISP specification is the authoritative source for message
   format definitions for the Map-Request and Map-Reply messages.

6.1.1.  LISP Packet Type Allocations

   This section will be the authoritative source for allocating LISP
   Type values.  Current allocations are:

       Reserved:                        0    b'0000'
       LISP Map-Request:                1    b'0001'
       LISP Map-Reply:                  2    b'0010'
       LISP Map-Register:               3    b'0011'
       LISP-CONS Open Message:          8    b'1000'
       LISP-CONS Push-Add Message:      9    b'1001'
       LISP-CONS Push-Delete Message:   10   b'1010'
       LISP-CONS Unreachable Message    11   b'1011'

6.1.2.  Map-Request Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=1 |A|R|P|S| |A|M|P|S|           Reserved            | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |         Source-EID-AFI        |            ITR-AFI            |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Source EID Address  ...                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                Originating ITR RLOC Address ...               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     / |   Reserved    | EID mask-len  |        EID-prefix-AFI         |
   Rec +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
     \ |                       EID-prefix  ...                         |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                   Map-Reply Record  ...                       |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  These bits MUST be set to 0 on transmission and
      ignored on receipt.  They cannot be used for indicating
      reachability because the Map-Request does not have the EID-prefix
      for the sending site so the receiver of the Map-Request cannot
      know what mapping entry to associate the reachability with.
      However, when Mapping Data is provided in the Map-Reply Record
      field, and the receiver of the Map-Request is configured to accept
      the mapping data, the R-bit per locator entry in the EID-prefix
      record is used to denote reachability.

   Nonce:  A 4-byte random value created by the sender of the Map-
      Request.

   Type:   1 (Map-Request)

   A: This is an authoritative bit, which is set to 0 for UDP-based Map-
      Requests sent by an ITR.  See other control-specific documents
      [CONS] for TCP-based Map-Requests.

   R:

   M: When set, it indicates a Map-Reply Record segment is included in
      the Map-Request.

   P: Indicates that a Map-Request should be treated as a "piggyback"
      locator reachability probe.  The receiver should respond with a
      Map-Reply with the P bit set and the nonce copied from the Map-
      Request.  Details on this usage will be provided in a future
      version of this draft.

   S: This is the SMR bit.  See Section 6.5.2 for details.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this request message.  A
      record is comprised of the portion of the packet is labeled 'Rec'
      above and occurs the number of times equal to Record count.

   Nonce:  A 4-byte random value created by the sender of the Map-
      Request.  This nonce will be returned in the Map-Reply.

   Source-EID-AFI:  Address family of the "Source EID Address" field.

   ITR-AFI:  Address family of the "Originating ITR RLOC Address" field.

   Source EID Address:  This is the EID of the source host which
      originated the packet which is invoking this Map-Request.

   Originating ITR RLOC Address:  Used to give the ETR the option of
      returning a Map-Reply in the address-family of this locator.

   EID mask-len:  Mask length for EID prefix.

   EID-AFI:  Address family of EID-prefix according to [RFC2434]

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.  When a Map-Request is sent by an ITR because a
      data packet is received for a destination where there is no
      mapping entry, the EID-prefix is set to the destination IP address
      of the data packet.  And the 'EID mask-len' is set to 32 or 128
      for IPv4 or IPv6, respectively.  When an xTR wants to query a site
      about the status of a mapping it already has cached, the EID-
      prefix used in the Map-Request has the same mask-length as the
      EID-prefix returned from the site when it sent a Map-Reply
      message.

   Map-Reply Record:  When the R bit is set, this field is the size of
      the "Record" field in the Map-Reply format.  This Map-Reply record
      contains the EID-to-RLOC mapping entry associated with the Source
      EID.  This allows the ETR which will receive this Map-Request to
      cache the data if it chooses to do so.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.3.  EID-to-RLOC UDP Map-Request Message

   A Map-Request is sent from an ITR when it needs a mapping for an EID,
   wants to test an RLOC for reachability, or wants to refresh a mapping
   before TTL expiration.  For the initial case, the destination IP
   address used for the Map-Request is the destination-EID from the
   packet which had a mapping cache lookup failure.  For the later 2
   cases, the destination IP address used for the Map-Request is one of
   the RLOC addresses from the locator-set of the map cache entry.  In
   all cases, the UDP source port number for the Map-Request message is
   a randomly allocated 16-bit value and the UDP destination port number
   is set to the well-known destination port number 4342.  A successful
   Map-Reply updates the cached set of RLOCs associated with the EID
   prefix range.

   Map-Requests can also be LISP encapsulated using UDP destination port
   4341 when sent from an ITR to a Map-Resolver.  Likewise, Map-Requests
   are LISP encapsulated the same way from a Map-Server to an ETR.
   Details on encapsulated Map-Requests and Map-Resolvers can be found
   in [LISP-MS].

   Map-Requests MUST be rate-limited.  It is recommended that a Map-
   Request for the same EID-prefix be sent no more than once per second.

6.1.4.  Map-Reply Message Format

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=2 |P|            Reserved                 | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                     Mapping Protocol Data                     |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  A 4-byte value set in a Data-Probe packet or a Map-Request
      that is echoed here in the Map-Reply.

   Type:   2 (Map-Reply)

   P: Indicates that the Map-Reply is in response to a "piggyback"
      locator reachability Map-Request.  The nonce field should contain
      a copy of the nonce value from the original Map-Request.  Details
      on this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this reply message.  A record
      is comprised of that portion of the packet labeled 'Record' above
      and occurs the number of times equal to Record count.

   Nonce:  A 4-byte value set in a Data-Probe packet or a Map-Request
      that is echoed here in the Map-Reply.

   Record TTL:  The time in minutes the recipient of the Map-Reply will
      store the mapping.  If the TTL is 0, the entry should be removed
      from the cache immediately.  If the value is 0xffffffff, the
      recipient can decide locally how long to store the mapping.

   Locator Count:  The number of Locator entries.  A locator entry
      comprises what is labeled above as 'Loc'.  The locator count can
      be 0 indicating there are no locators for the EID-prefix.

   EID mask-len:  Mask length for EID prefix.

   A: The Authoritative bit, when sent by a UDP-based message is always
      set by the ETR.  See [CONS] for TCP-based Map-Replies.

   ACT:  This 3-bit field describes negative Map-Reply actions.  These
      bits are used only when the 'Locator Count' field is set to 0.
      The action bits are encoded only in Map-Reply messages.  The
      actions defined are used by an ITR or PTR when a destination EID
      matches a negative mapping cache entry.  The current assigned
      values are:

      (0) No action:  No action is being conveyed by the sender of the
         Map-Reply message.

      (1) Natively-Forward:  The packet is not encapsulated or dropped
         but natively forwarded.

      (2) Drop:  The packet is dropped silently.

      (3) Send-Map-Request:  The packet invokes sending a Map-Request.

   EID-AFI:  Address family of EID-prefix according to [RFC2434].

   EID-prefix:  4 bytes if an IPv4 address-family, 16 bytes if an IPv6
      address-family.

   Priority:  each RLOC is assigned a unicast priority.  Lower values
      are more preferable.  When multiple RLOCs have the same priority,
      they may be used in a load-split fashion.  A value of 255 means
      the RLOC MUST NOT be used for unicast forwarding.

   Weight:  when priorities are the same for multiple RLOCs, the weight
      indicates how to balance unicast traffic between them.  Weight is
      encoded as a percentage of total unicast packets that match the
      mapping entry.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to load-split traffic.  See
      Section 6.4 for a suggested hash algorithm to distribute load
      across locators with same priority and equal weight values.  When
      a single RLOC exists in a mapping entry, the weight value MUST be
      set to 100 and ignored on receipt.

   M Priority:  each RLOC is assigned a multicast priority used by an
      ETR in a receiver multicast site to select an ITR in a source
      multicast site for building multicast distribution trees.  A value
      of 255 means the RLOC MUST NOT be used for joining a multicast
      distribution tree.

   M Weight:  when priorities are the same for multiple RLOCs, the
      weight indicates how to balance building multicast distribution
      trees across multiple ITRs.  The weight is encoded as a percentage
      of total number of trees build to the source site identified by
      the EID-prefix.  If a non-zero weight value is used for any RLOC,
      then all RLOCs must use a non-zero weight value and then the sum
      of all weight values MUST equal 100.  If a zero value is used for
      any RLOC weight, then all weights MUST be zero and the receiver of
      the Map-Reply will decide how to distribute multicast state across
      ITRs.

   Unused Flags:  set to 0 when sending and ignored on receipt.

   R: when this bit is set, the locator is known to be reachable from
      the Map-Reply sender's perspective.  When there is a single
      mapping record in the message, the R-bit for each locator must
      have a consistent setting with the bitfield setting of the 'Loc
      Reach Bits' field in the early part of the header.  When there are
      multiple mapping records in the message, the 'Loc Reach Bits'
      field is set to 0.

   Locator:  an IPv4 or IPv6 address (as encoded by the 'Loc-AFI' field)
      assigned to an ETR or router acting as a proxy replier for the
      EID-prefix.  Note that the destination RLOC address MAY be an
      anycast address.  A source RLOC can be an anycast address as well.
      The source or destination RLOC MUST NOT be the broadcast address
      (255.255.255.255 or any subnet broadcast address known to the
      router), and MUST NOT be a link-local multicast address.  The
      source RLOC MUST NOT be a multicast address.  The destination RLOC
      SHOULD be a multicast address if it is being mapped from a
      multicast destination EID.

   Mapping Protocol Data:  See [CONS] or [ALT] for details.  This field
      is optional and present when the UDP length indicates there is
      enough space in the packet to include it.

6.1.5.  EID-to-RLOC UDP Map-Reply Message

   When a Data Probe packet or a Map-Request triggers a Map-Reply to be
   sent, the RLOCs associated with the EID-prefix matched by the EID in
   the original packet destination IP address field will be returned.
   The RLOCs in the Map-Reply are the globally-routable IP addresses of
   the ETR but are not necessarily reachable; separate testing of
   reachability is required.

   Note that a Map-Reply may contain different EID-prefix granularity
   (prefix + length) than the Map-Request which triggers it.  This might
   occur if a Map-Request were for a prefix that had been returned by an
   earlier Map-Reply.  In such a case, the requester updates its cache
   with the new prefix information and granularity.  For example, a
   requester with two cached EID-prefixes that are covered by a Map-
   Reply containing one, less-specific prefix, replaces the entry with
   the less-specific EID-prefix.  Note that the reverse, replacement of
   one less-specific prefix with multiple more-specific prefixes, can
   also occur but not by removing the less-specific prefix rather by
   adding the more-specific prefixes which during a lookup will override
   the less-specific prefix.

   Replies SHOULD be sent for an EID-prefix no more often than once per
   second to the same requesting router.  For scalability, it is
   expected that aggregation of EID addresses into EID-prefixes will
   allow one Map-Reply to satisfy a mapping for the EID addresses in the
   prefix range thereby reducing the number of Map-Request messages.

   The addresses for a encapsulated data packets or Map-Request message
   are swapped and used for sending the Map-Reply.  The UDP source and
   destination ports are swapped as well.  That is, the source port in
   the UDP header for the Map-Reply is set to the well-known UDP port
   number 4342.

   Map-Reply records can have an empty locator-set.  This type of a Map-
   Reply is called a Negative Map-Reply.  Negative Map-Replies convey
   special actions by the sender to the ITR or PTR which have solicited
   the Map-Reply.  There are two primary applications for Negative Map-
   Replies.  The first is for a Map-Resolver to instruct an ITR or PTR
   when a destination is for a LISP site versus a non-LISP site.  And
   the other is to source quench Map-Requests which are sent for non-
   allocated EIDs.

6.1.6.  Map-Register Message Format

   The usage details of the Map-Register message can be found in
   specification [LISP-MS].  This section solely defines the message
   format.

   The message is sent in a UDP with a destination UDP port 4342 and a
   randomly selected UDP port number.  Before an IPv4 or IPv6 network
   layer header is prepended, an AH header is prepended to carry
   authentication information.  The format conforms to the IPsec
   specification [RFC2402].  The Map-Register message will use transport
   mode by setting the IP protocol number field or the IPv6 next-header
   field to 51.

   The AH header from [RFC2402] is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       | Next Header   |  Payload Len  |          RESERVED             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                 Security Parameters Index (SPI)               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                    Sequence Number Field                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                                                               |
       +                Authentication Data (variable)                 |
       |                                                               |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   The Next Header field is set to UDP.  The SPI field is set to 0
   (since no Security Association or Key Exchange protocol is being
   used).  The Sequence Number is a randomly chosen value by the sender.
   The Authentication Data is 16 bytes and holds a MD5 HMAC.

   The Map-Register message format is:

        0                   1                   2                   3
        0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                       Locator Reach Bits                      |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |Type=3 |P|            Reserved                 | Record Count  |
       +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
       |                             Nonce                             |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |   |                          Record  TTL                          |
   |   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   R   | Locator Count | EID mask-len  |A| ACT |  Reserved             |
   e   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   c   |           Reserved            |            EID-AFI            |
   o   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   r   |                          EID-prefix                           |
   d   +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  /|    Priority   |    Weight     |  M Priority   |   M Weight    |
   | L +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   | o |           Unused Flags      |R|           Loc-AFI             |
   | c +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
   |  \|                             Locator                           |
   +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+

   Packet field descriptions:

   Locator Reach Bits:  Refer to Section 5.3.  This field MUST be set to
      0 on transmission and ignored on receipt.  The locator
      reachability is encoded as the R-bit in each locator entry of each
      EID-prefix record.

   Nonce:  The Nonce field is set to 0 in Map-Register messages.

   Type:   3 (Map-Register)

   P: Set to 1 by an ETR which sends a Map-Register message requesting
      for the Map-Server to proxy Map-Reply.  The Map-Server will send
      non-authoritative Map-Replies on behalf of the ETR.  Details on
      this usage will be provided in a future version of this draft.

   Reserved:  Set to 0 on transmission and ignored on receipt.

   Record Count:  The number of records in this Map-Register message.  A
      record is comprised of that portion of the packet labeled 'Record'
      above and occurs the number of times equal to Record count.

   Nonce:  The Nonce field is set to 0 in Map-Register messages.

   The definition of the rest of the Map-Register can be found in the
   Map-Reply section.

6.2.  Routing Locator Selection

   Both client-side and server-side may need control over the selection
   of RLOCs for conversations between them.  This control is achieved by
   manipulating the Priority and Weight fields in EID-to-RLOC Map-Reply
   messages.  Alternatively, RLOC information may be gleaned from
   received tunneled packets or EID-to-RLOC Map-Request messages.

   The following enumerates different scenarios for choosing RLOCs and
   the controls that are available:

   o  Server-side returns one RLOC.  Client-side can only use one RLOC.
      Server-side has complete control of the selection.

   o  Server-side returns a list of RLOC where a subset of the list has
      the same best priority.  Client can only use the subset list
      according to the weighting assigned by the server-side.  In this
      case, the server-side controls both the subset list and load-
      splitting across its members.  The client-side can use RLOCs
      outside of the subset list if it determines that the subset list
      is unreachable (unless RLOCs are set to a Priority of 255).  Some
      sharing of control exists: the server-side determines the
      destination RLOC list and load distribution while the client-side
      has the option of using alternatives to this list if RLOCs in the
      list are unreachable.

   o  Server-side sets weight of 0 for the RLOC subset list.  In this
      case, the client-side can choose how the traffic load is spread
      across the subset list.  Control is shared by the server-side
      determining the list and the client determining load distribution.
      Again, the client can use alternative RLOCs if the server-provided
      list of RLOCs are unreachable.

   o  Either side (more likely on the server-side ETR) decides not to
      send a Map-Request.  For example, if the server-side ETR does not
      send Map-Requests, it gleans RLOCs from the client-side ITR,
      giving the client-side ITR responsibility for bidirectional RLOC
      reachability and preferability.  Server-side ETR gleaning of the
      client-side ITR RLOC is done by caching the inner header source
      EID and the outer header source RLOC of received packets.  The
      client-side ITR controls how traffic is returned and can alternate
      using an outer header source RLOC, which then can be added to the
      list the server-side ETR uses to return traffic.  Since no
      Priority or Weights are provided using this method, the server-
      side ETR must assume each client-side ITR RLOC uses the same best
      Priority with a Weight of zero.  In addition, since EID-prefix
      encoding cannot be conveyed in data packets, the EID-to-RLOC cache
      on tunnel routers can grow to be very large.

   RLOCs that appear in EID-to-RLOC Map-Reply messages are considered
   reachable.  The Map-Reply and the database mapping service does not
   provide any reachability status for Locators.  This is done outside
   of the mapping service.  See next section for details.

6.3.  Routing Locator Reachability

   There are 4 methods for determining when a Locator is either
   reachable or has become unreachable:

   1.  Locator reachability is determined by an ETR by examining the
       Loc-Reach-Bits from a LISP header of a encapsulated data packet
       which is provided by an ITR when an ITR encapsulates data.

   2.  Locator unreachability is determined by an ITR by receiving ICMP
       Network or Host Unreachable messages.

   3.  Locator unreachability can also be determined by an BGP-enabled
       ITR when there is no prefix matching a Locator address from the
       BGP RIB.

   4.  Locator unreachability is determined when a host sends an ICMP
       Port Unreachable message.  This occurs when an ITR may not use
       any methods of interworking. one which is describe in [INTERWORK]
       and the encapsulated data packet is received by a host at the
       destination non-LISP site.

   5.  Locator reachability is determined by receiving a Map-Reply
       message from a ETR's Locator address in response to a previously
       sent Map-Request.

   6.  Locator reachability can also be determined by receiving packets
       encapsulated by the ITR assigned to the locator address.

   When determining Locator reachability by examining the Loc-Reach-Bits
   from the LISP encapsulate data packet, an ETR will receive up to date
   status from the ITR closest to the Locators at the source site.  The
   ITRs at the source site can determine reachability when running their
   IGP at the site.  When the ITRs are deployed on CE routers, typically
   a default route is injected into the site's IGP from each of the
   ITRs.  If an ITR goes down, the CE-PE link goes down, or the PE
   router goes down, the CE router withdraws the default route.  This
   allows the other ITRs at the site to determine one of the Locators
   has gone unreachable.

   The Locators listed in a Map-Reply are numbered with ordinals 0 to
   n-1.  The Loc-Reach-Bits in a LISP Data Message are numbered from 0
   to n-1 starting with the least significant bit numbered as 0.  So,
   for example, if the ITR with locator listed as the 3rd Locator
   position in the Map-Reply goes down, all other ITRs at the site will
   have the 3rd bit from the right cleared (the bit that corresponds to
   ordinal 2).

   When an ETR decapsulates a packet, it will look for a change in the
   Loc-Reach-Bits value.  When a bit goes from 1 to 0, the ETR will
   refrain from encapsulating packets to the Locator that has just gone
   unreachable.  It can start using the Locator again when the bit that
   corresponds to the Locator goes from 0 to 1.  Loc-Reach-Bits are
   associated with a locator-set per EID-prefix.  Therefore, when a
   locator becomes unreachable, the loc-reach-bit that corresponds to
   that locator's position in the list returned by the last Map-Reply
   will be set to zero for that particular EID-prefix.

   When ITRs at the site are not deployed in CE routers, the IGP can
   still be used to determine the reachability of Locators provided they
   are injected a stub links into the IGP.  This is typically done when
   a /32 address is configured on a loopback interface.

   When ITRs receive ICMP Network or Host Unreachable messages as a
   method to determine unreachability, they will refrain from using
   Locators which are described in Locator lists of Map-Replies.
   However, using this approach is unreliable because many network
   operators turn off generation of ICMP Unreachable messages.

   If an ITR does receive an ICMP Network or Host Unreachable message,
   it MAY originate its own ICMP Unreachable message destined for the
   host that originated the data packet the ITR encapsulated.

   Also, BGP-enabled ITRs can unilaterally examine the BGP RIB to see if
   a locator address from a locator-set in a mapping entry matches a
   prefix.  If it does not find one and BGP is running in the Default
   Free Zone (DFZ), it can decide to not use the locator even though the
   Loc-Reach-Bits indicate the locator is up.  In this case, the path
   from the ITR to the ETR that is assigned the locator is not
   available.  More details are in [LOC-ID-ARCH].

   Optionally, an ITR can send a Map-Request to a Locator and if a Map-
   Reply is returned, reachability of the Locator has been determined.
   Obviously, sending such probes increases the number of control
   messages originated by tunnel routers for active flows, so Locators
   are assumed to be reachable when they are advertised.

   This assumption does create a dependency: Locator unreachability is
   detected by the receipt of ICMP Host Unreachable messages.  When an
   Locator has been determined to be unreachable, it is not used for
   active traffic; this is the same as if it were listed in a Map-Reply
   with priority 255.

   The ITR can test the reachability of the unreachable Locator by
   sending periodic Requests.  Both Requests and Replies MUST be rate-
   limited.  Locator reachability testing is never done with data
   packets since that increases the risk of packet loss for end-to-end
   sessions.

   When an ETR decapsulates a packet, it knows that it is reachable from
   the encapsulating ITR because that is how the packet arrived.  In
   most cases, the ETR can also reach the ITR but cannot assume this to
   be true due to the possibility of path assymetry.  In the presence of
   unidirectional traffic flow from an ITR to an ETR, the ITR should not
   use the lack of return traffic as an indication that the ETR is
   unreachable.  Instead, it must use an alternate mechanisms to
   determine reachability.

6.3.1.  Echo Nonce Algorithm

   When there is bidirectional data flow between a pair of locators, a
   simple mechanism called "nonce echoing" can be used to determine
   reachability between an ITR and ETR.  When an ITR wants to solicit a
   nonce echo, it sets the E-bit and places a 24-bit nonce in the LISP
   header of the next encapsulated data packet.

   When this packet is received by the ETR, the encapsulated packet is
   forwarded as normal.  When the ETR next sends a data packet to the
   ITR, it includes the nonce received earlier. earlier with the E-bit cleared.
   The ITR sees this "echo
   nonce reply" "echoed nonce" and knows the path to and from the
   ETR is up.

   The ITR will set the E-bit for every packet it sends while in echo-
   nonce-request state.  The time the ITR waits for to process the echoed
   nonce before it determines the path is down unreachable is variable and a
   choice left for the implementation.

   If the ITR is receiving packets from the ETR but does not see the
   nonce echoed, echoed while being in echo-nonce-request state, then the path
   to the ETR is down. unreachable.  This decision may be overridden by other
   locator reachability algorithms.  Once the ITR determines the path to
   the ETR is down it can switch to another locator for that EID-prefix.

   Note that "ITR" and "ETR" are relative terms here.  Both devices must
   be implementing both ITR and ETR functionality for the echo nonce
   mechanism to operate.

   The ITR and ETR may both go into echo-nonce-request state at the same
   time.  The number of packets sent or the time during which echo nonce
   requests are sent is an implementation specific setting.  However,
   when an ITR is in echo-nonce-request state, it can echo the ETR's
   nonce in the next packet set of packets that it encapsulates and then
   subsequently, continue sending echo-nonce-request packets.

   This mechanism does not completely solve the forward path
   reachability problem as traffic may be unidirectional.  That is, the
   ETR receiving traffic at a site may not may not be the same device as
   an ITR which transmits traffic from that site or the site to site
   traffic is unidirectional so there is no ITR returning traffic.

   Note that other locator reachability mechanisms are being researched. researched
   and can be used to compliment or even override the Echo Nonce
   Algorithm.

6.4.  Routing Locator Hashing

   When an ETR provides an EID-to-RLOC mapping in a Map-Reply message to
   a requesting ITR, the locator-set for the EID-prefix may contain
   different priority values for each locator address.  When more than
   one best priority locator exists, the ITR can decide how to load
   share traffic against the corresponding locators.

   The following hash algorithm may be used by an ITR to select a
   locator for a packet destined to an EID for the EID-to-RLOC mapping:

   1.  Either a source and destination address hash can be used or the
       traditional 5-tuple hash which includes the source and
       destination addresses, source and destination TCP, UDP, or SCTP
       port numbers and the IP protocol number field or IPv6 next-
       protocol fields of a packet a host originates from within a LISP
       site.  When a packet is not a TCP, UDP, or SCTP packet, the
       source and destination addresses only from the header are used to
       compute the hash.

   2.  Take the hash value and divide it by the number of locators
       stored in the locator-set for the EID-to-RLOC mapping.

   3.  The remainder will be yield a value of 0 to "number of locators
       minus 1".  Use the remainder to select the locator in the
       locator-set.

   Note that when a packet is LISP encapsulated, the source port number
   in the outer UDP header needs to be set.  Selecting a random value
   allows core routers which are attached to Link Aggregation Groups
   (LAGs) to load-split the encapsulated packets across member links of
   such LAGs.  Otherwise, core routers would see a single flow, since
   packets have a source address of the ITR, for packets which are
   originated by different EIDs at the source site.  A suggested setting
   for the source port number computed by an ITR is a 5-tuple hash
   function on the inner header, as described above.

6.5.  Changing the Contents of EID-to-RLOC Mappings

   Since the LISP architecture uses a caching scheme to retrieve and
   store EID-to-RLOC mappings, the only way an ITR can get a more up-to-
   date mapping is to re-request the mapping.  However, the ITRs do not
   know when the mappings change and the ETRs do not keep track of who
   requested its mappings.  For scalability reasons, we want to maintain
   this approach but need to provide a way for ETRs change their
   mappings and inform the sites that are currently communicating with
   the ETR site using such mappings.

   When a locator record is added to the end of a locator-set, it is
   easy to update mappings.  We assume new mappings will maintain the
   same locator ordering as the old mapping but just have new locators
   appended to the end of the list.  So some ITRs can have a new mapping
   while other ITRs have only an old mapping that is used until they
   time out.  When an ITR has only an old mapping but detects bits set
   in the loc-reach-bits that correspond to locators beyond the list it
   has cached, it simply ignores them.

   When a locator record is removed from a locator-set, ITRs that have
   the mapping cached will not use the removed locator because the xTRs
   will set the loc-reach-bit to 0.  So even if the locator is in the
   list, it will not be used.  For new mapping requests, the xTRs can
   set the locator address to 0 as well as setting the corresponding
   loc-reach-bit to 0.  This forces ITRs with old or new mappings to
   avoid using the removed locator.

   If many changes occur to a mapping over a long period of time, one
   will find empty record slots in the middle of the locator-set and new
   records appended to the locator-set.  At some point, it would be
   useful to compact the locator-set so the loc-reach-bit settings can
   be efficiently packed.

   We propose here two approaches for locator-set compaction, one
   operational and the other a protocol mechanism.  The operational
   approach uses a clock sweep method.  The protocol approach uses the
   concept of Solicit-Map-Requests.

6.5.1.  Clock Sweep

   The clock sweep approach uses planning in advance and the use of
   count-down TTLs to time out mappings that have already been cached.
   The default setting for an EID-to-RLOC mapping TTL is 24 hours.  So
   there is a 24 hour window to time out old mappings.  The following
   clock sweep procedure is used:

   1.  24 hours before a mapping change is to take effect, a network
       administrator configures the ETRs at a site to start the clock
       sweep window.

   2.  During the clock sweep window, ETRs continue to send Map-Reply
       messages with the current (unchanged) mapping records.  The TTL
       for these mappings is set to 1 hour.

   3.  24 hours later, all previous cache entries will have timed out,
       and any active cache entries will time out within 1 hour.  During
       this 1 hour window the ETRs continue to send Map-Reply messages
       with the current (unchanged) mapping records with the TTL set to
       1 minute.

   4.  At the end of the 1 hour window, the ETRs will send Map-Reply
       messages with the new (changed) mapping records.  So any active
       caches can get the new mapping contents right away if not cached,
       or in 1 minute if they had the mapping cached.

6.5.2.  Solicit-Map-Request (SMR)

   Soliciting a Map-Request is a selective way for xTRs, at the site
   where mappings change, to control the rate they receive requests for
   Map-Reply messages.  SMRs are also used to tell remote ITRs to update
   the mappings they have cached.

   Since the xTRs don't keep track of remote ITRs that have cached their
   mappings, they can not tell exactly who needs the new mapping
   entries.  So an xTR will solicit Map-Requests from sites it is
   currently sending encapsulated data to, and only from those sites.
   The xTRs can locally decide the algorithm for how often and to how
   many sites it sends SMR messages.

   An SMR message is simply a bit set in an encapsulated data packet
   (and a Map-Request message).  When an ETR at a remote site
   decapsulates a data packet that has the SMR bit set, it can tell that
   a new Map-Request message is being solicited.  Both the xTR that
   sends the SMR message and the site that acts on the SMR message MUST
   be rate-limited.

   The following procedure shows how a SMR exchange occurs when a site
   is doing locator-set compaction for an EID-to-RLOC mapping:

   1.  When the database mappings in an ETR change, the ITRs at the site
       begin to set the SMR bit in packets they encapsulate to the sites
       they communicate with.

   2.  A remote xTR which decapsulates a packet with the SMR bit set
       will schedule sending a Map-Request message to the source locator
       address of the encapsulated packet.  The nonce in the Map-Request
       is copied from the nonce in the encapsulated data packet that has
       the SMR bit set.

   3.  The remote xTR retransmits the Map-Request slowly until it gets a
       Map-Reply while continuing to use the cached mapping.

   4.  The ETRs at the site with the changed mapping will reply to the
       Map-Request with a Map-Reply message provided the Map-Request
       nonce matches the nonce from the SMR.  The Map-Reply messages
       SHOULD be rate limited.  This is important to avoid Map-Reply
       implosion.

   5.  The ETRs, at the site with the changed mapping, records the fact
       that the site that sent the Map-Request has received the new
       mapping data in the mapping cache entry for the remote site so
       the loc-reach-bits are reflective of the new mapping for packets
       going to the remote site.  The ETR then stops sending packets
       with the SMR-bit set.

   For security reasons an ITR MUST NOT process unsolicited Map-Replies.
   The nonce MUST be carried from SMR packet, into the resultant Map-
   Request, and then into Map-Reply to reduce spoofing attacks.

7.  Router Performance Considerations

   LISP is designed to be very hardware-based forwarding friendly.  By
   doing tunnel header prepending [RFC1955] and stripping instead of re-
   writing addresses, existing hardware can support the forwarding model
   with little or no modification.  Where modifications are required,
   they should be limited to re-programming existing hardware rather
   than requiring expensive design changes to hard-coded algorithms in
   silicon.

   A few implementation techniques can be used to incrementally
   implement LISP:

   o  When a tunnel encapsulated packet is received by an ETR, the outer
      destination address may not be the address of the router.  This
      makes it challenging for the control plane to get packets from the
      hardware.  This may be mitigated by creating special FIB entries
      for the EID-prefixes of EIDs served by the ETR (those for which
      the router provides an RLOC translation).  These FIB entries are
      marked with a flag indicating that control plane processing should
      be performed.  The forwarding logic of testing for particular IP
      protocol number value is not necessary.  No changes to existing,
      deployed hardware should be needed to support this.

   o  On an ITR, prepending a new IP header is as simple as adding more
      bytes to a MAC rewrite string and prepending the string as part of
      the outgoing encapsulation procedure.  Many routers that support
      GRE tunneling [RFC2784] or 6to4 tunneling [RFC3056] can already
      support this action.

   o  When a received packet's outer destination address contains an EID
      which is not intended to be forwarded on the routable topology
      (i.e.  LISP 1.5), the source address of a data packet or the
      router interface with which the source is associated (the
      interface from which it was received) can be associated with a VRF
      (Virtual Routing/Forwarding), in which a different (i.e. non-
      congruent) topology can be used to find EID-to-RLOC mappings.

8.  Deployment Scenarios

   This section will explore how and where ITRs and ETRs can be deployed
   and will discuss the pros and cons of each deployment scenario.
   There are two basic deployment trade-offs to consider: centralized
   versus distributed caches and flat, recursive, or re-encapsulating
   tunneling.

   When deciding on centralized versus distributed caching, the
   following issues should be considered:

   o  Are the tunnel routers spread out so that the caches are spread
      across all the memories of each router?

   o  Should management "touch points" be minimized by choosing few
      tunnel routers, just enough for redundancy?

   o  In general, using more ITRs doesn't increase management load,
      since caches are built and stored dynamically.  On the other hand,
      more ETRs does require more management since EID-prefix-to-RLOC
      mappings need to be explicitly configured.

   When deciding on flat, recursive, or re-encapsulation tunneling, the
   following issues should be considered:

   o  Flat tunneling implements a single tunnel between source site and
      destination site.  This generally offers better paths between
      sources and destinations with a single tunnel path.

   o  Recursive tunneling is when tunneled traffic is again further
      encapsulated in another tunnel, either to implement VPNs or to
      perform Traffic Engineering.  When doing VPN-based tunneling, the
      site has some control since the site is prepending a new tunnel
      header.  In the case of TE-based tunneling, the site may have
      control if it is prepending a new tunnel header, but if the site's
      ISP is doing the TE, then the site has no control.  Recursive
      tunneling generally will result in suboptimal paths but at the
      benefit of steering traffic to resource available parts of the
      network.

   o  The technique of re-encapsulation ensures that packets only
      require one tunnel header.  So if a packet needs to be rerouted,
      it is first decapsulated by the ETR and then re-encapsulated with
      a new tunnel header using a new RLOC.

   The next sub-sections will describe where tunnel routers can reside
   in the network.

8.1.  First-hop/Last-hop Tunnel Routers

   By locating tunnel routers close to hosts, the EID-prefix set is at
   the granularity of an IP subnet.  So at the expense of more EID-
   prefix-to-RLOC sets for the site, the caches in each tunnel router
   can remain relatively small.  But caches always depend on the number
   of non-aggregated EID destination flows active through these tunnel
   routers.

   With more tunnel routers doing encapsulation, the increase in control
   traffic grows as well: since the EID-granularity is greater, more
   Map-Requests and Map-Replies are traveling between more routers.

   The advantage of placing the caches and databases at these stub
   routers is that the products deployed in this part of the network
   have better price-memory ratios then their core router counterparts.
   Memory is typically less expensive in these devices and fewer routes
   are stored (only IGP routes).  These devices tend to have excess
   capacity, both for forwarding and routing state.

   LISP functionality can also be deployed in edge switches.  These
   devices generally have layer-2 ports facing hosts and layer-3 ports
   facing the Internet.  Spare capacity is also often available in these
   devices as well.

8.2.  Border/Edge Tunnel Routers

   Using customer-edge (CE) routers for tunnel endpoints allows the EID
   space associated with a site to be reachable via a small set of RLOCs
   assigned to the CE routers for that site.

   This offers the opposite benefit of the first-hop/last-hop tunnel
   router scenario: the number of mapping entries and network management
   touch points are reduced, allowing better scaling.

   One disadvantage is that less of the network's resources are used to
   reach host endpoints thereby centralizing the point-of-failure domain
   and creating network choke points at the CE router.

   Note that more than one CE router at a site can be configured with
   the same IP address.  In this case an RLOC is an anycast address.
   This allows resilience between the CE routers.  That is, if a CE
   router fails, traffic is automatically routed to the other routers
   using the same anycast address.  However, this comes with the
   disadvantage where the site cannot control the entrance point when
   the anycast route is advertised out from all border routers.

8.3.  ISP Provider-Edge (PE) Tunnel Routers

   Use of ISP PE routers as tunnel endpoint routers gives an ISP control
   over the location of the egress tunnel endpoints.  That is, the ISP
   can decide if the tunnel endpoints are in the destination site (in
   either CE routers or last-hop routers within a site) or at other PE
   edges.  The advantage of this case is that two or more tunnel headers
   can be avoided.  By having the PE be the first router on the path to
   encapsulate, it can choose a TE path first, and the ETR can
   decapsulate and re-encapsulate for a tunnel to the destination end
   site.

   An obvious disadvantage is that the end site has no control over
   where its packets flow or the RLOCs used.

   As mentioned in earlier sections a combination of these scenarios is
   possible at the expense of extra packet header overhead, if both site
   and provider want control, then recursive or re-encapsulating tunnels
   are used.

9.  Traceroute Considerations

   When a source host in a LISP site initiates a traceroute to a
   destination host in another LISP site, it is highly desirable for it
   to see the entire path.  Since packets are encapsulated from ITR to
   ETR, the hop across the tunnel could be viewed as a single hop.
   However, LISP traceroute will provide the entire path so the user can
   see 3 distinct segments of the path from a source LISP host to a
   destination LISP host:

      Segment 1 (in source LISP site based on EIDs):

          source-host ---> first-hop ... next-hop ---> ITR

      Segment 2 (in the core network based on RLOCs):

          ITR ---> next-hop ... next-hop ---> ETR

      Segment 3 (in the destination LISP site based on EIDs):

          ETR ---> next-hop ... last-hop ---> destination-host

   For segment 1 of the path, ICMP Time Exceeded messages are returned
   in the normal matter as they are today.  The ITR performs a TTL
   decrement and test for 0 before encapsulating.  So the ITR hop is
   seen by the traceroute source has an EID address (the address of
   site-facing interface).

   For segment 2 of the path, ICMP Time Exceeded messages are returned
   to the ITR because the TTL decrement to 0 is done on the outer
   header, so the destination of the ICMP messages are to the ITR RLOC
   address, the source source RLOC address of the encapsulated
   traceroute packet.  The ITR looks inside of the ICMP payload to
   inspect the traceroute source so it can return the ICMP message to
   the address of the traceroute client as well as retaining the core
   router IP address in the ICMP message.  This is so the traceroute
   client can display the core router address (the RLOC address) in the
   traceroute output.  The ETR returns its RLOC address and responds to
   the TTL decrement to 0 like the previous core routers did.

   For segment 3, the next-hop router downstream from the ETR will be
   decrementing the TTL for the packet that was encapsulated, sent into
   the core, decapsulated by the ETR, and forwarded because it isn't the
   final destination.  If the TTL is decremented to 0, any router on the
   path to the destination of the traceroute, including the next-hop
   router or destination, will send an ICMP Time Exceeded message to the
   source EID of the traceroute client.  The ICMP message will be
   encapsulated by the local ITR and sent back to the ETR in the
   originated traceroute source site, where the packet will be delivered
   to the host.

9.1.  IPv6 Traceroute

   IPv6 traceroute follows the procedure described above since the
   entire traceroute data packet is included in ICMP Time Exceeded
   message payload.  Therefore, only the ITR needs to pay special
   attention for forwarding ICMP messages back to the traceroute source.

9.2.  IPv4 Traceroute

   For IPv4 traceroute, we cannot follow the above procedure since IPv4
   ICMP Time Exceeded messages only include the invoking IP header and 8
   bytes that follow the IP header.  Therefore, when a core router sends
   an IPv4 Time Exceeded message to an ITR, all the ITR has in the ICMP
   payload is the encapsulated header it prepended followed by a UDP
   header.  The original invoking IP header, and therefore the identity
   of the traceroute source is lost.

   The solution we propose to solve this problem is to cache traceroute
   IPv4 headers in the ITR and to match them up with corresponding IPv4
   Time Exceeded messages received from core routers and the ETR.  The
   ITR will use a circular buffer for caching the IPv4 and UDP headers
   of traceroute packets.  It will select a 16-bit number as a key to
   find them later when the IPv4 Time Exceeded messages are received.
   When an ITR encapsulates an IPv4 traceroute packet, it will use the
   16-bit number as the UDP source port in the encapsulating header.
   When the ICMP Time Exceeded message is returned to the ITR, the UDP
   header of the encapsulating header is present in the ICMP payload
   thereby allowing the ITR to find the cached headers for the
   traceroute source.  The ITR puts the cached headers in the payload
   and sends the ICMP Time Exceeded message to the traceroute source
   retaining the source address of the original ICMP Time Exceeded
   message (a core router or the ETR of the site of the traceroute
   destination).

9.3.  Traceroute using Mixed Locators

   When either an IPv4 traceroute or IPv6 traceroute is originated and
   the ITR encapsulates it in the other address family header, you
   cannot get all 3 segments of the traceroute.  Segment 2 of the
   traceroute can not be conveyed to the traceroute source since it is
   expecting addresses from intermediate hops in the same address format
   for the type of traceroute it originated.  Therefore, in this case,
   segment 2 will make the tunnel look like one hop.  All the ITR has to
   do to make this work is to not copy the inner TTL to the outer,
   encapsulating header's TTL when a traceroute packet is encapsulated
   using an RLOC from a different address family.  This will cause no
   TTL decrement to 0 to occur in core routers between the ITR and ETR.

10.  Mobility Considerations

   There are several kinds of mobility of which only some might be of
   concern to LISP.  Essentially they are as follows.

10.1.  Site Mobility

   A site wishes to change its attachment points to the Internet, and
   its LISP Tunnel Routers will have new RLOCs when it changes upstream
   providers.  Changes in EID-RLOC mappings for sites are expected to be
   handled by configuration, outside of the LISP protocol.

10.2.  Slow Endpoint Mobility

   An individual endpoint wishes to move, but is not concerned about
   maintaining session continuity.  Renumbering is involved.  LISP can
   help with the issues surrounding renumbering [RFC4192] [LISA96] by
   decoupling the address space used by a site from the address spaces
   used by its ISPs.  [RFC4984]

10.3.  Fast Endpoint Mobility

   Fast endpoint mobility occurs when an endpoint moves relatively
   rapidly, changing its IP layer network attachment point.  Maintenance
   of session continuity is a goal.  This is where the Mobile IPv4
   [RFC3344bis] and Mobile IPv6 [RFC3775] [RFC4866] mechanisms are used,
   and primarily where interactions with LISP need to be explored.

   The problem is that as an endpoint moves, it may require changes to
   the mapping between its EID and a set of RLOCs for its new network
   location.  When this is added to the overhead of mobile IP binding
   updates, some packets might be delayed or dropped.

   In IPv4 mobility, when an endpoint is away from home, packets to it
   are encapsulated and forwarded via a home agent which resides in the
   home area the endpoint's address belongs to.  The home agent will
   encapsulate and forward packets either directly to the endpoint or to
   a foreign agent which resides where the endpoint has moved to.
   Packets from the endpoint may be sent directly to the correspondent
   node, may be sent via the foreign agent, or may be reverse-tunneled
   back to the home agent for delivery to the mobile node.  As the
   mobile node's EID or available RLOC changes, LISP EID-to-RLOC
   mappings are required for communication between the mobile node and
   the home agent, whether via foreign agent or not.  As a mobile
   endpoint changes networks, up to three LISP mapping changes may be
   required:

   o  The mobile node moves from an old location to a new visited
      network location and notifies its home agent that it has done so.
      The Mobile IPv4 control packets the mobile node sends pass through
      one of the new visited network's ITRs, which needs a EID-RLOC
      mapping for the home agent.

   o  The home agent might not have the EID-RLOC mappings for the mobile
      node's "care-of" address or its foreign agent in the new visited
      network, in which case it will need to acquire them.

   o  When packets are sent directly to the correspondent node, it may
      be that no traffic has been sent from the new visited network to
      the correspondent node's network, and the new visited network's
      ITR will need to obtain an EID-RLOC mapping for the correspondent
      node's site.

   In addition, if the IPv4 endpoint is sending packets from the new
   visited network using its original EID, then LISP will need to
   perform a route-returnability check on the new EID-RLOC mapping for
   that EID.

   In IPv6 mobility, packets can flow directly between the mobile node
   and the correspondent node in either direction.  The mobile node uses
   its "care-of" address (EID).  In this case, the route-returnability
   check would not be needed but one more LISP mapping lookup may be
   required instead:

   o  As above, three mapping changes may be needed for the mobile node
      to communicate with its home agent and to send packets to the
      correspondent node.

   o  In addition, another mapping will be needed in the correspondent
      node's ITR, in order for the correspondent node to send packets to
      the mobile node's "care-of" address (EID) at the new network
      location.

   When both endpoints are mobile the number of potential mapping
   lookups increases accordingly.

   As a mobile node moves there are not only mobility state changes in
   the mobile node, correspondent node, and home agent, but also state
   changes in the ITRs and ETRs for at least some EID-prefixes.

   The goal is to support rapid adaptation, with little delay or packet
   loss for the entire system.  Heuristics can be added to LISP to
   reduce the number of mapping changes required and to reduce the delay
   per mapping change.  Also IP mobility can be modified to require
   fewer mapping changes.  In order to increase overall system
   performance, there may be a need to reduce the optimization of one
   area in order to place fewer demands on another.

   In LISP, one possibility is to "glean" information.  When a packet
   arrives, the ETR could examine the EID-RLOC mapping and use that
   mapping for all outgoing traffic to that EID.  It can do this after
   performing a route-returnability check, to ensure that the new
   network location does have a internal route to that endpoint.
   However, this does not cover the case where an ITR (the node assigned
   the RLOC) at the mobile-node location has been compromised.

   Mobile IP packet exchange is designed for an environment in which all
   routing information is disseminated before packets can be forwarded.
   In order to allow the Internet to grow to support expected future
   use, we are moving to an environment where some information may have
   to be obtained after packets are in flight.  Modifications to IP
   mobility should be considered in order to optimize the behavior of
   the overall system.  Anything which decreases the number of new EID-
   RLOC mappings needed when a node moves, or maintains the validity of
   an EID-RLOC mapping for a longer time, is useful.

10.4.  Fast Network Mobility

   In addition to endpoints, a network can be mobile, possibly changing
   xTRs.  A "network" can be as small as a single router and as large as
   a whole site.  This is different from site mobility in that it is
   fast and possibly short-lived, but different from endpoint mobility
   in that a whole prefix is changing RLOCs.  However, the mechanisms
   are the same and there is no new overhead in LISP.  A map request for
   any endpoint will return a binding for the entire mobile prefix.

   If mobile networks become a more common occurrence, it may be useful
   to revisit the design of the mapping service and allow for dynamic
   updates of the database.

   The issue of interactions between mobility and LISP needs to be
   explored further.  Specific improvements to the entire system will
   depend on the details of mapping mechanisms.  Mapping mechanisms
   should be evaluated on how well they support session continuity for
   mobile nodes.

10.5.  LISP Mobile Node Mobility

   An mobile device can use the LISP infrastructure to achieve mobility
   by implementing the LISP encapsulation and decapsulation functions
   and acting as a simple ITR/ETR.  By doing this, such a "LISP mobile
   node" can use topologically-independent EID IP addresses that are not
   advertised into and do not impose a cost on the global routing
   system.  These EIDs are maintained at the edges of the mapping system
   (in LISP Map-Servers and Map-Resolvers) and are provided on demand to
   only the correspondents of the LISP mobile node.

   Refer to the LISP Mobility Architecture specification [LISP-MN] for
   more details.

11.  Multicast Considerations

   A multicast group address, as defined in the original Internet
   architecture is an identifier of a grouping of topologically
   independent receiver host locations.  The address encoding itself
   does not determine the location of the receiver(s).  The multicast
   routing protocol, and the network-based state the protocol creates,
   determines where the receivers are located.

   In the context of LISP, a multicast group address is both an EID and
   a Routing Locator.  Therefore, no specific semantic or action needs
   to be taken for a destination address, as it would appear in an IP
   header.  Therefore, a group address that appears in an inner IP
   header built by a source host will be used as the destination EID.
   The outer IP header (the destination Routing Locator address),
   prepended by a LISP router, will use the same group address as the
   destination Routing Locator.

   Having said that, only the source EID and source Routing Locator
   needs to be dealt with.  Therefore, an ITR merely needs to put its
   own IP address in the source Routing Locator field when prepending
   the outer IP header.  This source Routing Locator address, like any
   other Routing Locator address MUST be globally routable.

   Therefore, an EID-to-RLOC mapping does not need to be performed by an
   ITR when a received data packet is a multicast data packet or when
   processing a source-specific Join (either by IGMPv3 or PIM).  But the
   source Routing Locator is decided by the multicast routing protocol
   in a receiver site.  That is, an EID to Routing Locator translation
   is done at control-time.

   Another approach is to have the ITR not encapsulate a multicast
   packet and allow the the host built packet to flow into the core even
   if the source address is allocated out of the EID namespace.  If the
   RPF-Vector TLV [RPFV] is used by PIM in the core, then core routers
   can RPF to the ITR (the Locator address which is injected into core
   routing) rather than the host source address (the EID address which
   is not injected into core routing).

   To avoid any EID-based multicast state in the network core, the first
   approach is chosen for LISP-Multicast.  Details for LISP-Multicast
   and Interworking with non-LISP sites is described in specification
   [MLISP].

12.  Security Considerations

   It is believed that most of the security mechanisms will be part of
   the mapping database service when using control plane procedures for
   obtaining EID-to-RLOC mappings.  For data plane triggered mappings,
   as described in this specification, protection is provided against
   ETR spoofing by using Return- Routability mechanisms evidenced by the
   use of a 4-byte Nonce field in the LISP encapsulation header.  The
   nonce, coupled with the ITR accepting only solicited Map-Replies goes
   a long way toward providing decent authentication.

   LISP does not rely on a PKI infrastructure or a more heavy weight
   authentication system.  These systems challenge the scalability of
   LISP which was a primary design goal.

   DoS attack prevention will depend on implementations rate-limiting
   Map-Requests and Map-Replies to the control plane as well as rate-
   limiting the number of data-triggered Map-Replies.

   To deal with map-cache exhaustion attempts in an ITR/PTR, the
   implementation should consider putting a maximum cap on the number of
   entries stored with a reserve list for special or frequently accessed
   sites.  This should be a configuration policy control set by the
   network administrator who manages ITRs and PTRs.

13.  Prototype Plans and Status

   The operator community has requested that the IETF take a practical
   approach to solving the scaling problems associated with global
   routing state growth.  This document offers a simple solution which
   is intended for use in a pilot program to gain experience in working
   on this problem.

   The authors hope that publishing this specification will allow the
   rapid implementation of multiple vendor prototypes and deployment on
   a small scale.  Doing this will help the community:

   o  Decide whether a new EID-to-RLOC mapping database infrastructure
      is needed or if a simple, UDP-based, data-triggered approach is
      flexible and robust enough.

   o  Experiment with provider-independent assignment of EIDs while at
      the same time decreasing the size of DFZ routing tables through
      the use of topologically-aligned, provider-based RLOCs.

   o  Determine whether multiple levels of tunneling can be used by ISPs
      to achieve their Traffic Engineering goals while simultaneously
      removing the more specific routes currently injected into the
      global routing system for this purpose.

   o  Experiment with mobility to determine if both acceptable
      convergence and session continuity properties can be scalably
      implemented to support both individual device roaming and site
      service provider changes.

   Here is a rough set of milestones:

   1.  This draft will be the draft for interoperable implementations to
       code against.  Interoperable implementations will be ready
       beginning of 2009.

   2.  Continue pilot deployment using LISP-ALT as the database mapping
       mechanism.

   3.  Continue prototyping and studying other database lookup schemes,
       be it DNS, DHTs, CONS, ALT, NERD, or other mechanisms.

   4.  Implement the LISP Multicast draft [MLISP].

   5.  Implement the LISP Mobile Node draft [LISP-MN].

   6.  Research more on how policy affects what gets returned in a Map-
       Reply from an ETR.

   7.  Continue to experiment with mixed locator-sets to understand how
       LISP can help the IPv4 to IPv6 transition.

   8.  Add more robustness to locator reachability between LISP sites.

   As of this writing the following accomplishments have been achieved:

   1.   A unit- and system-tested software switching implementation has
        been completed on cisco NX-OS for this draft for both IPv4 and
        IPv6 EIDs using a mixed locator-set of IPv4 and IPv6 locators.

   2.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [ALT].

   3.   A unit- and system-tested software switching implementation on
        cisco NX-OS has been completed for draft [INTERWORK].  Support
        for IPv4 translation is provided and PTR support for IPv4 and
        IPv6 is provided.

   4.   The cisco NX-OS implementation supports an experimental
        mechanism for slow mobility.

   5.   Dave Meyer, Vince Fuller, Darrel Lewis, Greg Shepherd, and
        Andrew Partan continue to test all the features described above
        on a dual-stack infrastructure.

   6.   Darrel Lewis and Dave Meyer have deployed both LISP translation
        and LISP PTR support in the pilot network.  Point your browser
        to http://www.lisp4.net to see translation happening in action
        so your non-LISP site can access a web server in a LISP site.

   7.   Soon http://www.lisp6.net will work where your IPv6 LISP site
        can talk to a IPv6 web server in a LISP site by using mixed
        address-family based locators.

   8.   An public domain implementation of LISP is underway.  See
        [OPENLISP] for details.

   9.   We have deployed Map-Resolvers and Map-Servers on the LISP pilot
        network to gather experience with [LISP-MS].  The first layer of
        the architecture are the xTRs which use Map-Servers for EID-
        prefix registration and Map-Resolvers for EID-to-RLOC mapping
        resolution.  The second layer are the Map-Resolvers and Map-
        Servers which connect to the ALT BGP peering infrastructure.
        And the third layer are ALT-routers which aggregate EID-prefixes
        and forward Map-Requests.

   10.  A cisco IOS implementation is underway which currently supports
        IPv4 encapsulation and decapsulation features.

   11.  A LISP router based LIG implementation is supported, deployed,
        and used daily to debug and test the LISP pilot network.  See
        [LIG] for details.

   12.  A Linux implementation of LIG has been made available and
        supported by Dave Meyer.  It can be run on any Linux system
        which resides in either a LISP site or non-LISP site.  See [LIG]
        for details.  Public domain code can be downloaded from
        http://github.com/davidmeyer/lig/tree/master.

   13.  An experimental implementation has been written for three
        locator reachability algorithms.  One is called echo-noncing,
        which is documented in this specification.  The other two are
        called TCP-counts and RLOC-probing, which will be documented in
        future drafts.

   If interested in writing a LISP implementation, testing any of the
   LISP implementations, or want to be part of the LISP pilot program,
   please contact lisp@ietf.org.

14.  References

14.1.  Normative References

   [RFC0768]  Postel, J., "User Datagram Protocol", STD 6, RFC 768,
              August 1980.

   [RFC1191]  Mogul, J. and S. Deering, "Path MTU discovery", RFC 1191,
              November 1990.

   [RFC1498]  Saltzer, J., "On the Naming and Binding of Network
              Destinations", RFC 1498, August 1993.

   [RFC1955]  Hinden, R., "New Scheme for Internet Routing and
              Addressing (ENCAPS) for IPNG", RFC 1955, June 1996.

   [RFC2119]  Bradner, S., "Key words for use in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119, March 1997.

   [RFC2402]  Kent, S. and R. Atkinson, "IP Authentication Header",
              RFC 2402, November 1998.

   [RFC2434]  Narten, T. and H. Alvestrand, "Guidelines for Writing an
              IANA Considerations Section in RFCs", BCP 26, RFC 2434,
              October 1998.

   [RFC2784]  Farinacci, D., Li, T., Hanks, S., Meyer, D., and P.
              Traina, "Generic Routing Encapsulation (GRE)", RFC 2784,
              March 2000.

   [RFC3056]  Carpenter, B. and K. Moore, "Connection of IPv6 Domains
              via IPv4 Clouds", RFC 3056, February 2001.

   [RFC3168]  Ramakrishnan, K., Floyd, S., and D. Black, "The Addition
              of Explicit Congestion Notification (ECN) to IP",
              RFC 3168, September 2001.

   [RFC3775]  Johnson, D., Perkins, C., and J. Arkko, "Mobility Support
              in IPv6", RFC 3775, June 2004.

   [RFC4423]  Moskowitz, R. and P. Nikander, "Host Identity Protocol
              (HIP) Architecture", RFC 4423, May 2006.

   [RFC4866]  Arkko, J., Vogt, C., and W. Haddad, "Enhanced Route
              Optimization for Mobile IPv6", RFC 4866, May 2007.

   [RFC4984]  Meyer, D., Zhang, L., and K. Fall, "Report from the IAB
              Workshop on Routing and Addressing", RFC 4984,
              September 2007.

14.2.  Informative References

   [AFI]      IANA, "Address Family Indicators (AFIs)", ADDRESS FAMILY
              NUMBERS http://www.iana.org/numbers.html, Febuary 2007.

   [ALT]      Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP
              Alternative Topology (LISP-ALT)",
              draft-ietf-lisp-alt-01.txt (work in progress), May 2009.

   [APT]      Jen, D., Meisel, M., Massey, D., Wang, L., Zhang, B., and
              L. Zhang, "APT: A Practical Transit Mapping Service",
              draft-jen-apt-01.txt (work in progress), November 2007.

   [CHIAPPA]  Chiappa, J., "Endpoints and Endpoint names: A Proposed
              Enhancement to the Internet Architecture", Internet-
              Draft http://www.chiappa.net/~jnc/tech/endpoints.txt,
              1999.

   [CONS]     Farinacci, D., Fuller, V., and D. Meyer, "LISP-CONS: A
              Content distribution Overlay Network  Service for LISP",
              draft-meyer-lisp-cons-03.txt (work in progress),
              November 2007.

   [DHTs]     Ratnasamy, S., Shenker, S., and I. Stoica, "Routing
              Algorithms for DHTs: Some Open Questions", PDF
              file http://www.cs.rice.edu/Conferences/IPTPS02/174.pdf.

   [EMACS]    Brim, S., Farinacci, D., Meyer, D., and J. Curran, "EID
              Mappings Multicast Across Cooperating Systems for LISP",
              draft-curran-lisp-emacs-00.txt (work in progress),
              November 2007.

   [GSE]      "GSE - An Alternate Addressing Architecture for  IPv6",
              draft-ietf-ipngwg-gseaddr-00.txt (work in progress), 1997.

   [INTERWORK]
              Lewis, D., Meyer, D., Farinacci, D., and V. Fuller,
              "Interworking LISP with IPv4 and IPv6",
              draft-ietf-lisp-interworking-00.txt (work in progress),
              January 2009.

   [LIG]      Farinacci, D. and D. Meyer, "LISP Internet Groper (LIG)",
              draft-farinacci-lisp-lig-01.txt (work in progress),
              May 2009.

   [LISA96]   Lear, E., Katinsky, J., Coffin, J., and D. Tharp,
              "Renumbering: Threat or Menace?", Usenix , September 1996.

   [LISP-MAIN]
              Farinacci, D., Fuller, V., Meyer, D., and D. Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-farinacci-lisp-12.txt (work in progress),
              March 2009.

   [LISP-MN]  Farinacci, D., Fuller, V., Lewis, D., and D. Meyer, "LISP
              Mobility Architecture", draft-meyer-lisp-mn-00.txt (work
              in progress), July 2009.

   [LISP-MS]  Farinacci, D. and V. Fuller, "LISP Map Server",
              draft-ietf-lisp-ms-01.txt (work in progress), May 2009.

   [LISP1]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP1) [Routable  ID
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp1.ppt,
              October 2006.

   [LISP2]    Farinacci, D., Oran, D., Fuller, V., and J. Schiller,
              "Locator/ID Separation Protocol (LISP2) [DNS-based
              Version]",
              Slide-set http://www.dinof.net/~dino/ietf/lisp2.ppt,
              November 2006.

   [LISPDHT]  Mathy, L., Iannone, L., and O. Bonaventure, "LISP-DHT:
              Towards a DHT to map identifiers onto locators",
              draft-mathy-lisp-dht-00.txt (work in progress),
              February 2008.

   [LOC-ID-ARCH]
              Meyer, D. and D. Lewis, "Architectural Implications of
              Locator/ID  Separation",
              draft-meyer-loc-id-implications-01.txt (work in progress),
              Januaryr 2009.

   [MLISP]    Farinacci, D., Meyer, D., Zwiebel, J., and S. Venaas,
              "LISP for Multicast Environments",
              draft-ietf-lisp-multicast-01.txt (work in progress),
              May 2009.

   [NERD]     Lear, E., "NERD: A Not-so-novel EID to RLOC Database",
              draft-lear-lisp-nerd-04.txt (work in progress),
              April 2008.

   [OPENLISP]
              Iannone, L. and O. Bonaventure, "OpenLISP Implementation
              Report", draft-iannone-openlisp-implementation-01.txt
              (work in progress), July 2008.

   [RADIR]    Narten, T., "Routing and Addressing Problem Statement",
              draft-narten-radir-problem-statement-00.txt (work in
              progress), July 2007.

   [RFC3344bis]
              Perkins, C., "IP Mobility Support for IPv4, revised",
              draft-ietf-mip4-rfc3344bis-05 (work in progress),
              July 2007.

   [RFC4192]  Baker, F., Lear, E., and R. Droms, "Procedures for
              Renumbering an IPv6 Network without a Flag Day", RFC 4192,
              September 2005.

   [RPFV]     Wijnands, IJ., Boers, A., and E. Rosen, "The RPF Vector
              TLV", draft-ietf-pim-rpf-vector-08.txt (work in progress),
              January 2009.

   [RPMD]     Handley, M., Huici, F., and A. Greenhalgh, "RPMD: Protocol
              for Routing Protocol Meta-data  Dissemination",
              draft-handley-p2ppush-unpublished-2007726.txt (work in
              progress), July 2007.

   [SHIM6]    Nordmark, E. and M. Bagnulo, "Level 3 multihoming shim
              protocol", draft-ietf-shim6-proto-06.txt (work in
              progress), October 2006.

Appendix A.  Acknowledgments

   An initial thank you goes to Dave Oran for planting the seeds for the
   initial ideas for LISP.  His consultation continues to provide value
   to the LISP authors.

   A special and appreciative thank you goes to Noel Chiappa for
   providing architectural impetus over the past decades on separation
   of location and identity, as well as detailed review of the LISP
   architecture and documents, coupled with enthusiasm for making LISP a
   practical and incremental transition for the Internet.

   The authors would like to gratefully acknowledge many people who have
   contributed discussion and ideas to the making of this proposal.
   They include Scott Brim, Andrew Partan, John Zwiebel, Jason Schiller,
   Lixia Zhang, Dorian Kim, Peter Schoenmaker, Vijay Gill, Geoff Huston,
   David Conrad, Mark Handley, Ron Bonica, Ted Seely, Mark Townsley,
   Chris Morrow, Brian Weis, Dave McGrew, Peter Lothberg, Dave Thaler,
   Eliot Lear, Shane Amante, Ved Kafle, Olivier Bonaventure, Luigi
   Iannone, Robin Whittle, Brian Carpenter, Joel Halpern, Roger
   Jorgensen, Ran Atkinson, Stig Venaas, Iljitsch van Beijnum, Roland
   Bless, Dana Blair, Bill Lynch, Marc Woolward, Damien Saucez, Damian
   Lezama, Attilla De Groot, Parantap Lahiri, and David Black. Black, Roque
   Gagliano, and Isidor Kouvelas.

   In particular, we would like to thank Dave Meyer for his clever
   suggestion for the name "LISP". ;-)

   This work originated in the Routing Research Group (RRG) of the IRTF.
   The individual submission [LISP-MAIN] was converted into this IETF
   LISP working group draft.

Authors' Addresses

   Dino Farinacci
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dino@cisco.com

   Vince Fuller
   cisco Systems
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: vaf@cisco.com

   Dave Meyer
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: dmm@cisco.com

   Darrel Lewis
   cisco Systems
   170 Tasman Drive
   San Jose, CA
   USA

   Email: darlewis@cisco.com
--Apple-Mail-60-972406088 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-60-972406088-- From roque@lacnic.net Thu Jul 16 06:17:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4147B28C1C6 for ; Thu, 16 Jul 2009 06:17:09 -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=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_41=0.6, NO_RELAYS=-0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zIKx-wCcG7Kq for ; Thu, 16 Jul 2009 06:17:08 -0700 (PDT) Received: from mail.lacnic.net.uy (mail.lacnic.net.uy [IPv6:2001:13c7:7001:4000::3]) by core3.amsl.com (Postfix) with ESMTP id B85B128C110 for ; Thu, 16 Jul 2009 06:17:07 -0700 (PDT) Received: from [IPv6:2001:13c7:7001:5064:323:45ff:fe67:78ab] (unknown [IPv6:2001:13c7:7001:5064:323:45ff:fe67:78ab]) by mail.lacnic.net.uy (Postfix) with ESMTP id A4402308475; Thu, 16 Jul 2009 10:17:11 -0300 (UYT) Message-Id: <5F0A210C-37DA-4BEB-BFFE-FA86712E8C1B@lacnic.net> From: Roque Gagliano To: Dino Farinacci In-Reply-To: <7A8DF5CE-8E42-48FC-B002-FEA4080D23C1@cisco.com> Content-Type: multipart/signed; protocol="application/pgp-signature"; micalg=pgp-sha1; boundary="Apple-Mail-191-1007568442" Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 16 Jul 2009 10:17:04 -0300 References: <7A8DF5CE-8E42-48FC-B002-FEA4080D23C1@cisco.com> X-Pgp-Agent: GPGMail d55 (v55, Leopard) Content-Transfer-Encoding: 7bit X-Mailer: Apple Mail (2.935.3) X-LACNIC.uy-MailScanner-Information: Please contact the ISP for more information X-LACNIC.uy-MailScanner: Found to be clean X-LACNIC.uy-MailScanner-SpamCheck: X-LACNIC.uy-MailScanner-From: roque@lacnic.net Cc: lisp@ietf.org Subject: Re: [lisp] draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 16 Jul 2009 13:17:09 -0000 This is an OpenPGP/MIME signed message (RFC 2440 and 3156) --Apple-Mail-191-1007568442 Content-Type: multipart/alternative; boundary=Apple-Mail-190-1007568361 --Apple-Mail-190-1007568361 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Dino, In Section 5.4.2 I believe you still need to document what to do in the statefull case and IPv6. When an ITR receives an ICMPv6 "Packet too Big" message with path size=L, the ITR should parse the original message inside the ICMPv6 packet and send an ICMPv6 "Packet Too Big" back to the source with size L-H. The ITR should also add the value L-H in the mapping cache entry. In this sense the ITR will not affect the PMTUD mechanism. Roque On Jul 16, 2009, at 12:31 AM, Dino Farinacci wrote: > Enclosed with diffs. Can't post until IETF Monday. > > Dino > > > > > > > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp ------------------------------------------------------------- Roque Gagliano LACNIC roque@lacnic.net GPG Fingerprint: E929 06F4 D8CD 2AD8 9365 DB72 9E4F 964A 01E9 6CEE --Apple-Mail-190-1007568361 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable Dino,
In =
Section 5.4.2 I believe you still need to document what to do in the =
statefull case and IPv6.
When an ITR receives an ICMPv6 =
"Packet too Big" message with path size=3DL, the ITR should parse the =
original message inside the ICMPv6 packet and send an ICMPv6 "Packet Too =
Big" back to the source with size L-H. The ITR should also add the value =
L-H in the mapping cache entry. In this sense the ITR will not =
affect the PMTUD =
mechanism.
Roque


=
On Jul 16, 2009, at 12:31 AM, Dino Farinacci wrote:

Enclosed with diffs. Can't post until IETF = Monday.

Dino

<draft-ietf-lisp-03.txt>
=

<lisp-02-to-03-rfcdiff.html>


_______= ________________________________________
lisp mailing list
lisp@ietf.org
https://www.ietf.org/ma= ilman/listinfo/lisp

-------------------------------------------------------------<= /div>
Roque Gagliano
LACNIC
GPG = Fingerprint: E929 06F4 D8CD 2AD8 9365  DB72 9E4F 964A 01E9 = 6CEE
 =

= --Apple-Mail-190-1007568361-- --Apple-Mail-191-1007568442 content-type: application/pgp-signature; x-mac-type=70674453; name=PGP.sig content-description: This is a digitally signed message part content-disposition: inline; filename=PGP.sig content-transfer-encoding: 7bit -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.8 (Darwin) iEYEARECAAYFAkpfKFAACgkQnk+WSgHpbO6qUwCfeyLQCZ7Np9Fk8zRoF3LbWOHI gn4AoOCzkMUeWQqPRRcKopq/N2+emLdf =aXAH -----END PGP SIGNATURE----- --Apple-Mail-191-1007568442-- From dino@cisco.com Thu Jul 16 19:32:45 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0BD743A6E17 for ; Thu, 16 Jul 2009 19:32:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.524 X-Spam-Level: X-Spam-Status: No, score=-6.524 tagged_above=-999 required=5 tests=[AWL=0.075, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wBYGmD-imJgE for ; Thu, 16 Jul 2009 19:32:44 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 1FA6E3A6E10 for ; Thu, 16 Jul 2009 19:32:44 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAPd/X0qrR7MV/2dsb2JhbAC4EIgjkQ4FhA0 X-IronPort-AV: E=Sophos;i="4.42,415,1243814400"; d="scan'208";a="187029422" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-2.cisco.com with ESMTP; 17 Jul 2009 02:33:16 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6H2XHca015406; Thu, 16 Jul 2009 19:33:17 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6H2XH5C019601; Fri, 17 Jul 2009 02:33:17 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 19:33:17 -0700 Received: from dhcp-171-70-222-192.cisco.com ([171.70.222.192]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 19:33:16 -0700 Message-Id: <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> From: Dino Farinacci To: Damien Saucez In-Reply-To: <4A5CCFCB.7030103@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 16 Jul 2009 19:33:16 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 02:33:16.0881 (UTC) FILETIME=[F0CCAC10:01CA0686] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=587; t=1247797997; x=1248661997; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=TjeZeGBeM1JZFTJx90a2tt2t/xZAAI80b2Hk+wZlpvA=; b=oqL1p+6qO/Wpshm4c9Ij7WTjTSDUkfZ80LMAjuiHI/Xp1li1bZhuXjNSLo 7P0JbOhJzRJmnRtfw9o2/Fru7FpOhNzh9buj6BtMtFQgvEYfLJaSmFveCAb9 68lGEu0FhkhEMQyP4eiK04mWUSpNJOjC75jQfu+sMuF1fK5QNI2Ns=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 02:32:45 -0000 > A completely different subject, but there is the possibility to send > several EID in a map-request. However, these EIDs can be under the > responsibility of different sites. How do we deal with that in the > reply to keep the nonce semantic correct? Can we have different > answers with the same nonce? If we call the EIDs in a map-request > "sub-requests", how can we dispatch the sub-requests on the mapping > system to have the correct mappings? Why would you send a Map-Request for EIDs of different sites? There is no practical reason for this. Dino From lear@cisco.com Thu Jul 16 22:39:44 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B0CAF3A6DE8 for ; Thu, 16 Jul 2009 22:39:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.313 X-Spam-Level: X-Spam-Status: No, score=-8.313 tagged_above=-999 required=5 tests=[AWL=-1.714, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id gc-5xeZOpXpU for ; Thu, 16 Jul 2009 22:39:43 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 48B213A6839 for ; Thu, 16 Jul 2009 22:38:49 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,416,1243814400"; d="scan'208";a="348432624" Received: from ams-dkim-2.cisco.com ([144.254.224.139]) by sj-iport-6.cisco.com with ESMTP; 17 Jul 2009 05:39:21 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6H5dKFL026376; Fri, 17 Jul 2009 07:39:20 +0200 Received: from adsl-247-6-fixip.tiscali.ch (ams3-vpn-dhcp6582.cisco.com [10.61.89.181]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6H5dK3Z007563; Fri, 17 Jul 2009 05:39:20 GMT Message-ID: <4A600E87.7030203@cisco.com> Date: Fri, 17 Jul 2009 07:39:19 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1pre) Gecko/20090602 Shredder/3.0b3pre MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> In-Reply-To: <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=491; t=1247809160; x=1248673160; c=relaxed/simple; s=amsdkim2001; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=1FOpFSGY+b9L5h5tfLUENs3mhUYzxtyFWk2puzyAb5Q=; b=bpMqYn/wKBkmVjk//H94Z4B6jq88F9ubINdUd/FaDkGIhP5NJE38O5MSmR QvShfDNSJ3eKLxigSKjkpVYrOo99w5Zbj7w+3W1xdvgC89NSXBnxbfi8ZWlf XoNg2yQybC; Authentication-Results: ams-dkim-2; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim2001 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 05:39:44 -0000 On 7/17/09 4:33 AM, Dino Farinacci wrote: > Why would you send a Map-Request for EIDs of different sites? There is > no practical reason for this. Are there circumstances such as a cold startup situation for a large ITR where you might want to aggregate queries? This would depend on the idea that there would be ETRs out there that actually handled large numbers of sites, and that there were some significant performance benefit to not separating out the queries. Eliot From dino@cisco.com Thu Jul 16 22:44:15 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 087663A6D9C for ; Thu, 16 Jul 2009 22:44:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.526 X-Spam-Level: X-Spam-Status: No, score=-6.526 tagged_above=-999 required=5 tests=[AWL=0.073, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id UAogQH-rnBui for ; Thu, 16 Jul 2009 22:44:14 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 96F6A3A6E11 for ; Thu, 16 Jul 2009 22:44:03 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.42,416,1243814400"; d="scan'208";a="187060890" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-2.cisco.com with ESMTP; 17 Jul 2009 05:42:35 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6H5ga2V032234; Thu, 16 Jul 2009 22:42:36 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6H5ga6o000188; Fri, 17 Jul 2009 05:42:36 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 22:42:36 -0700 Received: from [192.168.1.5] ([10.21.92.165]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 22:42:35 -0700 Message-Id: <5CA9294F-F095-48A7-B23D-93D667F48F43@cisco.com> From: Dino Farinacci To: Eliot Lear In-Reply-To: <4A600E87.7030203@cisco.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 16 Jul 2009 22:42:35 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A600E87.7030203@cisco.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 05:42:35.0899 (UTC) FILETIME=[634D44B0:01CA06A1] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=908; t=1247809356; x=1248673356; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=lNIHAhyW9ktFbyadW7z1KQSw4odgSZBPyx91Frt1FWY=; b=OPQyJpZ0+hw0NLAtBk+16cgQR8WkM8/iDm43UnWfcKvneV8yhGfDPo8iFl 9hUMRF4IGTjPREGxjAfmdw/YW7RCwe7+LhozasLDXpWidt/CiaQ5X9vUu8EO ZnnrEH30j/; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 05:44:15 -0000 > On 7/17/09 4:33 AM, Dino Farinacci wrote: >> Why would you send a Map-Request for EIDs of different sites? There >> is no practical reason for this. > > Are there circumstances such as a cold startup situation for a large > ITR where you might want to aggregate queries? This would depend on > the idea that there would be ETRs out there that actually handled > large numbers of sites, and that there were some significant > performance benefit to not separating out the queries. Right not Map-Requests go to a specific site, over the ALT. If EID- prefixes to different locations were inserted in one control packet, then there would have to be a Map-Resolver that would have to break them up. Having multiple records in a Map-Reply makes more sense because a restarting ITR might want to capture map-cache state that the other ITRs in its site have cached. Dino From dino@cisco.com Thu Jul 16 23:02:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 3C36D3A6E12 for ; Thu, 16 Jul 2009 23:02:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.229 X-Spam-Level: X-Spam-Status: No, score=-6.229 tagged_above=-999 required=5 tests=[AWL=-0.230, BAYES_00=-2.599, J_CHICKENPOX_41=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id O0wTSkdw4U2x for ; Thu, 16 Jul 2009 23:02:33 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 70D413A6884 for ; Thu, 16 Jul 2009 23:02:33 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAC+xX0qrR7O6/2dsb2JhbAC3V4gjkQUFhA2BRQ X-IronPort-AV: E=Sophos;i="4.42,416,1243814400"; d="scan'208";a="187065831" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-2.cisco.com with ESMTP; 17 Jul 2009 06:03:06 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6H636FI021245; Thu, 16 Jul 2009 23:03:06 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6H636xA013074; Fri, 17 Jul 2009 06:03:06 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 23:03:06 -0700 Received: from [192.168.1.5] ([10.21.92.165]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 23:03:06 -0700 Message-Id: From: Dino Farinacci To: Roque Gagliano In-Reply-To: <5F0A210C-37DA-4BEB-BFFE-FA86712E8C1B@lacnic.net> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 16 Jul 2009 23:03:05 -0700 References: <7A8DF5CE-8E42-48FC-B002-FEA4080D23C1@cisco.com> <5F0A210C-37DA-4BEB-BFFE-FA86712E8C1B@lacnic.net> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 06:03:06.0270 (UTC) FILETIME=[40A8FBE0:01CA06A4] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1163; t=1247810586; x=1248674586; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20draft-ietf-lisp-03.txt |Sender:=20; bh=tSfvMMJgZS5W5AU82//aPijx1d8ma6E4BsJOiAMQ+H0=; b=n2u1fC7HGxqe8M4I+2zGxZrrfQFjGusrSvl7JtlyxqTmLDHesTcCZ+T+9u BtwWb05r+FYFLcITIbFyA3dYwaqhWJmdsB3LQqePTYlcCniFo8NGKA62m89j j6W2kQh7/Q; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 06:02:34 -0000 The stateful section applies to IPv6 as well. I'll make that more clear. Dino On Jul 16, 2009, at 6:17 AM, Roque Gagliano wrote: > Dino, > In Section 5.4.2 I believe you still need to document what to do in > the statefull case and IPv6. > When an ITR receives an ICMPv6 "Packet too Big" message with path > size=L, the ITR should parse the original message inside the ICMPv6 > packet and send an ICMPv6 "Packet Too Big" back to the source with > size L-H. The ITR should also add the value L-H in the mapping cache > entry. In this sense the ITR will not affect the PMTUD mechanism. > Roque > > > On Jul 16, 2009, at 12:31 AM, Dino Farinacci wrote: > >> Enclosed with diffs. Can't post until IETF Monday. >> >> Dino >> >> >> >> >> >> >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > > ------------------------------------------------------------- > Roque Gagliano > LACNIC > roque@lacnic.net > GPG Fingerprint: E929 06F4 D8CD 2AD8 9365 DB72 9E4F 964A 01E9 6CEE > From damien.saucez@uclouvain.be Thu Jul 16 23:09:37 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D9EF63A6E12 for ; Thu, 16 Jul 2009 23:09:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.079 X-Spam-Level: X-Spam-Status: No, score=-6.079 tagged_above=-999 required=5 tests=[AWL=0.520, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id amanMwl4ASju for ; Thu, 16 Jul 2009 23:09:37 -0700 (PDT) Received: from smtp2.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id EE0923A6E33 for ; Thu, 16 Jul 2009 23:09:32 -0700 (PDT) Received: from [130.104.228.25] (mimir2.dhcp.info.ucl.ac.be [130.104.228.25]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp2.sgsi.ucl.ac.be) by smtp2.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 65874EB751; Fri, 17 Jul 2009 08:10:01 +0200 (CEST) Message-ID: <4A6015B6.8050009@uclouvain.be> Date: Fri, 17 Jul 2009 08:09:58 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.21 (X11/20090409) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> In-Reply-To: <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-2.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 65874EB751.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 06:09:38 -0000 Dino, The draft allows to have several EID in one request and it is impossible to know the EID's site in advance. So, if I understand your answer, should we remove the record count flag from map-request? Damien Saucez Dino Farinacci wrote: >> A completely different subject, but there is the possibility to send >> several EID in a map-request. However, these EIDs can be under the >> responsibility of different sites. How do we deal with that in the >> reply to keep the nonce semantic correct? Can we have different >> answers with the same nonce? If we call the EIDs in a map-request >> "sub-requests", how can we dispatch the sub-requests on the mapping >> system to have the correct mappings? > > Why would you send a Map-Request for EIDs of different sites? There is > no practical reason for this. > > Dino From dino@cisco.com Thu Jul 16 23:25:37 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id CEAC23A6359 for ; Thu, 16 Jul 2009 23:25:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.521 X-Spam-Level: X-Spam-Status: No, score=-6.521 tagged_above=-999 required=5 tests=[AWL=0.078, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id z1twSJ2wdqbz for ; Thu, 16 Jul 2009 23:25:36 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 1BC413A67ED for ; Thu, 16 Jul 2009 23:25:36 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAJO2X0qrR7MV/2dsb2JhbAC3TYgjkQYFhA0 X-IronPort-AV: E=Sophos;i="4.42,416,1243814400"; d="scan'208";a="215357966" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-1.cisco.com with ESMTP; 17 Jul 2009 06:25:48 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6H6Pm5w007723; Thu, 16 Jul 2009 23:25:48 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6H6PmIk027767; Fri, 17 Jul 2009 06:25:48 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 23:25:48 -0700 Received: from [192.168.1.5] ([10.21.92.165]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 16 Jul 2009 23:25:47 -0700 Message-Id: From: Dino Farinacci To: Damien Saucez In-Reply-To: <4A6015B6.8050009@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 16 Jul 2009 23:25:47 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 06:25:48.0190 (UTC) FILETIME=[6C6D7BE0:01CA06A7] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1047; t=1247811948; x=1248675948; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=ZkOrfnMm60FGH6ePbJt2PiUKrXW7hkmDkUiA3nJEkfU=; b=K12VGqtiKVO4XPF5tNq54kfUE58I0C3qNSMAue8vY1+n4luj/4MYRMMgrs F6k/e/hnqw4uhn4bt+l/j0cT4j5uFD4RosNmKkGEKtyNcNn3cMWopxv9WVnp 4DnTQwINIh1rh+jAG/pxr6I7Dlz0cVD2hKM+lQifXqbO7jIJF58tM=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 06:25:37 -0000 > The draft allows to have several EID in one request and it is > impossible to know the EID's site in advance. So, if I understand > your answer, should we remove the record count flag from map-request? Today, since we only have LISP-ALT, you use a record count of 1. In the future, if the Map-Request is "not routed", then you can have multiple records. Dino > > Damien Saucez > > Dino Farinacci wrote: >>> A completely different subject, but there is the possibility to >>> send several EID in a map-request. However, these EIDs can be >>> under the responsibility of different sites. How do we deal with >>> that in the reply to keep the nonce semantic correct? Can we have >>> different answers with the same nonce? If we call the EIDs in a >>> map-request "sub-requests", how can we dispatch the sub-requests >>> on the mapping system to have the correct mappings? >> >> Why would you send a Map-Request for EIDs of different sites? There >> is no practical reason for this. >> >> Dino > From damien.saucez@uclouvain.be Fri Jul 17 00:17:55 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 3411C3A69FC for ; Fri, 17 Jul 2009 00:17:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.166 X-Spam-Level: X-Spam-Status: No, score=-6.166 tagged_above=-999 required=5 tests=[AWL=0.433, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3gatddIgz8pD for ; Fri, 17 Jul 2009 00:17:54 -0700 (PDT) Received: from smtp2.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id 3E35C3A68DC for ; Fri, 17 Jul 2009 00:17:54 -0700 (PDT) Received: from mimir2.dhcp.info.ucl.ac.be (unknown [130.104.228.94]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp2.sgsi.ucl.ac.be) by smtp2.sgsi.ucl.ac.be (Postfix) with ESMTPSA id AECD1EB788; Fri, 17 Jul 2009 09:18:06 +0200 (CEST) Message-ID: <4A60259E.2080604@uclouvain.be> Date: Fri, 17 Jul 2009 09:17:50 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.9 (X11/20080213) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-2.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: AECD1EB788.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 07:17:55 -0000 Dino Farinacci wrote: >> The draft allows to have several EID in one request and it is >> impossible to know the EID's site in advance. So, if I understand >> your answer, should we remove the record count flag from map-request? > > Today, since we only have LISP-ALT, you use a record count of 1. In > the future, if the Map-Request is "not routed", then you can have > multiple records. > Ok, could you mention it in the draft -04? In the case of multiple records, my question is still open, how to deal with multiple servers, how to use the nonce? Damien Saucez > Dino > >> >> Damien Saucez >> >> Dino Farinacci wrote: >>>> A completely different subject, but there is the possibility to >>>> send several EID in a map-request. However, these EIDs can be under >>>> the responsibility of different sites. How do we deal with that in >>>> the reply to keep the nonce semantic correct? Can we have >>>> different answers with the same nonce? If we call the EIDs in a >>>> map-request "sub-requests", how can we dispatch the sub-requests on >>>> the mapping system to have the correct mappings? >>> >>> Why would you send a Map-Request for EIDs of different sites? There >>> is no practical reason for this. >>> >>> Dino >> > From dino@cisco.com Fri Jul 17 00:20:19 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AD6E23A6A50 for ; Fri, 17 Jul 2009 00:20:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.524 X-Spam-Level: X-Spam-Status: No, score=-6.524 tagged_above=-999 required=5 tests=[AWL=0.075, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PqER4xk9RVXK for ; Fri, 17 Jul 2009 00:20:18 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id CF76F3A6872 for ; Fri, 17 Jul 2009 00:20:18 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAHjDX0qrR7PE/2dsb2JhbAC3IogjkQoFhA0 X-IronPort-AV: E=Sophos;i="4.42,416,1243814400"; d="scan'208";a="215377193" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-1.cisco.com with ESMTP; 17 Jul 2009 07:20:52 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6H7KqUD008529; Fri, 17 Jul 2009 00:20:52 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6H7Kq8C020951; Fri, 17 Jul 2009 07:20:52 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 00:20:52 -0700 Received: from [192.168.1.5] ([10.21.92.165]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 00:20:51 -0700 Message-Id: <0A1F2D2E-CA34-42A8-B21A-6F274CA984AC@cisco.com> From: Dino Farinacci To: Damien Saucez In-Reply-To: <4A60259E.2080604@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 17 Jul 2009 00:20:51 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> <4A60259E.2080604@uclouvain.be> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 07:20:51.0856 (UTC) FILETIME=[1D90E900:01CA06AF] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1439; t=1247815252; x=1248679252; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=qz9qzETj0fC2CaZHLxWnTxM2GK6YevqFy5aMSd3dr3U=; b=VhWwI4Rj9cNoq8WUhPVWdKScN25VofY4IvhMz3jw1NfNmK1Kxh1Kms3xJW wNADm3GWoqyXhpOhzXJ/O0Q5cVJx/Lqn21kWvjBBx0IueNO/xS67ijovP5UB 7em19Y9l/S; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 07:20:19 -0000 > Dino Farinacci wrote: >>> The draft allows to have several EID in one request and it is >>> impossible to know the EID's site in advance. So, if I understand >>> your answer, should we remove the record count flag from map- >>> request? >> >> Today, since we only have LISP-ALT, you use a record count of 1. In >> the future, if the Map-Request is "not routed", then you can have >> multiple records. >> > Ok, could you mention it in the draft -04? Please be specific about what you want me to cover. > In the case of multiple records, my question is still open, how to > deal with multiple servers, how to use the nonce? I don't understand your question. Dino > > Damien Saucez >> Dino >> >>> >>> Damien Saucez >>> >>> Dino Farinacci wrote: >>>>> A completely different subject, but there is the possibility to >>>>> send several EID in a map-request. However, these EIDs can be >>>>> under the responsibility of different sites. How do we deal with >>>>> that in the reply to keep the nonce semantic correct? Can we >>>>> have different answers with the same nonce? If we call the EIDs >>>>> in a map-request "sub-requests", how can we dispatch the sub- >>>>> requests on the mapping system to have the correct mappings? >>>> >>>> Why would you send a Map-Request for EIDs of different sites? >>>> There is no practical reason for this. >>>> >>>> Dino >>> >> > From damien.saucez@uclouvain.be Fri Jul 17 01:27:28 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 21D2B3A6B52 for ; Fri, 17 Jul 2009 01:27:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.228 X-Spam-Level: X-Spam-Status: No, score=-6.228 tagged_above=-999 required=5 tests=[AWL=0.371, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id KV9vF2dmNSs5 for ; Fri, 17 Jul 2009 01:27:27 -0700 (PDT) Received: from smtp4.sgsi.ucl.ac.be (smtpout.sgsi.ucl.ac.be [130.104.5.77]) by core3.amsl.com (Postfix) with ESMTP id C42F73A683B for ; Fri, 17 Jul 2009 01:27:26 -0700 (PDT) Received: from mimir2.dhcp.info.ucl.ac.be (unknown [130.104.228.94]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp4.sgsi.ucl.ac.be) by smtp4.sgsi.ucl.ac.be (Postfix) with ESMTPSA id DC4CBF2338; Fri, 17 Jul 2009 10:27:58 +0200 (CEST) Message-ID: <4A603608.6020401@uclouvain.be> Date: Fri, 17 Jul 2009 10:27:52 +0200 From: Damien Saucez User-Agent: Thunderbird 2.0.0.9 (X11/20080213) MIME-Version: 1.0 To: Dino Farinacci References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> <4A60259E.2080604@uclouvain.be> <0A1F2D2E-CA34-42A8-B21A-6F274CA984AC@cisco.com> In-Reply-To: <0A1F2D2E-CA34-42A8-B21A-6F274CA984AC@cisco.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: clamav-milter 0.95.2 at smtp-4.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: DC4CBF2338.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: Olivier Bonaventure , lisp@ietf.org, Pierre Francois Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 08:27:28 -0000 Dino Farinacci wrote: >> Dino Farinacci wrote: >>>> The draft allows to have several EID in one request and it is >>>> impossible to know the EID's site in advance. So, if I understand >>>> your answer, should we remove the record count flag from map-request? >>> >>> Today, since we only have LISP-ALT, you use a record count of 1. In >>> the future, if the Map-Request is "not routed", then you can have >>> multiple records. >>> >> Ok, could you mention it in the draft -04? > > Please be specific about what you want me to cover. > When the record count has to be 1 and when it can be 1+. >> In the case of multiple records, my question is still open, how to >> deal with multiple servers, how to use the nonce? > > I don't understand your question. > If you take the first mail that triggered this discussion, I asked how to deal with several EIDs in a request. When a node receives a request with two EIDs and that only one belongs to its site, how to process the other EID? Damien Saucez > Dino > >> >> Damien Saucez >>> Dino >>> >>>> >>>> Damien Saucez >>>> >>>> Dino Farinacci wrote: >>>>>> A completely different subject, but there is the possibility to >>>>>> send several EID in a map-request. However, these EIDs can be >>>>>> under the responsibility of different sites. How do we deal with >>>>>> that in the reply to keep the nonce semantic correct? Can we have >>>>>> different answers with the same nonce? If we call the EIDs in a >>>>>> map-request "sub-requests", how can we dispatch the sub-requests >>>>>> on the mapping system to have the correct mappings? >>>>> >>>>> Why would you send a Map-Request for EIDs of different sites? >>>>> There is no practical reason for this. >>>>> >>>>> Dino >>>> >>> >> > From jmh@joelhalpern.com Fri Jul 17 07:52:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 37FE23A6886 for ; Fri, 17 Jul 2009 07:52:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.439 X-Spam-Level: X-Spam-Status: No, score=-3.439 tagged_above=-999 required=5 tests=[AWL=0.160, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id tB4SQqKUJYmI for ; Fri, 17 Jul 2009 07:52:33 -0700 (PDT) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 64AD43A67E6 for ; Fri, 17 Jul 2009 07:52:33 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id 4867D438017 for ; Fri, 17 Jul 2009 07:53:07 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.100] (pool-71-161-52-248.clppva.btas.verizon.net [71.161.52.248]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTP id AF13D43800E for ; Fri, 17 Jul 2009 07:53:06 -0700 (PDT) Message-ID: <4A60904E.8000504@joelhalpern.com> Date: Fri, 17 Jul 2009 10:53:02 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> <4A60259E.2080604@uclouvain.be> <0A1F2D2E-CA34-42A8-B21A-6F274CA984AC@cisco.com> <4A603608.6020401@uclouvain.be> In-Reply-To: <4A603608.6020401@uclouvain.be> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 14:52:34 -0000 Allow me to suggest a slightly different modification to the text: 1) Specify that senders compliant with the current document will always set the count to 1, and note that the count is included for future extensibility. 2) Specify what a receiver compliant with the draft should do if it receives a request with a count greater than 1. Presumably, it should send some error back? Yours, Joel Damien Saucez wrote: > Dino Farinacci wrote: >>> Dino Farinacci wrote: >>>>> The draft allows to have several EID in one request and it is >>>>> impossible to know the EID's site in advance. So, if I understand >>>>> your answer, should we remove the record count flag from map-request? >>>> >>>> Today, since we only have LISP-ALT, you use a record count of 1. In >>>> the future, if the Map-Request is "not routed", then you can have >>>> multiple records. >>>> >>> Ok, could you mention it in the draft -04? >> >> Please be specific about what you want me to cover. >> > When the record count has to be 1 and when it can be 1+. >>> In the case of multiple records, my question is still open, how to >>> deal with multiple servers, how to use the nonce? >> >> I don't understand your question. >> > If you take the first mail that triggered this discussion, I asked how > to deal with several EIDs in a request. When a node receives a request > with two EIDs and that only one belongs to its site, how to process the > other EID? > > Damien Saucez >> Dino >> >>> >>> Damien Saucez >>>> Dino >>>> >>>>> >>>>> Damien Saucez >>>>> >>>>> Dino Farinacci wrote: >>>>>>> A completely different subject, but there is the possibility to >>>>>>> send several EID in a map-request. However, these EIDs can be >>>>>>> under the responsibility of different sites. How do we deal with >>>>>>> that in the reply to keep the nonce semantic correct? Can we have >>>>>>> different answers with the same nonce? If we call the EIDs in a >>>>>>> map-request "sub-requests", how can we dispatch the sub-requests >>>>>>> on the mapping system to have the correct mappings? >>>>>> >>>>>> Why would you send a Map-Request for EIDs of different sites? >>>>>> There is no practical reason for this. >>>>>> >>>>>> Dino >>>>> >>>> >>> >> > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > From dino@cisco.com Fri Jul 17 09:38:43 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 6E5793A6AC5 for ; Fri, 17 Jul 2009 09:38:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.526 X-Spam-Level: X-Spam-Status: No, score=-6.526 tagged_above=-999 required=5 tests=[AWL=0.073, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id p8F1fF81JQSR for ; Fri, 17 Jul 2009 09:38:41 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id CE2173A6972 for ; Fri, 17 Jul 2009 09:38:41 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAANGYEqrR7O6/2dsb2JhbAC4UogjkGkFhA2HdA X-IronPort-AV: E=Sophos;i="4.42,418,1243814400"; d="scan'208";a="187304329" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-2.cisco.com with ESMTP; 17 Jul 2009 16:39:15 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6HGdFwt006648; Fri, 17 Jul 2009 09:39:15 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6HGdF4L013817; Fri, 17 Jul 2009 16:39:15 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 09:39:15 -0700 Received: from [192.168.1.5] ([10.21.93.118]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 09:39:14 -0700 Message-Id: From: Dino Farinacci To: Luigi Iannone In-Reply-To: <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 17 Jul 2009 09:39:14 -0700 References: <4A5B3F69.8040202@uclouvain.be> <383A9486-D296-4385-964A-94A7E2B44E51@net.t-labs.tu-berlin.de> <37C2DC52-D274-4778-8958-6AD52DCF00A3@net.t-labs.tu-berlin.de> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 16:39:14.0955 (UTC) FILETIME=[1EF81DB0:01CA06FD] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=9001; t=1247848755; x=1248712755; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=r4tXMUHRfNEKR2aGmiFd/N3TKNSXZLKQCalSYk6DeVk=; b=tboIhClzQYnUdFDnsG8gJvolaIJil5FY+XBMRVbQj/U6HnLRJhHn5NQE/E m5enWQPEdY4JrE7nNG8xN1YE2IvseCYCbeon/f4RWav6C1U4NEvB8u3YVAX8 P3rDZWsLOq; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: Olivier Bonaventure , lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 16:38:43 -0000 Let's do this at the meeting. I think face-to-face will be better. We have been oscillating and I think it's because email isn't working for this. Luigi/Damien, can you think about these issues so we can discuss them: (1) Your map-versioning has 2 versions numbers (sender's and receiver's). This is so when a packet comes from an ITR to an ETR, the ETR knows if the ITR is out of date with respect to an ETR's version number and updates the ITR. At the same time the ETR can tell if it is out of date with respect to the ITR's version number so then it can ask for an update. (2) With what we have in the spec right now, the nonce is also a version number but it works in one- direction. And an SMR allows the side that needs the update to have it send a Map-Request. What I want you guys to think about and articulate is what the pros and cons of "comparing" the two approaches. Rather the pros and cons of each. The later has been articulated as you said. What I want to understand is if we can get your pros without having to make more changes. Because the map-versioning ID makes a lot of changes (data packet change, new message type in a Map-Update, and removing loc-reach-bits) so I am judging the benefit given this cost. Now, one other thing. Since we are currently all thinking about locator reachability algorithms, and if we do an RLOC-probing algorithm, and if we use Map-Requests and Map-Replies as the probes, you have a built-in update mechanism with no other cost. That is, if you have to probe for liveness, you can also get the latest and greatest mapping data from the site. So something to think about. Dino On Jul 14, 2009, at 8:15 AM, Luigi Iannone wrote: > Hi Dino, > > On Jul 14, 2009, at 16:42 , Dino Farinacci wrote: > >>> On this topic, what about my last mail of 7th July? There is value >>> in versioning the way we propose it. >> >> Rather than claiming there is value, let's articulate what the >> value is that the nonce, as a single version cannot do. >> >> I believe you there is value, but let's be very specific. That's >> the best way to evaluate and make a decision. > > Totally agree on that. > > But I really do not know at this point how to better articulate the > versioning approach. > > I am a bit surprised about this reply. There are several mails, even > some slides that I sent. > But at some point you always did not reply, and now you claim I > should better articulate? > Give me a hint on how I should do that. > I am a bit puzzled here. > > At the bottom of this mail there is a copy of the one I sent the 7th > of July. What is missing or not clear? > > >> >>> And yes, there has been no consensus on accepting versioning, but >>> neither consensus on rejecting it. >>> >>> There has been some discussion on the number of bits used for >>> versioning, which I personally think is not the main point. >> >> Okay, noted. >> >>> What is important is the feedback that versioning provides without >>> the need of extra signaling, nor extra bytes, just re-using part >>> of the actual LISP header. >> >> Okay, so you are saying it can remain efficient. Well that is good. >> But tell me why a 24-bit nonce cannot be used as a version number >> and use the same ideas you have for map-versioning. > > As I said several times is the fact that we use two version numbers > in the header. > > >> >> Please be descriptive so we can converge. > > seems that draft + emails + slides are not sufficient.... we should > sit down together and discuss more. > > In the meantime, let's try a different approach. > Can you tell me why the current nonce use is superior to versioning? > Or what do we lose by using versioning? > > Can you articulate on these two points. > > Luigi > > >> >>> I guess people are still pondering, but, since there are clear >>> advantages with versioning, they will finally accept it ;-))) >> >> Dino > > > > On Jul 7, 2009, at 16:28 , Luigi Iannone wrote: > >> >> On Jun 22, 2009, at 21:00 , Dino Farinacci wrote: >> >>>> Yes, but let me push things a bit .. ;-) >>>> What about splitting the nonce_version number in two parts as >>>> suggested in our draft? This is very helpful in case of >>>> unidirectional traffic. >>> >>> Let's focus on this part for now. Which I think is an important >>> issue. Let's frame the situation up as we have site A sending >>> packets to site B. The traffic is unidirectional to home in on >>> your point. >>> >>> Let's call the ITRs at site A ITR "a" and ITR "a'" and "b" and >>> "b'" are the ETRs at site B. Even if a or a' send to b or b', >>> those LISP routers at site B don't have any map-cache state for >>> site A. >>> >>> When site B wants to update it's mapping database entries, neither >>> b or b' will SMR because it thinks it's not talking to anyone. >>> Plus, it has no offered data to send them, so it can't send an SMR- >>> bit. >>> >>> You like the idea of putting two version numbers in so Site A can >>> tell Site B what version of B's mappings it is using. >>> >>> Tell me if I am ac curatively describing your position? >>> >>> ... (pause and think before continuing below) >> >> After one week thinking... ;-)) >> >> Agreed >> (one could argue that B can keep mappings for A just to have some >> more security checks when coupled with the nonce, but this is >> another story) >> >> >>> >>> If the LISP routers at site B see that anyone is out of date, they >>> would need to send something to the ITRs of site A. Well we don't >>> want the LISP routers of site B to send a Map-Reply because that >>> could be unsolicited. We would want the ITRs to send a Map-Request >>> over the mapping database infrastructure to get updated. But we >>> want them to do it at the rate that site B can handle the Map- >>> Request load. >>> >>> So one solution is for the site B LISP routers to send a Map- >>> Request to site A with the SMR-bit set. Which in turn has the site >>> A LISP routers send a Map-Request. This would fall into the >>> current design. >> This is what we call "Map-Update-Notification" in draft-iannone- >> lisp-versioning. >> >>> >>> ... (pause and think before continuing below) >> >> After a second week thinking.... ;-)) >> >> This is the whole point, with the current design of LISP design you >> have not mean to make B understand that A is using a stale mapping. >> >> What you can do is to "guess" that that's the case. What if you >> have the case (I already pointed this out previously, but had no >> answer) A will stop send for a while, in the meantime the mapping >> changes, then A starts to send with the same mapping because the >> original TTL is not expired. How you deal with that? >> >> Please Dino, do not reply that when A starts again sending traffic, >> B will send a Map-Request with SMR bit just to be sure that A will >> update the mapping. If we use Map-Request/Map-reply for >> everything, LISP will consume the whole Internet's bandwidth in >> signaling. >> >> Putting versioning into the header (meaning 2 version numbers), >> despite what you think, does the job (and even more) in a very >> simple and elegant way. >> >> It does not need any further space/state in the mapping, since the >> point is to give a different semantic to part of the 8 bytes used >> for the LISP header. >> >> >> >> >>> >>> But while we have been experimenting with RLOC reachability >>> liveness, you might think of an option where site A LISP routers >>> might be sending Map-Requests to site B routers to make sure the >>> locators the site A routers are using are up and operational. Well >>> depending on how often this is done, the keepalive replies which >>> are in the form of Map-Replies would have more up to date mapping >>> data. >> >> 1. Active probing does not scale (you yourself pointed this out >> some time ago). >> >> 2. This approach has limited reactivity. >> >> 3. One can argue that RLOC reachability should be ensured by the >> routing infrastructure (think about fast-reroute) and not by LISP. >> >> >> >>> >>> All I'm trying to say here is that maybe using the basic Map- >>> Request and Map-Reply machinery we can solve liveness and fast >>> mapping updates at the same time. >> >> Careful here. Your statement does not consider the overhead in >> terms of probing that you have to do in order to discover things >> that versioning tells you right away. Think about it.... >> >> >> Luigi >> >> >>> >>> Just thinking out loud, >>> Dino >>> >>> >>> >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > From dino@cisco.com Fri Jul 17 10:19:44 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id CFBDA3A6B6E for ; Fri, 17 Jul 2009 10:19:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.529 X-Spam-Level: X-Spam-Status: No, score=-6.529 tagged_above=-999 required=5 tests=[AWL=0.071, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id fWR50KCf5xEo for ; Fri, 17 Jul 2009 10:19:43 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id D14BC3A6B1F for ; Fri, 17 Jul 2009 10:19:17 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAJ9PYEqrR7PD/2dsb2JhbAC4eYgjkG4FhA0 X-IronPort-AV: E=Sophos;i="4.42,418,1243814400"; d="scan'208";a="348839133" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-6.cisco.com with ESMTP; 17 Jul 2009 17:19:49 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6HHJn6Q029370; Fri, 17 Jul 2009 10:19:49 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6HHJnVb002737; Fri, 17 Jul 2009 17:19:49 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 10:19:49 -0700 Received: from [192.168.1.5] ([10.21.93.118]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 17 Jul 2009 10:19:48 -0700 Message-Id: From: Dino Farinacci To: "Joel M. Halpern" In-Reply-To: <4A60904E.8000504@joelhalpern.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 17 Jul 2009 10:19:48 -0700 References: <4A5B3F69.8040202@uclouvain.be> <4A5C2A1A.4040606@uclouvain.be> <4A5CCFCB.7030103@uclouvain.be> <8F8BED04-5F64-4D82-ACCA-6E0A4175B605@cisco.com> <4A6015B6.8050009@uclouvain.be> <4A60259E.2080604@uclouvain.be> <0A1F2D2E-CA34-42A8-B21A-6F274CA984AC@cisco.com> <4A603608.6020401@uclouvain.be> <4A60904E.8000504@joelhalpern.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 17 Jul 2009 17:19:49.0048 (UTC) FILETIME=[C9CD3B80:01CA0702] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2835; t=1247851189; x=1248715189; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Updates=20to=20draft-ietf-lisp -02.txt |Sender:=20; bh=iUCkHN6FdLx/XNyMbptTmdRF8/UZFKCptD6CsdTxDgM=; b=WBr6dk5RhnJE4JlwZuqcGM1EUhlBrKMa7jAqJOQ2i4QM3mU8L3YyiToNTj KYfXJJiqQP233kg8H/kOBFoWd12HxOUFfpwGqZLO4NfyytQ3CNoDKsnVveRZ 319E34LjMi; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Updates to draft-ietf-lisp-02.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 17:19:44 -0000 I will put this in -04. Scheduled for release some time in the fall. Thanks all. Dino On Jul 17, 2009, at 7:53 AM, Joel M. Halpern wrote: > Allow me to suggest a slightly different modification to the text: > > 1) Specify that senders compliant with the current document will > always set the count to 1, and note that the count is included for > future extensibility. > > 2) Specify what a receiver compliant with the draft should do if it > receives a request with a count greater than 1. Presumably, it > should send some error back? > > Yours, > Joel > > > Damien Saucez wrote: >> Dino Farinacci wrote: >>>> Dino Farinacci wrote: >>>>>> The draft allows to have several EID in one request and it is >>>>>> impossible to know the EID's site in advance. So, if I >>>>>> understand your answer, should we remove the record count flag >>>>>> from map-request? >>>>> >>>>> Today, since we only have LISP-ALT, you use a record count of 1. >>>>> In the future, if the Map-Request is "not routed", then you can >>>>> have multiple records. >>>>> >>>> Ok, could you mention it in the draft -04? >>> >>> Please be specific about what you want me to cover. >>> >> When the record count has to be 1 and when it can be 1+. >>>> In the case of multiple records, my question is still open, how >>>> to deal with multiple servers, how to use the nonce? >>> >>> I don't understand your question. >>> >> If you take the first mail that triggered this discussion, I asked >> how to deal with several EIDs in a request. When a node receives a >> request with two EIDs and that only one belongs to its site, how to >> process the other EID? >> Damien Saucez >>> Dino >>> >>>> >>>> Damien Saucez >>>>> Dino >>>>> >>>>>> >>>>>> Damien Saucez >>>>>> >>>>>> Dino Farinacci wrote: >>>>>>>> A completely different subject, but there is the possibility >>>>>>>> to send several EID in a map-request. However, these EIDs can >>>>>>>> be under the responsibility of different sites. How do we >>>>>>>> deal with that in the reply to keep the nonce semantic >>>>>>>> correct? Can we have different answers with the same nonce? >>>>>>>> If we call the EIDs in a map-request "sub-requests", how can >>>>>>>> we dispatch the sub-requests on the mapping system to have >>>>>>>> the correct mappings? >>>>>>> >>>>>>> Why would you send a Map-Request for EIDs of different sites? >>>>>>> There is no practical reason for this. >>>>>>> >>>>>>> Dino >>>>>> >>>>> >>>> >>> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dmm@1-4-5.net Fri Jul 17 12:45:08 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E0A673A6ED3 for ; Fri, 17 Jul 2009 12:45:08 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.56 X-Spam-Level: X-Spam-Status: No, score=-2.56 tagged_above=-999 required=5 tests=[AWL=0.039, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id GLROOTfM88+Y for ; Fri, 17 Jul 2009 12:45:08 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 1FC783A683C for ; Fri, 17 Jul 2009 12:45:08 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6HJjPGw026571; Fri, 17 Jul 2009 12:45:25 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6HJj5pK026563; Fri, 17 Jul 2009 12:45:05 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Fri, 17 Jul 2009 12:45:05 -0700 From: David Meyer To: lisp@ietf.org Message-ID: <20090717194505.GA26517@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="Kj7319i9nmIyA2yE" Content-Disposition: inline X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Subject: [lisp] lig source updated to reflect changes in draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 17 Jul 2009 19:45:09 -0000 --Kj7319i9nmIyA2yE Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Please see http://github.com/davidmeyer/lig/tree/master Dave --Kj7319i9nmIyA2yE Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpg1MEACgkQORgD1qCZ2KfQEgCfUq3O+1uqv+sFc1ftlsfAqXz1 2VIAnRVPP0AT9Nwe0/zn0FLdbshK+Ycl =StsR -----END PGP SIGNATURE----- --Kj7319i9nmIyA2yE-- From luigi@net.t-labs.tu-berlin.de Sun Jul 19 08:24:52 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 449083A6ADC for ; Sun, 19 Jul 2009 08:24:52 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.324 X-Spam-Level: X-Spam-Status: No, score=0.324 tagged_above=-999 required=5 tests=[AWL=-1.828, BAYES_50=0.001, HELO_EQ_DE=0.35, HTML_MESSAGE=0.001, J_CHICKENPOX_22=0.6, J_CHICKENPOX_34=0.6, J_CHICKENPOX_52=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id aKSBb0yDJS7R for ; Sun, 19 Jul 2009 08:24:47 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 440D33A6929 for ; Sun, 19 Jul 2009 08:24:39 -0700 (PDT) Received: from dyn113.net.t-labs.tu-berlin.de (dyn113.net.t-labs.tu-berlin.de [130.149.220.113]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 9BC34701BAB5; Sun, 19 Jul 2009 17:24:37 +0200 (CEST) Message-Id: <6B63332D-C220-435F-BD1F-D90F3B9181C8@net.t-labs.tu-berlin.de> From: Luigi Iannone To: Chen Gang In-Reply-To: <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> Content-Type: multipart/alternative; boundary=Apple-Mail-26--873062476 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Sun, 19 Jul 2009 17:24:36 +0200 References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <200907090907292188089@gmail.com> <200907091130018289671@gmail.com> <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> <200907092344507503907@gmail.com> <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> X-Mailer: Apple Mail (2.935.3) Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 19 Jul 2009 15:24:52 -0000 --Apple-Mail-26--873062476 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, my specific comments are inline. Luigi > > > On Jul 13, 2009, at 15:49 , Chen Gang wrote: > >> Dear all, >> >> According to the mail-list discussion, we have uploaded new version >> of the draft. >> >> Please find following information. >> >> All comments are welcome. >> >> -Gang >> >> A New Internet-Draft is available from the on-line Internet-Drafts >> directories. >> Title : An Incremental Deployable Mapping Service >> for Scalable Routing Architecture >> Author(s) : G. Chen, et al. >> Filename : draft-chen-lisp-er-mo-01.txt >> Pages : 20 >> Date : 2009-07-12 >> This document describes a mechanism of providing mapping service for >> LISP-like architecture. The mapping service comprises of EID Router >> (ER) mechanism and supplementary DHT Mapping Overlay (MO), in which >> ER mechanism is for reducing forwarding entries in routers while >> driving the packets to the destination through tunnels, and the DHT >> MO serves as a supplement that provides specific mappings to reduce >> the number of tunnels. The mechanism is flexibly deployable for ISPs >> since it costs little and is easy to progress. >> A URL for this Internet-Draft is: >> http://www.ietf.org/internet-drafts/draft-chen-lisp-er-mo-01.txt >> Internet-Drafts are also available by anonymous FTP at: >> ftp://ftp.ietf.org/internet-drafts/ >> >> >> > > > > Network Working Group G. > Chen > Internet-Draft H. > Deng > Intended status: Informational B. > Zhou > Expires: January 12, 2010 CMCC, > Inc. > > M. Xu > D. > Huo > Y. > Cao > Tsinghua > University > July 11, > 2009 > > > An Incremental Deployable Mapping Service for Scalable Routing > Architecture > draft-chen-lisp-er-mo-01 > > Status of this Memo > > This Internet-Draft is submitted to IETF in full conformance with > the > provisions of BCP 78 and BCP 79. > > Internet-Drafts are working documents of the Internet Engineering > Task Force (IETF), its areas, and its working groups. Note that > other groups may also distribute working documents as Internet- > Drafts. > > Internet-Drafts are draft documents valid for a maximum of six > months > and may be updated, replaced, or obsoleted by other documents at > any > time. It is inappropriate to use Internet-Drafts as reference > material or to cite them other than as "work in progress." > > The list of current Internet-Drafts can be accessed at > http://www.ietf.org/ietf/1id-abstracts.txt. > > The list of Internet-Draft Shadow Directories can be accessed at > http://www.ietf.org/shadow.html. > > This Internet-Draft will expire on January 12, 2010. > > Copyright Notice > > Copyright (c) 2009 IETF Trust and the persons identified as the > document authors. All rights reserved. > > This document is subject to BCP 78 and the IETF Trust's Legal > Provisions Relating to IETF Documents in effect on the date of > publication of this document (http://trustee.ietf.org/license- > info). > Please review these documents carefully, as they describe your > rights > and restrictions with respect to this document. > > > > Chen, et al. Expires January 12, 2010 > [Page 1] > Internet-Draft ER+MO July > 2009 > > > Abstract > > This document describes a mechanism of providing mapping service > for > LISP-like architecture. The mapping service comprises of EID > Router > (ER) mechanism and supplementary DHT Mapping Overlay (MO), in which > ER mechanism is for reducing forwarding entries in routers while > driving the packets to the destination through tunnels, and the DHT > MO serves as a supplement that provides specific mappings to reduce > the number of tunnels. The mechanism is flexibly deployable for > ISPs > since it costs little and is easy to progress. > > > Table of Contents > > 1. > Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 3 > 2. Definition of > Terms . . . . . . . . . . . . . . . . . . . . . 4 > 3. > Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 > 4. When an ITR meets > packets . . . . . . . . . . . . . . . . . . 6 > 5. Utilization of current BGP > system . . . . . . . . . . . . . . 7 > 5.1. Automatic Mapping obtainment and > storage . . . . . . . . . 7 > 5.2. Mapping propagation by > BGP . . . . . . . . . . . . . . . . 7 > 6. EID Router > mechanism . . . . . . . . . . . . . . . . . . . . . 9 > 6.1. Address aggregation > policy . . . . . . . . . . . . . . . . 9 > 6.2. EID > Router . . . . . . . . . . . . . . . . . . . . . . . . 9 > 6.3. When an ER meets > packets . . . . . . . . . . . . . . . . . 9 > 7. Supplementary DHT Mapping Overlay > (MO) . . . . . . . . . . . . 11 > 7.1. Mapping Node (MN) and Mapping Server > (MS) . . . . . . . . 11 > 7.2. MNID Assignment and K-bucket > Table . . . . . . . . . . . . 11 > 7.3. LOOKUP > Process . . . . . . . . . . . . . . . . . . . . . . 12 > 7.4. Security Consideration of Mapping > Storage . . . . . . . . 12 > 7.5. Self-adaptive > Capability . . . . . . . . . . . . . . . . . 13 > 7.6. Dynamic Adjustment of K value and m > value . . . . . . . . 13 > 7.7. Mapping Storing and Exchanging in Multi-homing > Scenario . 13 > 8. Incremental > Deployment . . . . . . . . . . . . . . . . . . . . 14 > 9. > Acknowledgements . . . . . . . . . . . . . . . . . . . . . . . 15 > 10. Security > Considerations . . . . . . . . . . . . . . . . . . . 16 > 11. IANA > Considerations . . . . . . . . . . . . . . . . . . . . . 17 > 12. > References . . . . . . . . . . . . . . . . . . . . . . . . . . 18 > 12.1. Normative > References . . . . . . . . . . . . . . . . . . . 18 > 12.2. Informative > References . . . . . . . . . . . . . . . . . . 18 > Authors' > Addresses . . . . . . . . . . . . . . . . . . . . . . . . 19 > > > > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 2] > Internet-Draft ER+MO July > 2009 > > > 1. Introduction > > LISP [I-D.farinacci-lisp] is an architecture for scalable routing. > It defines two address spaces: Routing Locators (RLOC) and Endpoint > Identifiers (EID). LISP uses EIDs as lookup keys for a new EID-to- > RLOC mapping database, in which way several mapping services are > built such as [I-D.fuller-lisp-alt] and [I-D.meyer-lisp-cons]. In > these mapping service solutions, different kinds of overlays are > designed and built as database for storing mapping information, as > well as providing mapping lookup results for mapping queries. > > The problem they commonly share is that packets without any > caches on > current ITR have to be waiting for the reply of mapping lookup > query, > or simply be dropped by this ITR as long as no relevant cache > exists > on this ITR. > > One solution to this problem could be that, instead of sending > lookup > queries to the Mapping Overlay (MO), data packet itself is sent to > the MO as a query (e.g., "Data Probe" in [I-D.fuller-lisp-alt]>) > and > get forwarded in the MO to the final ETR linked to the site in > which > the destination EID resides. But usually when a packet is going > through the MO, long latency becomes a remarkable problem then. > > In this draft we describe an incremental deployable mapping service > for LISP. This mapping service comprises of EID Router (ER) > mechanism and supplementary DHT Mapping Overlay (MO). The ER > mechanism is designed for reducing forwarding entries in routers, > while driving the packets to the destination through tunnels. The > DHT MO serves as a supplement that provides specific mappings to > reduce the number of tunnels along the path to the destination. > Note > that an ER can be deployed unilaterally in an AS for it's own > benefits and the DHT MO is unitedly built among ASes however > whether > to join the MO is not compulsory to an AS (it can still benefit > from > deploying the ER). > > The remainder of this document is organized as follows: Section 2 > provides the definitions of terms in this document. Section 3 > sketches an overview of the mapping service. Section 4 describes > how > an ITR handles the packets. Section 5 describes how to utilize > current BGP system in the mapping service. Section 6 describes how > the EID Router mechanism works, and Section 7 describes how to > build > the DHT Mapping Overlay and how to retrieve mappings in it. And > Section 8 shows the steps for deploying the mapping service > incrementally. > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 3] > Internet-Draft ER+MO July > 2009 > > > 2. Definition of Terms > > Mapping: an EID-to-ELOC mapping. > > EID aggregated prefix: an aggregated prefix which covers some EID > blocks. > > EID+RLOC aggregated prefix: an aggregated prefix which covers some > EID block(s) and RLOC(s). > > EID Router (ER): a new introduced router which keeps entries to > all > EID aggregated prefixes. > > Mapping Node (MN): an entity used for storing a mapping. Each MN > holds and can only hold one mapping, and each mapping is related > to only one MN. It can be implemented as a process in a MS, > which > has a data structure to store the mapping as well as the ability > to manage and retrieve the mappings. > > Master Mapping Node (MMN): a chosen Mapping Node used to be the > representative among redundant MNs. It is in charge of > initiating > mapping query and exchanging mappings. > > Mapping Server (MS): a server specified to physically store > mappings. Each MS can hold more than one Mapping Nodes. > > Mapping Overlay (MO): a DHT overlay, which is designed for storing > the distributed mapping information. Only one MO exists among > ISPs in the Internet. > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 4] > Internet-Draft ER+MO July > 2009 > > > 3. Overview > > The mechanism described in this draft aims: > > o to eliminate all forwarding entries to distant customer ASes > in P > routers; > What's a "P router"? It is nto defined in section 2. > > > o to eliminate the forwarding entries, targeted to distant > customer > ASes not behind the border routers, in the border routers; > This is still unclear to me. > o to be deployed incrementally; > > o to help reduce the number of tunnels. > Which tunnels? LISP tunnels? MO tunnels? > To achieve the four aims above, the mechanism described in this > draft > mainly comprises of the following two parts: > > o EID Router (ER) mechanism for non-cached packets tunneling, and > > o DHT Mapping Overlay (MO) as a supplement, which provides > specific > mappings to reduce tunneling cost. > > The EID Router mechanism is designed for the first three aims, and > the DHT MO is designed for the last aim. > > In EID Router mechanism, by manually or automatically setting the > default route to an ER (each AS at least has one ER), all > forwarding > entries to distant customer ASes in P routers, and a part of > forwarding entries (targeted to distant customer ASes not behind > the > border routers) in the border routers can be eliminated. > > The current running Border Gateway Protocol [RFC4271] is mainly > utilized to propagate mappings through the current running BGP > speaking system. The most important reason to use the current > running BGP speaking system is to make the deployment backward > compatible, so that incremental deployment can be achieved. > > The DHT Mapping Overlay can help reduce the number of tunnels which > result from deploying the ER mechanism. It is optional for ISPs > and > only needs a little investment on it. > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 5] > Internet-Draft ER+MO July > 2009 > > > 4. When an ITR meets packets > > When an ITR receives a packet originated from a customer site, it > checks whether a copy of mapping exists in its cache first. > > If the mapping exists, the ITR encapsulates the packet in a LISP > header, putting the RLOC extracted from the mapping onto the outer > destination address, meanwhile selecting one of the ITR's RLOC as > the > outer source address. > > Else if cache misses (i.e., no relevant copy of mapping exists in > the > ITR), two concurrent events occur: > > o Data Plane Traffic: the packet simply follows a default route > preset manually or automatically to an ER in current AS. > Since ER > knows whole global mapping information, it can forward every > packet to the right ETR by encapsulating the packet in LISP > header > with the ITR's RLOC in the outer source address and the ETR's > RLOC > in the outer destination address. From this I understand that the ER is very similar to the Default Mapper defined in APT. Is it correct? > > o Control Plane Traffic: the ITR sends a Mapping Query to its > default Mapping Server (MS) in the AS. And then a mapping > LOOKUP > process (details of mapping lookup process are shown in > Section 7) > is launched in the Mapping Overlay (MO) by the Master Mapping > Node > (MMN) of the ITR. After the MMN receives a copy of queried > mapping from the MO, it returns the copy to the ITR which > initiated the Mapping Query, and is cached for a period of time. > > If the AS has at least one ER containing all the mappings, why not querying the ER and retrieve the mapping from there? > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 6] > Internet-Draft ER+MO July > 2009 > > > 5. Utilization of current BGP system > This part about BGP is very difficult for me to understand. You are not using another instance of BGP (like ALT) you are using same instance of BGP used to propagate routing information to propagate mappings, right? BGP follows a push model, does it mean that all mappings are propagated to all BGP speakers? In this case why the MO is needed? > The BGP is an inter-Autonomous System routing protocol. The > primary > function of a BGP speaking system is to exchange network > reachability > information with other BGP systems. This network reachability > information includes information on the list of ASes that > reachability information traverses. This information is sufficient > for constructing a graph of AS connectivity for this > reachability, as > well as inevitable for constructing the mappings from EIDs onto > RLOCs > automatically. Moreover, especially for incremental deployment > requirement, which means ASes deployed new mechanism must work > along > with those not deployed ones, it is necessary to design mapping > service inherently adaptable for the current running BGP system > (i.e., the BGP system we use for basic routing and forwarding > today). > > The BGP in the mapping service has two functions: to obtain the > mappings automatically, and to propagate mappings to ERs in other > ASes. They're both based on current running BGP system. > > 5.1. Automatic Mapping obtainment and storage > > When an customer AS advertise an BGP UPDATE message to homed (no > matter single-homed or multi-homed) provider AS which is deployed > the > DHT mapping server described in Section 7, the provider AS would > set > or update the relevant mapping information according to the > advertised route to the customer AS. The announced prefix is treat > as the EID in the mapping and the address of the ETR > which directly receives BGP announcement from the customer AS is > chosen as the RLOC. > > This mapping could be stored both in MN (Mapping Node) and ER (EID > Router) concurrently. In the former case, one mapping refers to > one > MN and vice versa as described in Section 7. However in the latter > case, the mapping is not only stored in the ER in current provider > AS, but also propagated to distant provider ASes by BGP > advertisements and stored in ERs at those ASes. > > Note that the mappings obtained so far are original specific > mappings. In DHT MO, these original specific mappings are stored > on > MNs and no changes on mapping granularity. However in ER > mechanism, > during the mapping propagation by BGP, mapping granularity is > changed > once a prefix aggregation occurs in an AS (details are shown in > Section 5.2). > > 5.2. Mapping propagation by BGP > > BGP speakers work as what they act today, in addition that mapping > information is affiliated in BGP UPDATE message. Each BGP > speaker on > > > > Chen, et al. Expires January 12, 2010 > [Page 7] > Internet-Draft ER+MO July > 2009 > > > the route SHALL keep the originality of the mappings (i.e., the > mappings stay untouched during propagation), except that it > aggregates some prefixes into one. New mapping SHOULD be formed > when > such aggregation occurs, in which case both EID and RLOC in mapping > are updated, that EID is set to the new aggregated EID > block which covers more prefixes while RLOC is set to the address > of > either ER (if ER is deployed) or border router (if no ER is > deployed) > in current AS. > How you can do this aggregation? Different EID can have different RLOCs, how you deal with that? Further, multihoming is introducing a lot of de-aggregation in BGP, how you can avoid the same situation in your case? > Note that since aggregation is permitted during the mapping > propagation, the number of mappings stored on the ERs would be far > more less than the number of mappings stored in the MO. > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 > [Page 8] > Internet-Draft ER+MO July > 2009 > > > 6. EID Router mechanism > > 6.1. Address aggregation policy > > All addresses from edge customer ASes can be seen as the EIDs. EID > prefixes can be aggregated to EID aggregated prefix. Moreover we > allow EIDs to be aggregated with RLOCs to EID+RLOC aggregated > prefix. > For example, suppose two EID blocks 166.111.8/24 and 166.111.9/24 > belong to two customer ASes homed to a provider AS which has some > RLOCs range from 166.111.10/24 to 166.111.11/24, the provider AS > can > aggregate either to an EID aggregated prefix 166.111.8/23 or to an > EID+RLOC aggregated prefix 166.111.8/22. > Here you are merging what LISP tries to split: EID and RLOCs. Isn't this dangerous? Also, you lose information. How to distinguish in 166.111.8/22 which part is EID and which is RLOC? > 6.2. EID Router > > An EID Router is no particular than a legacy router, except that > special configuration is applied. It is configured to act as an > eBGP > speaker, and only loads the forwarding entries to all EID > aggregated > prefixes. Note that the EID+RLOC aggregated prefixes don't have to > be loaded in EID Routers, since the RLOCs in the EID+RLOC > aggregated > prefixes are supposed be reachable (i.e., forwarding entries to > these > prefixes should be preserved in the P routers). > > So the ideal situation becomes: > > o the EID Routers load the forwarding entries to all EID > aggregated > prefixes, > > o the P routers load the forwarding entries to all RLOCs and all > EID+RLOC aggregated prefixes, and > > o the border routers load the forwarding entries to all RLOCs and > the prefixes (i.e., EID aggregated prefixes and EID+RLOC > aggregated prefixes) of the distant ASes behind the border > routers. > > So due to deploying the EID Router mechanism, P routers and border > routers can get their FIB (Forwarding Information Base) size > reduced. > > 6.3. When an ER meets packets > > When an ER receives a packet, it matches the destination address > with > entries in its forwarding table (that can be seen as the mapping > table). Since the ER holds whole mapping table (from its angle of > view), this packet can be encapsulated in a LISP header and sent > out. > The tunnel end point may be one of the following four kinds of > routers: > > > > > Chen, et al. Expires January 12, 2010 > [Page 9] > Internet-Draft ER+MO July > 2009 > > > o the border router of the peering AS on the path to the > destination, in which case aggregation occurs in this peering AS > or this peering AS didn't pass the mapping information to the > current AS. > > o the border router of the non-peering AS on the path to the > destination, in which case aggregation occurs in this non- > peering > AS. > > o the EID Router of a distant AS (either peering or non-peering) > on > the path to the destination, in which case the downstream AS > didn't pass the mapping information to this distant AS so that > the > ER in this distant AS created a new mapping (the ER's RLOC is > set > in the mapping). > > o the destination ETR, in which case the originality of the > mapping > is maintained. > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 10] > Internet-Draft ER+MO July > 2009 > > > 7. Supplementary DHT Mapping Overlay (MO) This section is again unclear to me. Probably I lack of background on Kademlia, but still.... > > The DHT Mapping Overlay (MO) is based on [Kademlia], a highly > efficient protocol of Distributed Hash Table (DHT) overlay for > Peer- > to-Peer network, which applies XOR as metric to measure distance. > Here in the MO, it is adapted to meet several requirements below: > > o MO should be scalable; > > o MO should have a good ability of redundancy; > > o MO should be self-adaptive for mapping adding or failure; > > o MO should be flexible for balancing performance and overhead; > > o MO should support multi-homing scenario. > > The benefit of deploying the MO is that, it provides specific > mappings since it doesn't aggregate prefixes (i.e., mappings stored > in MO are finest-granulated that each mapping refers to one > relation > between a customer AS and one of its provider site). Due to the > large number of such fines-granulated mappings, the MO should be > scalable and capable for redundancy. So DHT is chosen as the means > of distributing the mappings. > > 7.1. Mapping Node (MN) and Mapping Server (MS) > > As described in Section 5.1, a mapping is automatically obtained > from > the BGP advertisement through the ETR. Afer that it is sent to a > MS > in current provider AS and then stored in a new created MN (or > manually set on the MN). Note that each mapping can only be > initially stored on one MN in the MO, and each MS can accommodate > more than one MNs. For example, an ISP is accessed by 5 customer > ASes labeled as a, b, c, d, e, whose corresponding EIDs are v, w, > x, > y, z respectively. These five EID prefixes of customer ASes are > one- > to-one mapped, forming five MNs physically existed on one or > multiple > MSes administrated by the ISP. > > 7.2. MNID Assignment and K-bucket Table > > In the MO, each MN is assigned a 160 bit ID. The DHT MO utilizes > the > highest numerical IP address reserved in customer ASes as a MNID. > For example, assume a customer AS with a prefix 162.137.2/24 is > mapped to the RLOC 134.121.3.56. The lower 32 bits of the MNID of > the corresponding Master Mapping Node (MMN) is 0xA28902FE (i.e., > 162.137.2.254), and the rest 128 bits are all 0. The mapping > will be > stored on this MMN and several (at least one) other MNs whose MNIDs > are closest to the MNID 0xA28902FE. > > > > Chen, et al. Expires January 12, 2010 [Page > 11] > Internet-Draft ER+MO July > 2009 > > > Each MN manages a K-bucket table of its own that keeps the > information how it can reach other MNs (i.e., the RLOCs of the > resident MSes of these MNs). Each MN's reachability imformation is > stored on a node in K-bucket. The table of a MN N consists of 160 > rows in which the i-th row (0 <= i < 160) preserves the > reachability > information of some MNs (i.e., the RLOCs of the resident MSes of > these MNs) which are at a distance range 2^I ~ 2^(i+1) from N. If i > becomes quite large, the number of nodes that the i-th row > preserves > is limited to K at most. > > 7.3. LOOKUP Process > > LOOKUP process needs to call FIND_MAP with MNID of destination MN > as > parameter. Here describes the FIND_MAP procedure (MN B is the > destination MN): > > 1. MN A calculate the distance D from A to B (D = A XOR B); > > 2. Fetch m MNs from the right row of K-bucket table of MN A and > then > query them (call FIND_MAP for every one of these m MNs); > > 3. MN A set a timer waiting reply for each MN that a called > FIND_MAP. If it expires, then delete information of > corresponding MN in K-bucket table. > > 4. Each MN who received FIND_MAP call will check if it is one of > the > closest MNs destined to B. If so then return mapping to MN A; > else like in step 1 and 2, calculates distance D and fetches m > closer MNs, then return them to MN A. > > 5. MN A continues to send FIND_MAP calls to those returned MNs > until > mapping returned or find K closest MNs (which means no such > mapping existed). > > 7.4. Security Consideration of Mapping Storage > > In native Kademlia, any MN can initiate a STORE call to put the > value> pair on other K closest nodes. But for the reason that it > could probably cause security problem, for instance a malicious MN > store a wrong mapping in other MNs, a mapping can only initially > stored on one or more MNs (a MMN is chosen) which are under > supervision of the ISP who in fact controls this mapping. And only > the MMN is authorized to call STORE. After running for hours, > MNs in > some other autonomous systems could keep cache of the mapping. > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 12] > Internet-Draft ER+MO July > 2009 > > > 7.5. Self-adaptive Capability > > Comparing to other non-DHT mapping system, the DHT MO is more > adaptive for MN failure and dynamic MN joining. > > Assume an ISP deploys multiple MSes for the address block of a > customer AS in one or multiple provider ASes it administrates. > When > some of MNs go down, as long as at least one MN is healthy, > mappings > service can be normally provided without manually configuration. > Even if they're all out of health temporarily, mapping information > cached on other MNs could also be available in a period of time > (cache updating period). > > When a new customer site accesses to some ISP, a new mapping is > required to be added in the MO. It needs to add a new MN u into > the > MO and put this mapping in MN u. At first, an existing MN w in MO > should be known and w is put into u's K-bucket table. Then do a > LOOKUP process with u's MNID as parameter. Finally information in > K-bucket table of MN u can be built up and meanwhile other MNs > update > their K-bucket table as well during the LOOUP process. > > 7.6. Dynamic Adjustment of K value and m value > > After one LOOKUP, if the time of this LOOKUP is greater than > threshold t (manually configured by ISP), which implies that this > LOOKUP spent too long time, then increase K by 1. At the same > time, > if 2m < K then m = 2m, otherwise increase m by 1. Consequently, > more > queries will be sent to MNs during this LOOKUP process. However if > the time of this LOOKUP is no greater than t, K value and m value > stay not changed. > > When congestion occurs in some AS, K value and m value both > decrease > by 1 to suppress number of updates that used to keep in touch with > other MNs. > > 7.7. Mapping Storing and Exchanging in Multi-homing Scenario > > Suppose a scenario that a customer site accesses to more than one > ISP, which is called multi-homing. When a new MMN x puts the new > mapping in the mapping system, another MMN y with the same MNID > will > be probed in the MO. Different to native Kademlia protocol, no "ID > Collision Error" occurs. Instead x tells y this new mapping and > meanwhile obtains mapping information existed already. Finally x > and > y both know all mapping information about how to destine for the > customer AS. Of course x and y will probe each other to ensure > availability every period of time. > > > > > > Chen, et al. Expires January 12, 2010 [Page > 13] > Internet-Draft ER+MO July > 2009 > > > 8. Incremental Deployment > > This mechanism is practical for incremental deployment, since no > big > changes introduced on existing routers. Instead of deploying an > imperative third-party infrastructure over current Internet, an ISP > only puts one or more MSes in its domain and configures it to join > the MO if it wants to benefit from deploying the DHT MO. > > An ISP could start from deploying an ER in its domain, through > which > way the number of entries in other routers in this domain could be > reduced however the length of the intra-domain route grows. It's > up > to ISPs to decide whether to tolerate such length-stretch to obtain > decrease of FIB (Forwarding Information Base) size. > > As time goes by, suppose more and more ISPs have deployed ERs. > Some > of them may then deploy the DHT MO to benefit from specific > mappings > (that can decrease number of tunnels needed in each data > transmission) by simply putting MSes in their ASes and let them > join > the MO automatically as described in Section 7. > > There're no new particular devices or functions required to support > backward-compatibility. > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 14] > Internet-Draft ER+MO July > 2009 > > > 9. Acknowledgements > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 15] > Internet-Draft ER+MO July > 2009 > > > 10. Security Considerations > > The ERs can apply any existing security mechanisms for BGP to > enhance > the security. And for DHT MO, existing authentication methods for > DHT (especially for Kademlia) can be adapted to enhance its > security. > Other new security enhancements are expected to design to support > the > mechanism in this draft in future. > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 16] > Internet-Draft ER+MO July > 2009 > > > 11. IANA Considerations > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 17] > Internet-Draft ER+MO July > 2009 > > > 12. References > > 12.1. Normative References > > [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate > Requirement Levels", BCP 14, RFC 2119, March 1997. > > [RFC4271] Rekhter, Y., Li, T., and S. Hares, "A Border Gateway > Protocol 4 (BGP-4)", RFC 4271, January 2006. > > 12.2. Informative References > > [I-D.farinacci-lisp] > Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, > "Locator/ID Separation Protocol (LISP)", > draft-farinacci-lisp-12 (work in progress), March 2009. > > [I-D.fuller-lisp-alt] > Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, > "LISP > Alternative Topology (LISP+ALT)", draft-fuller-lisp- > alt-05 > (work in progress), February 2009. > > [I-D.meyer-lisp-cons] > Brim, S., "LISP-CONS: A Content distribution Overlay > Network Service for LISP", draft-meyer-lisp-cons-04 > (work > in progress), April 2008. > > [Kademlia] > Maymounkov, P. and D. Mazieres, "Kademlia: A Peer-to- > peer > Information System Based on the XOR Metric", IPTPS'02, > Boston, 2002. > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 18] > Internet-Draft ER+MO July > 2009 > > > Authors' Addresses > > Gang Chen > CMCC, Inc. > 53A, Xibianmennei Ave., > Xuanwu District > Beijing 100053 > P.R.China > > Phone: +86-10-1391-071-0674 > Email: phdgang@gmail.com > > > Hui Deng > CMCC, Inc. > 53A, Xibianmennei Ave., > Xuanwu District > Beijing 100053 > P.R.China > > Phone: +86-10-1391-075-0201 > Email: denghui02@gmail.com > > > Bo Zhou > CMCC, Inc. > 53A, Xibianmennei Ave., > Xuanwu District > Beijing 100053 > P.R.China > > Phone: +86-10-1381-194-8723 > Email: zhouboyj@chinamobile.com > > > Mingwei Xu > Tsinghua University > Department of Computer Science, Tsinghua University > Beijing 100084 > P.R.China > > Phone: +86-10-6278-5822 > Email: xmw@csnet1.cs.tsinghua.edu.cn > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 19] > Internet-Draft ER+MO July > 2009 > > > Dong Huo > Tsinghua University > Department of Computer Science, Tsinghua University > Beijing 100084 > P.R.China > > Phone: +86-10-6278-5822 > Email: dhuo.thu@gmail.com > > > Yu Cao > Tsinghua University > Department of Computer Science, Tsinghua University > Beijing 100084 > P.R.China > > Phone: +86-10-6278-5822 > Email: cyanalyst@126.com > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > Chen, et al. Expires January 12, 2010 [Page > 20] > > --Apple-Mail-26--873062476 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable


On Jul 13, 2009, at 15:49 , = Chen Gang wrote:

Dear all,
 
According to = the mail-list discussion, we have uploaded new version of the draft. =
 
Please find following information.
=
 
All comments are welcome.
 
=
-Gang
 
A New Internet-Draft is = available from the on-line Internet-Drafts directories.
=
       = Title           : An = Incremental Deployable Mapping Service for Scalable Routing = Architecture
       = Author(s)       : G. Chen, et = al.
       = Filename        : = draft-chen-lisp-er-mo-01.txt
       = Pages           : = 20
       = Date            : = 2009-07-12
This document describes a mechanism of providing = mapping service for
LISP-like architecture.  The mapping service = comprises of EID Router
(ER) mechanism and supplementary DHT Mapping = Overlay (MO), in which
ER mechanism is for reducing forwarding = entries in routers while
driving the packets to the destination = through tunnels, and the DHT
MO serves as a supplement that provides = specific mappings to reduce
the number of tunnels.  The = mechanism is flexibly deployable for ISPs
since it costs little and = is easy to progress.
=
Internet-Drafts are also available by anonymous FTP at:
ftp://ftp.ietf.org/internet-d= rafts/
 
=





Network Working Group         =                     =                G. = Chen
Internet-Draft           =                     =                     H. = Deng
Intended status: Informational       =                     =         B. Zhou
Expires: January 12, 2010 =                     =                 CMCC, = Inc.
               =                     =                     =             M. Xu
       =                     =                     =                    D. = Huo
               =                     =                     =            Y. Cao
       =                     =                     =       Tsinghua University
       =                     =                     =             July 11, = 2009


     An Incremental Deployable Mapping = Service for Scalable Routing
       =                     =    Architecture
       =                 =  draft-chen-lisp-er-mo-01

Status of this = Memo

   This Internet-Draft is submitted to IETF = in full conformance with the
   provisions of = BCP 78 and BCP 79.

   Internet-Drafts are working documents of = the Internet Engineering
   Task Force (IETF), its areas, and its = working groups.  Note that
   other groups = may also distribute working documents as = Internet-
   Drafts.

   = Internet-Drafts are draft documents valid for a maximum of six = months
   and may be updated, replaced, or = obsoleted by other documents at any
   time.  It = is inappropriate to use Internet-Drafts as = reference
   material or to cite them other than as = "work in progress."

   The list of current Internet-Drafts can = be accessed at

   The list of = Internet-Draft Shadow Directories can be accessed = at




   Please review these documents carefully, = as they describe your rights
   and = restrictions with respect to this document.



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Abstract

   This document = describes a mechanism of providing mapping service = for
   LISP-like architecture.  The mapping = service comprises of EID Router
   (ER) mechanism = and supplementary DHT Mapping Overlay (MO), in = which
   ER mechanism is for reducing forwarding = entries in routers while
   driving the packets to the destination = through tunnels, and the DHT
   MO serves as a = supplement that provides specific mappings to = reduce
   the number of tunnels.  The = mechanism is flexibly deployable for ISPs
   since it costs = little and is easy to progress.


Table of = Contents

   1.  Introduction . . . . . . . . . . = . . . . . . . . . . . . . . .  3
   2. =  Definition of Terms  . . . . . . . . . . . . . . . . . . . . = .  4
   3.  Overview . . . . . . . . . . . . = . . . . . . . . . . . . . . .  5
   4.  When = an ITR meets packets  . . . . . . . . . . . . . . . . . . =  6
   5.  Utilization of current BGP = system  . . . . . . . . . . . . . .  7
     5.1. =  Automatic Mapping obtainment and storage . . . . . . . . . =  7
     5.2.  Mapping propagation by = BGP . . . . . . . . . . . . . . . .  7
   6.  EID = Router mechanism . . . . . . . . . . . . . . . . . . . . . =  9
     6.1.  Address aggregation = policy . . . . . . . . . . . . . . . .  9
     6.2. =  EID Router . . . . . . . . . . . . . . . . . . . . . . . . =  9
     6.3.  When an ER meets = packets . . . . . . . . . . . . . . . . .  9
   7. =  Supplementary DHT Mapping Overlay (MO) . . . . . . . . . . . . = 11
     7.1.  Mapping Node (MN) and = Mapping Server (MS)  . . . . . . . . 11
     7.2. =  MNID Assignment and K-bucket Table . . . . . . . . . . . . = 11
     7.3.  LOOKUP Process . . . . = . . . . . . . . . . . . . . . . . . 12
     7.4. =  Security Consideration of Mapping Storage  . . . . . . . . = 12
     7.5.  Self-adaptive = Capability . . . . . . . . . . . . . . . . . 13
     7.6. =  Dynamic Adjustment of K value and m value  . . . . . . . . = 13
     7.7.  Mapping Storing and = Exchanging in Multi-homing Scenario  . 13
   8. =  Incremental Deployment . . . . . . . . . . . . . . . . . . . . = 14
   9.  Acknowledgements . . . . . . . . = . . . . . . . . . . . . . . . 15
   10. Security = Considerations  . . . . . . . . . . . . . . . . . . . = 16
   11. IANA Considerations  . . . . . . = . . . . . . . . . . . . . . . 17
   12. References = . . . . . . . . . . . . . . . . . . . . . . . . . . = 18
     12.1. Normative References . . . . = . . . . . . . . . . . . . . . 18
     12.2. = Informative References . . . . . . . . . . . . . . . . . . = 18
   Authors' Addresses . . . . . . . . . . . = . . . . . . . . . . . . . 19










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1.  Introduction

   LISP = [I-D.farinacci-lisp] is an architecture for scalable = routing.
   It defines two address spaces: Routing = Locators (RLOC) and Endpoint
   Identifiers = (EID).  LISP uses EIDs as lookup keys for a new = EID-to-
   RLOC mapping database, in which way = several mapping services are
   built such as = [I-D.fuller-lisp-alt] and [I-D.meyer-lisp-cons]. =  In
   these mapping service solutions, = different kinds of overlays are
   designed and = built as database for storing mapping information, = as
   well as providing mapping lookup results = for mapping queries.

   The problem they commonly share is that = packets without any caches on
   current ITR = have to be waiting for the reply of mapping lookup = query,
   or simply be dropped by this ITR as long = as no relevant cache exists
   on this = ITR.

   One solution to this problem could be = that, instead of sending lookup
   queries to the = Mapping Overlay (MO), data packet itself is sent = to
   the MO as a query (e.g., "Data Probe" in = [I-D.fuller-lisp-alt]>) and
   get forwarded = in the MO to the final ETR linked to the site in = which
   the destination EID resides.  But = usually when a packet is going
   through the = MO, long latency becomes a remarkable problem = then.

   In this draft we describe an incremental = deployable mapping service
   for LISP. =  This mapping service comprises of EID Router = (ER)
   mechanism and supplementary DHT Mapping = Overlay (MO).  The ER
   mechanism is = designed for reducing forwarding entries in = routers,
   while driving the packets to the = destination through tunnels.  The
   DHT MO serves = as a supplement that provides specific mappings = to
   reduce the number of tunnels along the = path to the destination.  Note
   that an ER can = be deployed unilaterally in an AS for it's own
   benefits and = the DHT MO is unitedly built among ASes however = whether
   to join the MO is not compulsory to an AS = (it can still benefit from
   deploying the = ER).

   The remainder of this document is = organized as follows: Section 2
   provides the = definitions of terms in this document.  Section = 3
   sketches an overview of the mapping = service.  Section 4 describes how
   an ITR handles = the packets.  Section 5 describes how to = utilize
   current BGP system in the mapping = service.  Section 6 describes how
   the EID Router = mechanism works, and Section 7 describes how to = build
   the DHT Mapping Overlay and how to = retrieve mappings in it.  And
   Section 8 = shows the steps for deploying the mapping service
   = incrementally.







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2.  Definition of Terms

   Mapping: =  an EID-to-ELOC mapping.

   EID aggregated = prefix:  an aggregated prefix which covers some = EID
     =  blocks.

   EID+RLOC aggregated prefix:  an = aggregated prefix which covers some
     =  EID block(s) and RLOC(s).

   EID Router = (ER):  a new introduced router which keeps entries to = all
      EID aggregated = prefixes.

   Mapping Node (MN):  an entity used = for storing a mapping.  Each MN
     =  holds and can only hold one mapping, and each mapping is = related
      to only one MN.  It can = be implemented as a process in a MS, which
     =  has a data structure to store the mapping as well as the = ability
      to manage and retrieve the = mappings.

   Master Mapping Node (MMN):  a chosen = Mapping Node used to be the
     =  representative among redundant MNs.  It is in charge of = initiating
      mapping query and exchanging = mappings.

   Mapping Server (MS):  a server = specified to physically store
     =  mappings.  Each MS can hold more than one Mapping = Nodes.

   Mapping Overlay (MO):  a DHT = overlay, which is designed for storing
     =  the distributed mapping information.  Only one MO exists = among
      ISPs in the = Internet.






















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3.  Overview

   The mechanism = described in this draft aims:

   o  to = eliminate all forwarding entries to distant customer ASes in = P
     =  routers;


= What's a "P router"? It is nto defined in section = 2.



   o  to eliminate the forwarding = entries, targeted to distant customer
     =  ASes not behind the border routers, in the border = routers;


= This is still unclear to me.


   o  to be deployed = incrementally;

   o  to help reduce the number of = tunnels.


= Which tunnels? LISP tunnels? MO = tunnels?


   To achieve = the four aims above, the mechanism described in this = draft
   mainly comprises of the following two = parts:

   o  EID Router (ER) mechanism for = non-cached packets tunneling, and

   o  DHT = Mapping Overlay (MO) as a supplement, which provides = specific
      mappings to reduce tunneling = cost.

   The EID Router mechanism is designed for = the first three aims, and
   the DHT MO is = designed for the last aim.

   In EID Router = mechanism, by manually or automatically setting = the
   default route to an ER (each AS at least = has one ER), all forwarding
   entries to = distant customer ASes in P routers, and a part of
   forwarding = entries (targeted to distant customer ASes not behind = the
   border routers) in the border routers can = be eliminated.

   The current running Border Gateway = Protocol [RFC4271] is mainly
   utilized to = propagate mappings through the current running = BGP
   speaking system.  The most important = reason to use the current
   running BGP = speaking system is to make the deployment = backward
   compatible, so that incremental = deployment can be achieved.

   The DHT = Mapping Overlay can help reduce the number of tunnels = which
   result from deploying the ER mechanism. =  It is optional for ISPs and
   only needs a = little investment on it.











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4.  When an ITR meets = packets

   When an ITR receives a packet originated = from a customer site, it
   checks whether a copy of mapping exists = in its cache first.

   If the mapping exists, the ITR = encapsulates the packet in a LISP
   header, = putting the RLOC extracted from the mapping onto the = outer
   destination address, meanwhile selecting = one of the ITR's RLOC as the
   outer source = address.

   Else if cache misses (i.e., no relevant = copy of mapping exists in the
   ITR), two = concurrent events occur:

   o  Data Plane Traffic: the packet = simply follows a default route
     =  preset manually or automatically to an ER in current AS. =  Since ER
      knows whole global mapping = information, it can forward every
     =  packet to the right ETR by encapsulating the packet in LISP = header
      with the ITR's RLOC in the = outer source address and the ETR's RLOC
     =  in the outer destination = address.

=46rom this = I understand that the ER is very similar to the Default Mapper defined = in APT. Is it = correct?




   o  Control Plane Traffic: the ITR = sends a Mapping Query to its
     =  default Mapping Server (MS) in the AS.  And then a mapping = LOOKUP
      process (details of mapping = lookup process are shown in Section 7)
     =  is launched in the Mapping Overlay (MO) by the Master Mapping = Node
      (MMN) of the ITR. =  After the MMN receives a copy of queried
     =  mapping from the MO, it returns the copy to the ITR = which
      initiated the Mapping Query, = and is cached for a period of time.


If the AS has = at least one ER containing all the mappings, why not querying the ER and = retrieve the mapping from = there?


























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5.  Utilization of current BGP = system


= This part about BGP is very difficult for me to understand. You are not = using another instance of BGP (like ALT) you are using same instance of = BGP used to propagate routing information to propagate  mappings, = right?

BGP follows a push model, does it mean = that all mappings are propagated to all BGP speakers? In this case why = the MO is needed?


   The BGP is an inter-Autonomous System = routing protocol.  The primary
   function of a = BGP speaking system is to exchange network = reachability
   information with other BGP systems. =  This network reachability
   information = includes information on the list of ASes that
   reachability = information traverses.  This information is = sufficient
   for constructing a graph of AS = connectivity for this reachability, as
   well as = inevitable for constructing the mappings from EIDs onto = RLOCs
   automatically.  Moreover, especially = for incremental deployment
   requirement, = which means ASes deployed new mechanism must work = along
   with those not deployed ones, it is = necessary to design mapping
   service = inherently adaptable for the current running BGP = system
   (i.e., the BGP system we use for basic = routing and forwarding today).

   The BGP in the = mapping service has two functions: to obtain the
   mappings = automatically, and to propagate mappings to ERs in = other
   ASes.  They're both based on current = running BGP system.

5.1.  Automatic Mapping obtainment and = storage

   When an customer AS advertise an BGP = UPDATE message to homed (no
   matter = single-homed or multi-homed) provider AS which is deployed = the
   DHT mapping server described in Section = 7, the provider AS would set
   or update the = relevant mapping information according to the
   advertised = route to the customer AS.  The announced prefix is = treat
   as the EID in the mapping <EID, = RLOC> and the address of the ETR
   which directly = receives BGP announcement from the customer AS is
   chosen as the = RLOC.

   This mapping could be stored both in MN = (Mapping Node) and ER (EID
   Router) = concurrently.  In the former case, one mapping refers to = one
   MN and vice versa as described in Section = 7.  However in the latter
   case, the = mapping is not only stored in the ER in current = provider
   AS, but also propagated to distant = provider ASes by BGP
   advertisements and stored in ERs at those = ASes.

   Note that the mappings obtained so far = are original specific
   mappings.  In DHT MO, these original = specific mappings are stored on
   MNs and no = changes on mapping granularity.  However in ER = mechanism,
   during the mapping propagation by BGP, = mapping granularity is changed
   once a prefix = aggregation occurs in an AS (details are shown in
   Section = 5.2).

5.2.  Mapping propagation by = BGP

   BGP speakers work as what they act today, = in addition that mapping
   information is affiliated in BGP UPDATE = message.  Each BGP speaker on



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   the route SHALL keep the originality of = the mappings (i.e., the
   mappings stay untouched during = propagation), except that it
   aggregates = some prefixes into one.  New mapping SHOULD be formed = when
   such aggregation occurs, in which case = both EID and RLOC in mapping
   <EID, = RLOC> are updated, that EID is set to the new aggregated = EID
   block which covers more prefixes while = RLOC is set to the address of
   either ER (if = ER is deployed) or border router (if no ER is = deployed)
   in current AS.


= How you can do this aggregation? Different EID can have different RLOCs, = how you deal with that?

Further, multihoming is = introducing a lot of de-aggregation in BGP, how you can avoid the same = situation in your case? 


   Note that since aggregation is permitted = during the mapping
   propagation, the number of mappings = stored on the ERs would be far
   more less than = the number of mappings stored in the MO.







































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6.  EID Router mechanism

6.1.  Address = aggregation policy

   All addresses from edge customer ASes can = be seen as the EIDs.  EID
   prefixes can = be aggregated to EID aggregated prefix.  Moreover = we
   allow EIDs to be aggregated with RLOCs to = EID+RLOC aggregated prefix.
   For example, = suppose two EID blocks 166.111.8/24 and = 166.111.9/24
   belong to two customer ASes homed to a = provider AS which has some
   RLOCs range = from 166.111.10/24 to 166.111.11/24, the provider AS = can
   aggregate either to an EID aggregated = prefix 166.111.8/23 or to an
   EID+RLOC = aggregated prefix 166.111.8/22.


= Here you are merging what LISP tries to split: EID and RLOCs. Isn't this = dangerous?

Also, you lose information. How to = distinguish in 166.111.8/22 which part is EID and which is = RLOC?




6.2.  EID Router

   An EID Router = is no particular than a legacy router, except = that
   special configuration is applied. =  It is configured to act as an eBGP
   speaker, and = only loads the forwarding entries to all EID = aggregated
   prefixes.  Note that the EID+RLOC = aggregated prefixes don't have to
   be loaded in = EID Routers, since the RLOCs in the EID+RLOC = aggregated
   prefixes are supposed be reachable (i.e., = forwarding entries to these
   prefixes = should be preserved in the P routers).

   So the ideal = situation becomes:

   o  the EID Routers load the = forwarding entries to all EID aggregated
     =  prefixes,

   o  the P routers load the forwarding = entries to all RLOCs and all
     =  EID+RLOC aggregated prefixes, and

   o  the = border routers load the forwarding entries to all RLOCs = and
      the prefixes (i.e., EID = aggregated prefixes and EID+RLOC
     =  aggregated prefixes) of the distant ASes behind the = border
     =  routers.

   So due to deploying the EID Router = mechanism, P routers and border
   routers can = get their FIB (Forwarding Information Base) size = reduced.

6.3.  When an ER meets = packets

   When an ER receives a packet, it matches = the destination address with
   entries in its = forwarding table (that can be seen as the mapping
   table). =  Since the ER holds whole mapping table (from its angle = of
   view), this packet can be encapsulated in = a LISP header and sent out.
   The tunnel end = point may be one of the following four kinds of
   = routers:




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   o  the border router of the peering = AS on the path to the
      destination, in which case = aggregation occurs in this peering AS
     =  or this peering AS didn't pass the mapping information to = the
      current = AS.

   o  the border router of the = non-peering AS on the path to the
     =  destination, in which case aggregation occurs in this = non-peering
      AS.

   o  the = EID Router of a distant AS (either peering or non-peering) = on
      the path to the destination, = in which case the downstream AS
     =  didn't pass the mapping information to this distant AS so that = the
      ER in this distant AS = created a new mapping (the ER's RLOC is set
     =  in the mapping).

   o  the destination ETR, in which = case the originality of the mapping
     =  is maintained.


































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7.  Supplementary DHT Mapping Overlay = (MO)

This section is = again unclear to me. Probably I lack of background on Kademlia, but = still....


   The DHT = Mapping Overlay (MO) is based on [Kademlia], a = highly
   efficient protocol of Distributed Hash = Table (DHT) overlay for Peer-
   to-Peer = network, which applies XOR as metric to measure = distance.
   Here in the MO, it is adapted to meet = several requirements below:

   o  MO = should be scalable;

   o  MO should have a good ability of = redundancy;

   o  MO should be self-adaptive for = mapping adding or failure;

   o  MO = should be flexible for balancing performance and = overhead;

   o  MO should support multi-homing = scenario.

   The benefit of deploying the MO is that, = it provides specific
   mappings since it doesn't aggregate = prefixes (i.e., mappings stored
   in MO are = finest-granulated that each mapping refers to one = relation
   between a customer AS and one of its = provider site).  Due to the
   large number = of such fines-granulated mappings, the MO should = be
   scalable and capable for redundancy. =  So DHT is chosen as the means
   of = distributing the mappings.

7.1.  Mapping Node = (MN) and Mapping Server (MS)

   As described = in Section 5.1, a mapping is automatically obtained = from
   the BGP advertisement through the ETR. =  Afer that it is sent to a MS
   in current = provider AS and then stored in a new created MN = (or
   manually set on the MN).  Note that = each mapping can only be
   initially stored on one MN in the MO, = and each MS can accommodate
   more than one = MNs.  For example, an ISP is accessed by 5 = customer
   ASes labeled as a, b, c, d, e, whose = corresponding EIDs are v, w, x,
   y, z = respectively.  These five EID prefixes of customer ASes are = one-
   to-one mapped, forming five MNs = physically existed on one or multiple
   MSes = administrated by the ISP.

7.2.  MNID Assignment = and K-bucket Table

   In the MO, each MN is assigned a 160 bit = ID.  The DHT MO utilizes the
   highest = numerical IP address reserved in customer ASes as a = MNID.
   For example, assume a customer AS with a = prefix 162.137.2/24 is
   mapped to the RLOC 134.121.3.56. =  The lower 32 bits of the MNID of
   the = corresponding Master Mapping Node (MMN) is 0xA28902FE = (i.e.,
   162.137.2.254), and the rest 128 bits are = all 0.  The mapping will be
   stored on this = MMN and several (at least one) other MNs whose = MNIDs
   are closest to the MNID = 0xA28902FE.



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   Each MN manages a K-bucket table of its = own that keeps the
   information how it can reach other MNs = (i.e., the RLOCs of the
   resident MSes of these MNs).  Each = MN's reachability imformation is
   stored on a = node in K-bucket.  The table of a MN N consists of = 160
   rows in which the i-th row (0 <=3D i = < 160) preserves the reachability
   information of = some MNs (i.e., the RLOCs of the resident MSes of
   these MNs) = which are at a distance range 2^I ~ 2^(i+1) from N. If = i
   becomes quite large, the number of nodes = that the i-th row preserves
   is limited to = K at most.

7.3.  LOOKUP Process

   LOOKUP process = needs to call FIND_MAP with MNID of destination MN = as
   parameter.  Here describes the = FIND_MAP procedure (MN B is the
   destination = MN):

   1.  MN A calculate the distance D = from A to B (D =3D A XOR B);

   2.  Fetch = m MNs from the right row of K-bucket table of MN A and = then
       query them (call FIND_MAP = for every one of these m MNs);

   3.  MN A = set a timer waiting reply for each MN that a = called
       FIND_MAP.  If it = expires, then delete information of
       = corresponding MN in K-bucket table.

   4.  Each = MN who received FIND_MAP call will check if it is one of = the
       closest MNs destined to B. = If so then return mapping to MN A;
       = else like in step 1 and 2, calculates distance D and fetches = m
       closer MNs, then return = them to MN A.

   5.  MN A continues to send FIND_MAP = calls to those returned MNs until
       = mapping returned or find K closest MNs (which means no = such
       mapping = existed).

7.4.  Security Consideration of Mapping = Storage

   In native Kademlia, any MN can initiate a = STORE call to put the <key,
   value> pair = on other K closest nodes.  But for the reason that = it
   could probably cause security problem, = for instance a malicious MN
   store a wrong = mapping in other MNs, a mapping can only = initially
   stored on one or more MNs (a MMN is = chosen) which are under
   supervision of the ISP who in fact = controls this mapping.  And only
   the MMN is = authorized to call STORE.  After running for hours, MNs = in
   some other autonomous systems could keep = cache of the mapping.







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7.5.  Self-adaptive = Capability

   Comparing to other non-DHT mapping = system, the DHT MO is more
   adaptive for = MN failure and dynamic MN joining.

   Assume an ISP = deploys multiple MSes for the address block of a
   customer AS in = one or multiple provider ASes it administrates. =  When
   some of MNs go down, as long as at least = one MN is healthy, mappings
   service can be = normally provided without manually configuration.
   Even if = they're all out of health temporarily, mapping = information
   cached on other MNs could also be = available in a period of time
   (cache = updating period).

   When a new customer site accesses to some = ISP, a new mapping is
   required to be added in the MO.  It = needs to add a new MN u into the
   MO and put = this mapping in MN u.  At first, an existing MN w in = MO
   should be known and w is put into u's = K-bucket table.  Then do a
   LOOKUP process = with u's MNID as parameter.  Finally information = in
   K-bucket table of MN u can be built up = and meanwhile other MNs update
   their K-bucket = table as well during the LOOUP process.

7.6.  Dynamic = Adjustment of K value and m value

   After one = LOOKUP, if the time of this LOOKUP is greater = than
   threshold t (manually configured by ISP), = which implies that this
   LOOKUP spent too long time, then increase = K by 1.  At the same time,
   if 2m < K = then m =3D 2m, otherwise increase m by 1.  Consequently, = more
   queries will be sent to MNs during this = LOOKUP process.  However if
   the time of = this LOOKUP is no greater than t, K value and m = value
   stay not changed.

   When = congestion occurs in some AS, K value and m value both = decrease
   by 1 to suppress number of updates that = used to keep in touch with
   other = MNs.

7.7.  Mapping Storing and Exchanging in = Multi-homing Scenario

   Suppose a scenario that a customer site = accesses to more than one
   ISP, which is = called multi-homing.  When a new MMN x puts the = new
   mapping in the mapping system, another = MMN y with the same MNID will
   be probed in = the MO.  Different to native Kademlia protocol, no = "ID
   Collision Error" occurs.  Instead x = tells y this new mapping and
   meanwhile = obtains mapping information existed already.  Finally x = and
   y both know all mapping information about = how to destine for the
   customer AS.  Of course x and y will = probe each other to ensure
   availability = every period of time.





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8.  Incremental Deployment

   This mechanism = is practical for incremental deployment, since no = big
   changes introduced on existing routers. =  Instead of deploying an
   imperative = third-party infrastructure over current Internet, an = ISP
   only puts one or more MSes in its domain = and configures it to join
   the MO if it = wants to benefit from deploying the DHT MO.

   An ISP could = start from deploying an ER in its domain, through = which
   way the number of entries in other = routers in this domain could be
   reduced = however the length of the intra-domain route grows.  It's = up
   to ISPs to decide whether to tolerate = such length-stretch to obtain
   decrease of = FIB (Forwarding Information Base) size.

   As time goes = by, suppose more and more ISPs have deployed ERs. =  Some
   of them may then deploy the DHT MO to = benefit from specific mappings
   (that can = decrease number of tunnels needed in each data
   transmission) = by simply putting MSes in their ASes and let them = join
   the MO automatically as described in = Section 7.

   There're no new particular devices or = functions required to support
   = backward-compatibility.





























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9.  Acknowledgements


















































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10.  Security = Considerations

   The ERs can apply any existing security = mechanisms for BGP to enhance
   the security. =  And for DHT MO, existing authentication methods = for
   DHT (especially for Kademlia) can be = adapted to enhance its security.
   Other new = security enhancements are expected to design to support = the
   mechanism in this draft in = future.












































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11.  IANA Considerations


















































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12.  References

12.1.  Normative = References

   [RFC2119]  Bradner, S., "Key words = for use in RFCs to Indicate
       =        Requirement Levels", BCP 14, RFC 2119, March = 1997.

   [RFC4271]  Rekhter, Y., Li, T., and = S. Hares, "A Border Gateway
       =        Protocol 4 (BGP-4)", RFC 4271, January = 2006.

12.2.  Informative = References

   = [I-D.farinacci-lisp]
             =  Farinacci, D., Fuller, V., Meyer, D., and D. = Lewis,
             =  "Locator/ID Separation Protocol (LISP)",
       =        draft-farinacci-lisp-12 (work in progress), = March 2009.

   = [I-D.fuller-lisp-alt]
             =  Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, = "LISP
             =  Alternative Topology (LISP+ALT)", = draft-fuller-lisp-alt-05
             =  (work in progress), February 2009.

   = [I-D.meyer-lisp-cons]
             =  Brim, S., "LISP-CONS: A Content distribution = Overlay
             =  Network Service for LISP", draft-meyer-lisp-cons-04 = (work
             =  in progress), April 2008.

   = [Kademlia]
             =  Maymounkov, P. and D. Mazieres, "Kademlia: A = Peer-to-peer
             =  Information System Based on the XOR Metric", = IPTPS'02,
             =  Boston, 2002.




















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Authors' Addresses

   Gang = Chen
   CMCC, Inc.
   53A, = Xibianmennei Ave.,
   Xuanwu District
   Beijing =  100053
   P.R.China

   Phone: = +86-10-1391-071-0674
   Email: phdgang@gmail.com
<= font class=3D"Apple-style-span" = color=3D"#144FAE">

   Hui Deng
   CMCC, = Inc.
   53A, Xibianmennei = Ave.,
   Xuanwu District
   Beijing =  100053
   P.R.China

   Phone: = +86-10-1391-075-0201


   Bo Zhou
   CMCC, = Inc.
   53A, Xibianmennei = Ave.,
   Xuanwu District
   Beijing =  100053
   P.R.China

   Phone: = +86-10-1381-194-8723


   Mingwei Xu
   Tsinghua = University
   Department of Computer Science, Tsinghua = University
   Beijing =  100084
   P.R.China

   Phone: = +86-10-6278-5822








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   Dong Huo
   Tsinghua = University
   Department of Computer Science, Tsinghua = University
   Beijing =  100084
   P.R.China

   Phone: = +86-10-6278-5822
   Email: dhuo.thu@gmail.com


   Yu Cao
   Tsinghua = University
   Department of Computer Science, Tsinghua = University
   Beijing =  100084
   P.R.China

   Phone: = +86-10-6278-5822
   Email: cyanalyst@126.com
<= font class=3D"Apple-style-span" = color=3D"#144FAE">
































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= --Apple-Mail-26--873062476-- From bortzmeyer@nic.fr Mon Jul 20 08:13:11 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9605A3A67E5 for ; Mon, 20 Jul 2009 08:13:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.939 X-Spam-Level: X-Spam-Status: No, score=-5.939 tagged_above=-999 required=5 tests=[AWL=0.310, BAYES_00=-2.599, HELO_EQ_FR=0.35, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CM6kUDtmp3m3 for ; Mon, 20 Jul 2009 08:13:10 -0700 (PDT) Received: from mx2.nic.fr (mx2.nic.fr [192.134.4.11]) by core3.amsl.com (Postfix) with ESMTP id 98C623A6856 for ; Mon, 20 Jul 2009 08:13:10 -0700 (PDT) Received: from mx2.nic.fr (localhost [127.0.0.1]) by mx2.nic.fr (Postfix) with SMTP id 943B41C00E9; Mon, 20 Jul 2009 17:08:07 +0200 (CEST) Received: from relay2.nic.fr (relay2.nic.fr [192.134.4.163]) by mx2.nic.fr (Postfix) with ESMTP id 8FE6C1C0092; Mon, 20 Jul 2009 17:08:07 +0200 (CEST) Received: from bortzmeyer.nic.fr (batilda.nic.fr [192.134.4.69]) by relay2.nic.fr (Postfix) with ESMTP id 83FD87B0259; Mon, 20 Jul 2009 17:08:07 +0200 (CEST) Date: Mon, 20 Jul 2009 17:09:26 +0200 From: Stephane Bortzmeyer To: David Meyer Message-ID: <20090720150926.GA17519@nic.fr> References: <20090706204112.GA11883@1-4-5.net> MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <20090706204112.GA11883@1-4-5.net> X-Operating-System: Debian GNU/Linux 5.0.2 X-Kernel: Linux 2.6.26-2-686 i686 Organization: NIC France X-URL: http://www.nic.fr/ User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 20 Jul 2009 15:13:11 -0000 On Mon, Jul 06, 2009 at 01:41:12PM -0700, David Meyer wrote a message of 70 lines which said: > See https://lig.svn.sourceforge.net Are there public map servers on the Internet today, or must I install one? % ./lig 192.0.2.254 -m 192.0.2.1 Send map-request to 192.0.2.1 for 192.0.2.254 ... Send map-request to 192.0.2.1 for 192.0.2.254 ... Send map-request to 192.0.2.1 for 192.0.2.254 ... *** No map-reply received *** From phdgang@gmail.com Mon Jul 20 08:34:04 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 189723A6A0C for ; Mon, 20 Jul 2009 08:34:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.33 X-Spam-Level: X-Spam-Status: No, score=-0.33 tagged_above=-999 required=5 tests=[AWL=0.468, BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_22=0.6, J_CHICKENPOX_32=0.6, J_CHICKENPOX_34=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id C+aVVneRi+VJ for ; Mon, 20 Jul 2009 08:34:02 -0700 (PDT) Received: from mail-pz0-f196.google.com (mail-pz0-f196.google.com [209.85.222.196]) by core3.amsl.com (Postfix) with ESMTP id 9F9783A6784 for ; Mon, 20 Jul 2009 08:34:02 -0700 (PDT) Received: by pzk34 with SMTP id 34so1367939pzk.29 for ; Mon, 20 Jul 2009 08:34:02 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:received:in-reply-to:references :date:message-id:subject:from:to:cc:content-type; bh=RbtzV2+yI3YUX7WbE6KbC6qBTvs+F6ABlDSuZnZYzjk=; b=bYEsaxuZAB2duK0Zmdxli11Fssdf+/zRxFrx63wnic6EKbyY3utwPhnIgy+wYzsl6v 8hW8JCAeepiGVoLX57skeA9cCxRaigTviVwdoTyC4vLJn4mjEh91dr5ErDuAX0d8hmGK v5QrzoICEbO1gZUjH/8TnCB4B5Mh26DVX8Yjg= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :cc:content-type; b=QfECX4GfuBbJInfS+Xt7QWKmmKmufB3pBT+P42j5KLxmDalZHp7dREr/Cj8kSwUNiM IVWYKpzkE1gaV694YjWM8Xk7ZaYZ8eU6efwgBkyWawKWq144XyeKuLXcWdLt+cXDcSlM YpJWH8WyVLCf7egcLYdg0g9jFaPch0YTI2vlQ= MIME-Version: 1.0 Received: by 10.143.11.11 with SMTP id o11mr1005297wfi.288.1248104042646; Mon, 20 Jul 2009 08:34:02 -0700 (PDT) In-Reply-To: <6B63332D-C220-435F-BD1F-D90F3B9181C8@net.t-labs.tu-berlin.de> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <200907090907292188089@gmail.com> <200907091130018289671@gmail.com> <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> <200907092344507503907@gmail.com> <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> <6B63332D-C220-435F-BD1F-D90F3B9181C8@net.t-labs.tu-berlin.de> Date: Mon, 20 Jul 2009 23:34:02 +0800 Message-ID: <36ba02b00907200834y43c3ab2bs4a97e8265557d312@mail.gmail.com> From: Chen Gang To: Luigi Iannone Content-Type: multipart/alternative; boundary=001636e0b96d1acc1b046f24de46 Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 20 Jul 2009 15:34:04 -0000 --001636e0b96d1acc1b046f24de46 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Hello, Luigi Please see my reply inline. > 3. Overview > > The mechanism described in this draft aims: > > o to eliminate all forwarding entries to distant customer ASes in P > routers; > > > What's a "P router"? It is nto defined in section 2. > =>The P router has functions as a transit router of the core network. The P Router typically connected to one or more PE Routers. P router is well-know concept, so it is unnecessary to be defined in the draft. > > > > o to eliminate the forwarding entries, targeted to distant customer > ASes not behind the border routers, in the border routers; > > > This is still unclear to me. > =>That's means that a border router(e.g. PE router) can only retain a routing information towards to the ER and a reachability information of adjacency network. > > > o to be deployed incrementally; > > o to help reduce the number of tunnels. > > > Which tunnels? LISP tunnels? MO tunnels? > => In the draft, the tunnels is built between the ERs(When some aggregations have been performed in another ER in AS2, a ER in AS1 will construct a tunnel towards to the ER in AS2) or between the ER and ETR(ER could construct a tunnel directly go to ETR, if there is no aggreation on AS-path or ER's network is closed to the ETR's network). In the draft, both tunnel will be encapsulated with LISP header. > 4. When an ITR meets packets > > > When an ITR receives a packet originated from a customer site, it > checks whether a copy of mapping exists in its cache first. > > If the mapping exists, the ITR encapsulates the packet in a LISP > header, putting the RLOC extracted from the mapping onto the outer > destination address, meanwhile selecting one of the ITR's RLOC as the > outer source address. > > Else if cache misses (i.e., no relevant copy of mapping exists in the > ITR), two concurrent events occur: > > o Data Plane Traffic: the packet simply follows a default route > preset manually or automatically to an ER in current AS. Since ER > knows whole global mapping information, it can forward every > packet to the right ETR by encapsulating the packet in LISP header > with the ITR's RLOC in the outer source address and the ETR's RLOC > in the outer destination address. > > > From this I understand that the ER is very similar to the Default Mapper > defined in APT. Is it correct? > => Not really. APT will maintain all of fines-granulated mapping information. But, ER will retain mapping information leaned from ordinary BGP protocol. You can even take a ER as a normal BGP speaker. > > > > o Control Plane Traffic: the ITR sends a Mapping Query to its > default Mapping Server (MS) in the AS. And then a mapping LOOKUP > process (details of mapping lookup process are shown in Section 7) > is launched in the Mapping Overlay (MO) by the Master Mapping Node > (MMN) of the ITR. After the MMN receives a copy of queried > mapping from the MO, it returns the copy to the ITR which > initiated the Mapping Query, and is cached for a period of time. > > > If the AS has at least one ER containing all the mappings, why not querying > the ER and retrieve the mapping from there? > => Application might suffer from the delay which caused by waiting mapping download. Besides, although ER can contain a global mapping information, but the mapping infromation is not fines-granulated. In other words, the termination of the tunnel may not be ETR, but another ER. Of course, ITR can query ER and retrieve mapping. But ITR may not construct a end-to-end tunnel between ITR and ETR. So, we recommend ITR to query mapping information from DHT-based overlay network. > > > 5. Utilization of current BGP system > > > This part about BGP is very difficult for me to understand. You are not > using another instance of BGP (like ALT) you are using same instance of BGP > used to propagate routing information to propagate mappings, right? > => Right. In order to achieve the goals of incremental deployment, there is no modification on the BGP protocol. > > BGP follows a push model, does it mean that all mappings are propagated to > all BGP speakers? In this case why the MO is needed? > => The mapping information learned from BGP is not fines-granulated. the fines-granulated mapping informaiton stored by MO can help to reduce tunneling number. > > > > 6. EID Router mechanism > > 6.1. Address aggregation policy > > All addresses from edge customer ASes can be seen as the EIDs. EID > prefixes can be aggregated to EID aggregated prefix. Moreover we > allow EIDs to be aggregated with RLOCs to EID+RLOC aggregated prefix. > For example, suppose two EID blocks 166.111.8/24 and 166.111.9/24 > belong to two customer ASes homed to a provider AS which has some > RLOCs range from 166.111.10/24 to 166.111.11/24, the provider AS can > aggregate either to an EID aggregated prefix 166.111.8/23 or to an > EID+RLOC aggregated prefix 166.111.8/22. > > > Here you are merging what LISP tries to split: EID and RLOCs. Isn't this > dangerous? > => In the draft, the EID routing will be injected into the ER. From ER point of view, it's a normal thing to merge both EID and RLOCs into ER routing table. > > Also, you lose information. How to distinguish in 166.111.8/22 which part > is EID and which is RLOC? > =>In the draft, RLOC is a relative concept. RLOC might not be ETR address. It could be arbitrary ER address in AS-path, on which aggregation will be performed. Therefore, EID+RLOC aggregated prefix come about, there should be another ER address server as the RLOC. > Chen, et al. Expires January 12, 2010 [Page 10] > > Internet-Draft ER+MO July 2009 > > > 7. Supplementary DHT Mapping Overlay (MO) > > > This section is again unclear to me. Probably I lack of background on > Kademlia, but still.... > =>The DHT-mapping signalling will reuse the kademlia p2p protocol, since it is the most commonly used protocol. We would like to use DHT MO as supplementary meachnism to accomodate with data-plane flow. Thanks for the discussion. -Gang > > > --001636e0b96d1acc1b046f24de46 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
Hello, Luigi
=A0
Please see my reply inline.


3. =A0Overview

=A0=A0 The mechanism described in this draft a= ims:

=A0=A0 o =A0to eliminate all forwarding entrie= s to distant customer ASes in P
=A0=A0 =A0 =A0routers;


What's a "P router"? It is nto defined in section 2.
=A0
=3D>The P router has functions as a transit router of the core netw= ork. The P Router typically connected to one or more PE Routers. P router i= s well-know concept, so it is unnecessary to be defined in the draft.



=A0=A0 o =A0to eliminate the forwarding entrie= s, targeted to distant customer
=A0=A0 =A0 =A0ASes not behind the border route= rs, in the border routers;


This is still unclear to me.
=A0
=3D>That's means that a border router(e.g. PE router) can only = retain a routing information towards to the ER and a reachability informati= on=A0of adjacency network.


=A0=A0 o =A0to be deployed incrementally;

=A0=A0 o =A0to help reduce the number of tunne= ls.


Which tunnels? LISP tunnels? MO tunnels?
=A0
=3D> In the draft, the=A0tunnels is built between the ERs(When=A0so= me aggregations have been performed in another ER in AS2, a ER in AS1=A0wil= l construct a tunnel towards to the ER in AS2) or between the ER and ETR(ER= could construct=A0a tunnel=A0directly=A0go to ETR, if there is no aggreati= on on AS-path or ER's network=A0is closed=A0to the ETR's network). = In the draft, both tunnel will be encapsulated with LISP header.
=A0
=A0=A0=A0=A0=A0=A0=A0=A0=A0 4. =A0When an ITR = meets packets

=A0=A0 When an ITR receives a packet originate= d from a customer site, it
=A0=A0 checks whether a copy of mapping exists= in its cache first.

=A0=A0 If the mapping exists, the ITR encapsul= ates the packet in a LISP
=A0=A0 header, putting the RLOC extracted from= the mapping onto the outer
=A0=A0 destination address, meanwhile selectin= g one of the ITR's RLOC as the
=A0=A0 outer source address.

=A0=A0 Else if cache misses (i.e., no relevant= copy of mapping exists in the
=A0=A0 ITR), two concurrent events occur:

=A0=A0 o =A0Data Plane Traffic: the packet sim= ply follows a default route
=A0=A0 =A0 =A0preset manually or automatically= to an ER in current AS. =A0Since ER
=A0=A0 =A0 =A0knows whole global mapping infor= mation, it can forward every
=A0=A0 =A0 =A0packet to the right ETR by encap= sulating the packet in LISP header
=A0=A0 =A0 =A0with the ITR's RLOC in the o= uter source address and the ETR's RLOC
=A0=A0 =A0 =A0in the outer destination address= .

From this I understand that the ER is very similar to the Default Mapp= er defined in APT. Is it correct?
=A0
=3D> Not really. APT will maintain all of fines-granulated mapping = information. But, ER will retain mapping information leaned from ordinary B= GP protocol. You can even take a ER as a normal BGP speaker.=A0
=A0

<= font face=3D"Times New Roman" size=3D"3">





=A0=A0 o =A0Control Plane Traffic: the ITR sen= ds a Mapping Query to its
=A0=A0 =A0 =A0default Mapping Server (MS) in t= he AS. =A0And then a mapping LOOKUP
=A0=A0 =A0 =A0process (details of mapping look= up process are shown in Section 7)
=A0=A0 =A0 =A0is launched in the Mapping Overl= ay (MO) by the Master Mapping Node
=A0=A0 =A0 =A0(MMN) of the ITR. =A0After the M= MN receives a copy of queried
=A0=A0 =A0 =A0mapping from the MO, it returns = the copy to the ITR which
=A0=A0 =A0 =A0initiated the Mapping Query, and= is cached for a period of time.


If the AS has at least one ER containing all the mappings, why not que= rying the ER and retrieve the mapping from there?
=A0
=3D>=A0Application might suffer from the delay which caused by wait= ing mapping download. Besides, although ER can contain a global mapping inf= ormation, but the mapping infromation is not fines-granulated. In other wor= ds, the termination of the tunnel may not be ETR, but another ER.=A0Of cour= se, ITR can query ER and retrieve mapping. But ITR may not construct a end-= to-end tunnel between ITR and ETR. So, we recommend ITR to query mapping in= formation from DHT-based overlay network.
=A0


5. =A0Utilization of current BGP system=


This part about BGP is very difficult for me to understand. You are no= t using another instance of BGP (like ALT) you are using same instance of B= GP used to propagate routing information to propagate =A0mappings, right?
=A0
=3D> Right. In order to achieve the goals of incremental deployment= , there is no modification on the BGP protocol.
=A0

BGP follows a push model, does it mean that all mappings are propagate= d to all BGP speakers? In this case why the MO is needed?
=A0
=3D> The mapping information learned from BGP is not fines-granulat= ed. the fines-granulated mapping informaiton stored by MO can help to reduc= e tunneling number.
=A0


=A0
6. =A0EID Router mechanism

6.1. =A0Address aggregation policy

=A0=A0 All addresses from edge customer ASes c= an be seen as the EIDs. =A0EID
=A0=A0 prefixes can be aggregated to EID aggre= gated prefix. =A0Moreover we
=A0=A0 allow EIDs to be aggregated with RLOCs = to EID+RLOC aggregated prefix.
=A0=A0 For example, suppose two EID blocks 166= .111.8/24 and 166.111.9/24
=A0=A0 belong to two customer ASes homed to a = provider AS which has some
=A0=A0 RLOCs range from 166.111.10/24 to 166.1= 11.11/24, the provider AS can
=A0=A0 aggregate either to an EID aggregated p= refix 166.111.8/23 or to an
=A0=A0 EID+RLOC aggregated prefix 166.111.8/22= .


Here you are merging what LISP tries to split: EID and RLOCs. Isn'= t this dangerous?
=A0
=3D> In the draft, the EID routing will be injected into the ER. Fr= om ER point of view, it's a normal=A0thing to merge both EID and RLOCs = into ER routing table.
=A0
=A0

Also, you lose information. How to distinguish in 166.111.8/22 which p= art is EID and which is RLOC?
=A0
=3D>In the draft, RLOC is a relative concept. RLOC might not be ETR= address. It could be arbitrary ER address in AS-path, on which aggregation= will be performed. Therefore, EID+RLOC aggregated prefix come about, there= should be another ER address server as the RLOC.=A0
Chen, et al. =A0 =A0 =A0 =A0 =A0 =A0Expires Ja= nuary 12, 2010 =A0 =A0 =A0 =A0 =A0 =A0 =A0 [Page 10]
Internet-Draft =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0= =A0 =A0ER+MO =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0July 2009


7. =A0Supplementary DHT Mapping Overlay (MO)

This section is again unclear to me. Probably I lack of background on = Kademlia, but still....
=A0
=3D>The DHT-mapping signalling will reuse the kademlia p2p protocol= , since it is the most commonly used protocol.=A0 We would like to use DHT = MO as supplementary meachnism to accomodate with data-plane flow.
=A0
Thanks for the discussion.
=A0
-Gang
=A0
=A0


--001636e0b96d1acc1b046f24de46-- From dmm@1-4-5.net Mon Jul 20 08:36:59 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id CCB2828C18D for ; Mon, 20 Jul 2009 08:36:59 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 5-GOOsM955Mj for ; Mon, 20 Jul 2009 08:36:53 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 0735A28C194 for ; Mon, 20 Jul 2009 08:36:52 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6KFaqSa004593; Mon, 20 Jul 2009 08:36:52 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6KFaqxA004592; Mon, 20 Jul 2009 08:36:52 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Mon, 20 Jul 2009 08:36:52 -0700 From: David Meyer To: Stephane Bortzmeyer Message-ID: <20090720153652.GA4343@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="k1lZvvs/B4yU6o8G" Content-Disposition: inline In-Reply-To: <20090720150926.GA17519@nic.fr> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 20 Jul 2009 15:36:59 -0000 --k1lZvvs/B4yU6o8G Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable Stephane, First, please pick up the updated code on =09 http://github.com/davidmeyer/lig/tree/master=20 (thanks Tom P; I like this way better). In any event, that code reflects draft-ietf-lisp-03.txt. Second, there are a few map-resolvers you can point at: titanium-dmm-alt.rloc.lisp4.net: 128.223.156.35 titanium-ripe.rloc.lisp4.net: 193.0.0.170 titanium-dmm-ms.rloc.lisp4.net: 128.223.156.139 titanium-vaf-alt.rloc.lisp4.net: 204.69.200.7 So something like: [dmm@m106:]86% lig -d titanium-dmm.lisp4.net -m titanium-ripe.rloc.lisp4.net Send map-request to titanium-ripe.rloc.lisp4.net (193.0.0.170) for titanium-dmm.lisp4.net (153.16.10.254) ... Using source address: 205.167.76.9 Received map-reply from 128.223.156.134 with rtt 0.21400 sec Mapping entry for EID 153.16.10.254: 153.16.10.0/24, via map-reply, record ttl: 1440, auth, nonce: 0x50fba595 Locator State Priority/Weight 128.223.156.134 up 1/50 =20 207.98.65.94 up 1/50 =20 [dmm@m106:]87%=20 Thanks, and please let me know if you find bugs or have ideas for impovements. Writing a man page and a README for the source directory is on my queue for today. Thanks, Dave ---- >=20 > Are there public map servers on the Internet today, or must I install > one? >=20 > % ./lig 192.0.2.254 -m 192.0.2.1 > Send map-request to 192.0.2.1 for 192.0.2.254 ... > Send map-request to 192.0.2.1 for 192.0.2.254 ... > Send map-request to 192.0.2.1 for 192.0.2.254 ... > *** No map-reply received *** --k1lZvvs/B4yU6o8G Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpkjxQACgkQORgD1qCZ2Kfo2gCeO/iVKsno3Ulbvvstpeui9dzH cNsAnjvv7LTCy+VuQIhyoVh3sgVgkbI5 =nQoS -----END PGP SIGNATURE----- --k1lZvvs/B4yU6o8G-- From luigi@net.t-labs.tu-berlin.de Mon Jul 20 08:47:13 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2721E3A6D8C for ; Mon, 20 Jul 2009 08:47:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.367 X-Spam-Level: X-Spam-Status: No, score=-0.367 tagged_above=-999 required=5 tests=[AWL=0.081, BAYES_00=-2.599, HELO_EQ_DE=0.35, HTML_MESSAGE=0.001, J_CHICKENPOX_22=0.6, J_CHICKENPOX_32=0.6, J_CHICKENPOX_34=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id TJzJ1Ipe0DCh for ; Mon, 20 Jul 2009 08:47:07 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 752EB3A6CFC for ; Mon, 20 Jul 2009 08:47:06 -0700 (PDT) Received: from dyn113.net.t-labs.tu-berlin.de (dyn113.net.t-labs.tu-berlin.de [130.149.220.113]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 367557064D72; Mon, 20 Jul 2009 17:47:04 +0200 (CEST) Message-Id: <65A33D6F-5D8A-401C-ACA8-952039BB4928@net.t-labs.tu-berlin.de> From: Luigi Iannone To: Chen Gang In-Reply-To: <36ba02b00907200834y43c3ab2bs4a97e8265557d312@mail.gmail.com> Content-Type: multipart/alternative; boundary=Apple-Mail-33--785315875 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 20 Jul 2009 17:47:03 +0200 References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <200907090907292188089@gmail.com> <200907091130018289671@gmail.com> <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> <200907092344507503907@gmail.com> <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> <6B63332D-C220-435F-BD1F-D90F3B9181C8@net.t-labs.tu-berlin.de> <36ba02b00907200834y43c3ab2bs4a97e8265557d312@mail.gmail.com> X-Mailer: Apple Mail (2.935.3) Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 20 Jul 2009 15:47:13 -0000 --Apple-Mail-33--785315875 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, just to have full understanding, can you give me an example of "fines- granulated mapping information" and "not fines-granulated mapping information"? Thanks L. On Jul 20, 2009, at 17:34 , Chen Gang wrote: > Hello, Luigi > > Please see my reply inline. > >> >> 3. Overview >> >> The mechanism described in this draft aims: >> >> o to eliminate all forwarding entries to distant customer ASes >> in P >> routers; >> > > What's a "P router"? It is nto defined in section 2. > > =>The P router has functions as a transit router of the core > network. The P Router typically connected to one or more PE Routers. > P router is well-know concept, so it is unnecessary to be defined in > the draft. > >> >> >> o to eliminate the forwarding entries, targeted to distant >> customer >> ASes not behind the border routers, in the border routers; >> > > This is still unclear to me. > > =>That's means that a border router(e.g. PE router) can only retain > a routing information towards to the ER and a reachability > information of adjacency network. > > >> o to be deployed incrementally; >> >> o to help reduce the number of tunnels. >> > > Which tunnels? LISP tunnels? MO tunnels? > > => In the draft, the tunnels is built between the ERs(When some > aggregations have been performed in another ER in AS2, a ER in AS1 > will construct a tunnel towards to the ER in AS2) or between the ER > and ETR(ER could construct a tunnel directly go to ETR, if there is > no aggreation on AS-path or ER's network is closed to the ETR's > network). In the draft, both tunnel will be encapsulated with LISP > header. > > 4. When an ITR meets packets >> >> When an ITR receives a packet originated from a customer site, it >> checks whether a copy of mapping exists in its cache first. >> >> If the mapping exists, the ITR encapsulates the packet in a LISP >> header, putting the RLOC extracted from the mapping onto the outer >> destination address, meanwhile selecting one of the ITR's RLOC >> as the >> outer source address. >> >> Else if cache misses (i.e., no relevant copy of mapping exists >> in the >> ITR), two concurrent events occur: >> >> o Data Plane Traffic: the packet simply follows a default route >> preset manually or automatically to an ER in current AS. >> Since ER >> knows whole global mapping information, it can forward every >> packet to the right ETR by encapsulating the packet in LISP >> header >> with the ITR's RLOC in the outer source address and the ETR's >> RLOC >> in the outer destination address. > > From this I understand that the ER is very similar to the Default > Mapper defined in APT. Is it correct? > > => Not really. APT will maintain all of fines-granulated mapping > information. But, ER will retain mapping information leaned from > ordinary BGP protocol. You can even take a ER as a normal BGP speaker. > > > > >> >> o Control Plane Traffic: the ITR sends a Mapping Query to its >> default Mapping Server (MS) in the AS. And then a mapping >> LOOKUP >> process (details of mapping lookup process are shown in >> Section 7) >> is launched in the Mapping Overlay (MO) by the Master Mapping >> Node >> (MMN) of the ITR. After the MMN receives a copy of queried >> mapping from the MO, it returns the copy to the ITR which >> initiated the Mapping Query, and is cached for a period of >> time. >> >> > If the AS has at least one ER containing all the mappings, why not > querying the ER and retrieve the mapping from there? > > => Application might suffer from the delay which caused by waiting > mapping download. Besides, although ER can contain a global mapping > information, but the mapping infromation is not fines-granulated. In > other words, the termination of the tunnel may not be ETR, but > another ER. Of course, ITR can query ER and retrieve mapping. But > ITR may not construct a end-to-end tunnel between ITR and ETR. So, > we recommend ITR to query mapping information from DHT-based overlay > network. > > > >> 5. Utilization of current BGP system >> > > This part about BGP is very difficult for me to understand. You are > not using another instance of BGP (like ALT) you are using same > instance of BGP used to propagate routing information to propagate > mappings, right? > > => Right. In order to achieve the goals of incremental deployment, > there is no modification on the BGP protocol. > > > BGP follows a push model, does it mean that all mappings are > propagated to all BGP speakers? In this case why the MO is needed? > > => The mapping information learned from BGP is not fines-granulated. > the fines-granulated mapping informaiton stored by MO can help to > reduce tunneling number. > > > >> > >> >> 6. EID Router mechanism >> >> 6.1. Address aggregation policy >> >> All addresses from edge customer ASes can be seen as the EIDs. >> EID >> prefixes can be aggregated to EID aggregated prefix. Moreover we >> allow EIDs to be aggregated with RLOCs to EID+RLOC aggregated >> prefix. >> For example, suppose two EID blocks 166.111.8/24 and 166.111.9/24 >> belong to two customer ASes homed to a provider AS which has some >> RLOCs range from 166.111.10/24 to 166.111.11/24, the provider AS >> can >> aggregate either to an EID aggregated prefix 166.111.8/23 or to an >> EID+RLOC aggregated prefix 166.111.8/22. >> > > Here you are merging what LISP tries to split: EID and RLOCs. Isn't > this dangerous? > > => In the draft, the EID routing will be injected into the ER. From > ER point of view, it's a normal thing to merge both EID and RLOCs > into ER routing table. > > > > Also, you lose information. How to distinguish in 166.111.8/22 which > part is EID and which is RLOC? > > =>In the draft, RLOC is a relative concept. RLOC might not be ETR > address. It could be arbitrary ER address in AS-path, on which > aggregation will be performed. Therefore, EID+RLOC aggregated prefix > come about, there should be another ER address server as the RLOC. > Chen, et al. Expires January 12, 2010 [Page > 10] >> Internet-Draft ER+MO July >> 2009 >> >> >> 7. Supplementary DHT Mapping Overlay (MO) > > This section is again unclear to me. Probably I lack of background > on Kademlia, but still.... > > =>The DHT-mapping signalling will reuse the kademlia p2p protocol, > since it is the most commonly used protocol. We would like to use > DHT MO as supplementary meachnism to accomodate with data-plane flow. > > Thanks for the discussion. > > -Gang > > > >> --Apple-Mail-33--785315875 Content-Type: text/html; charset=US-ASCII Content-Transfer-Encoding: quoted-printable Hi,

just to = have full understanding, can you give me an example of "fines-granulated = mapping information" and "not fines-granulated mapping = information"?

Thanks

L.<= /div>

On Jul 20, 2009, at 17:34 , Chen Gang = wrote:

Hello, Luigi
 
Please see = my reply inline.


3. =  Overview

=
   The mechanism described in = this draft aims:

   o  to eliminate all forwarding = entries to distant customer ASes in P
      routers;
=

=

What's a "P router"? It is nto defined in section = 2.
 
=3D>The P router = has functions as a transit router of the core network. The P Router = typically connected to one or more PE Routers. P router is well-know = concept, so it is unnecessary to be defined in the draft.
=

=


   o  to eliminate the forwarding = entries, targeted to distant customer
      ASes not behind the border = routers, in the border routers;


=
This is still unclear to me.
=
 
=3D>That's means that a border router(e.g. PE = router) can only retain a routing information towards to the ER and a = reachability information of adjacency network.


=
  = o  to be deployed incrementally;

   o  to help reduce the number of = tunnels.


=
Which tunnels? LISP tunnels? MO tunnels?
=
 
=3D> In the draft, the tunnels is built = between the ERs(When some aggregations have been performed in = another ER in AS2, a ER in AS1 will construct a tunnel towards to = the ER in AS2) or between the ER and ETR(ER could construct a = tunnel directly go to ETR, if there is no aggreation on = AS-path or ER's network is closed to the ETR's network). In = the draft, both tunnel will be encapsulated with LISP header.
=
 
=
          = 4.  When an ITR meets packets
=

   When an ITR receives a packet originated = from a customer site, it
   checks whether a copy of mapping exists = in its cache first.

   If the mapping exists, the ITR = encapsulates the packet in a LISP
   header, putting the RLOC extracted from = the mapping onto the outer
   destination address, meanwhile selecting = one of the ITR's RLOC as the
   outer source address.
=

   Else if cache misses (i.e., no relevant = copy of mapping exists in the
   ITR), two concurrent events = occur:

=
   o  Data Plane Traffic: = the packet simply follows a default route
      preset manually or = automatically to an ER in current AS.  Since ER
=
      knows whole = global mapping information, it can forward every
      packet to the right ETR by = encapsulating the packet in LISP header
      with the ITR's RLOC in the = outer source address and the ETR's RLOC
      in the outer destination = address.

=46rom = this I understand that the ER is very similar to the Default Mapper = defined in APT. Is it correct?
=
 
=3D> Not really. APT will maintain all of = fines-granulated mapping information. But, ER will retain mapping = information leaned from ordinary BGP protocol. You can even take a ER as = a normal BGP speaker. 
 





=
   o  Control Plane Traffic: = the ITR sends a Mapping Query to its
      default Mapping Server (MS) = in the AS.  And then a mapping LOOKUP
      process (details of mapping = lookup process are shown in Section 7)
      is launched in the Mapping = Overlay (MO) by the Master Mapping Node
      (MMN) of the ITR. =  After the MMN receives a copy of queried
      mapping from the MO, it = returns the copy to the ITR which
      initiated the Mapping Query, = and is cached for a period of time.


If the AS = has at least one ER containing all the mappings, why not querying the ER = and retrieve the mapping from there?
=
 
=3D> Application might suffer from the = delay which caused by waiting mapping download. Besides, although ER can = contain a global mapping information, but the mapping infromation is not = fines-granulated. In other words, the termination of the tunnel may not = be ETR, but another ER. Of course, ITR can query ER and retrieve = mapping. But ITR may not construct a end-to-end tunnel between ITR and = ETR. So, we recommend ITR to query mapping information from DHT-based = overlay network.
 


=
5. =  Utilization of current BGP system


=
This part about BGP is very difficult for me to understand. You are = not using another instance of BGP (like ALT) you are using same instance = of BGP used to propagate routing information to propagate =  mappings, right?
 
=
=3D> Right. In order to achieve the goals of incremental = deployment, there is no modification on the BGP protocol.
=
 
=

BGP follows a push model, does it mean that all = mappings are propagated to all BGP speakers? In this case why the MO is = needed?
 
=3D> The = mapping information learned from BGP is not fines-granulated. the = fines-granulated mapping informaiton stored by MO can help to reduce = tunneling number.
 


=
 
6. =  EID Router mechanism

6.1. =  Address aggregation policy

   All addresses from edge customer ASes can = be seen as the EIDs.  EID
   prefixes can be aggregated to EID = aggregated prefix.  Moreover we
   allow EIDs to be aggregated with RLOCs to = EID+RLOC aggregated prefix.
   For example, suppose two EID blocks = 166.111.8/24 and 166.111.9/24
   belong to two customer ASes homed to a = provider AS which has some
   RLOCs range from 166.111.10/24 to = 166.111.11/24, the provider AS can
   aggregate either to an EID aggregated = prefix 166.111.8/23 or to an
   EID+RLOC aggregated prefix = 166.111.8/22.


=
Here you are merging what LISP tries to split: EID and RLOCs. Isn't = this dangerous?
 
=3D> = In the draft, the EID routing will be injected into the ER. =46rom ER = point of view, it's a normal thing to merge both EID and RLOCs into = ER routing table.
 
 

Also, = you lose information. How to distinguish in 166.111.8/22 which part is = EID and which is RLOC?
 
=
=3D>In the draft, RLOC is a relative concept. RLOC might not be = ETR address. It could be arbitrary ER address in AS-path, on which = aggregation will be performed. Therefore, EID+RLOC aggregated prefix = come about, there should be another ER address server as the = RLOC. 
=
Chen, et al.         =    Expires January 12, 2010           =     [Page 10]
=
Internet-Draft     =                ER+MO   =                     =  July 2009


7. =  Supplementary DHT Mapping Overlay = (MO)

This section = is again unclear to me. Probably I lack of background on Kademlia, but = still....
 
=3D>The = DHT-mapping signalling will reuse the kademlia p2p protocol, since it is = the most commonly used protocol.  We would like to use DHT MO as = supplementary meachnism to accomodate with data-plane flow.
=
 
Thanks for the discussion.
=
 
-Gang
 
 
=


<= /div>

= --Apple-Mail-33--785315875-- From phdgang@gmail.com Mon Jul 20 08:54:50 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 8A0393A6D8C for ; Mon, 20 Jul 2009 08:54:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.802 X-Spam-Level: X-Spam-Status: No, score=0.802 tagged_above=-999 required=5 tests=[AWL=-0.850, BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_22=0.6, J_CHICKENPOX_32=0.6, J_CHICKENPOX_34=0.6, MIME_CHARSET_FARAWAY=2.45] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 8PsPjpod5f9p for ; Mon, 20 Jul 2009 08:54:49 -0700 (PDT) Received: from mail-pz0-f196.google.com (mail-pz0-f196.google.com [209.85.222.196]) by core3.amsl.com (Postfix) with ESMTP id E90CF3A6A0C for ; Mon, 20 Jul 2009 08:54:48 -0700 (PDT) Received: by pzk34 with SMTP id 34so1375891pzk.29 for ; Mon, 20 Jul 2009 08:54:34 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:received:in-reply-to:references :date:message-id:subject:from:to:cc:content-type; bh=9O5chyX8iOYx2fbT9jemCxMgTtxo+ChO38Rhrke7JPw=; b=M825rJ7MLaDA54OVQ9L8brjsF00dhHCLfcaIrL1PsGZ3E+Lmx+4qxwycq69yizTUJJ 4cY9XR5lkRteAE5Azyoi6n9n7KPrKg+6nU9FoA2XZmc+1+qO2JkhTkxTLZqxZhddNr7S oc1EyULhuSfVaFrTcEdogCLyfMSPVr5DVZvrs= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :cc:content-type; b=mWT/dNP743hMNJNfZa0yAWztIVqihXhA23FBI1A02Veea7bpW0R3h8kEIt9149K6v+ SlJVyIk4QZGE1byK/95KBeIHaF3DHsezD37JrOAkvHSgQNLFvHLq0BK5l7wm4vLdoFWX C+NhDy+OtFDc7VRgndJgH+En60V9508dDpW/0= MIME-Version: 1.0 Received: by 10.142.245.17 with SMTP id s17mr967906wfh.1.1248105274483; Mon, 20 Jul 2009 08:54:34 -0700 (PDT) In-Reply-To: <65A33D6F-5D8A-401C-ACA8-952039BB4928@net.t-labs.tu-berlin.de> References: <36ba02b00907060839w1f20e50cre44a0cdae17d6cb7@mail.gmail.com> <200907090907292188089@gmail.com> <200907091130018289671@gmail.com> <173E97C8-13BB-4C93-AE68-67430DB7E18F@cisco.com> <200907092344507503907@gmail.com> <36ba02b00907130649s1de4bf2cq3f2ea6162a493a4c@mail.gmail.com> <6B63332D-C220-435F-BD1F-D90F3B9181C8@net.t-labs.tu-berlin.de> <36ba02b00907200834y43c3ab2bs4a97e8265557d312@mail.gmail.com> <65A33D6F-5D8A-401C-ACA8-952039BB4928@net.t-labs.tu-berlin.de> Date: Mon, 20 Jul 2009 23:54:34 +0800 Message-ID: <36ba02b00907200854o78dd63f1lb49a9269ff1f3db2@mail.gmail.com> From: Chen Gang To: Luigi Iannone Content-Type: multipart/alternative; boundary=000e0cd329ca8724c2046f2527a8 Cc: lisp@ietf.org Subject: Re: [lisp] An Incremental Deployable Mapping Service Draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 20 Jul 2009 15:54:50 -0000 --000e0cd329ca8724c2046f2527a8 Content-Type: text/plain; charset=GB2312 Content-Transfer-Encoding: quoted-printable 2009/7/20 Luigi Iannone > Hi, > just to have full understanding, can you give me an example of > "fines-granulated mapping information" and "not fines-granulated mapping > information"? > =3D>fines-granulated mapping information indicates a relationship between a EID prefix and a ETR address. "not fines-granulated mapping information" means a relationship between a EID prefix and a address of ER, on which BGP aggreation is performed. Thanks > > Thanks > > L. > > On Jul 20, 2009, at 17:34 , Chen Gang wrote: > > Hello, Luigi > > Please see my reply inline. > > >> 3. Overview >> >> The mechanism described in this draft aims: >> >> o to eliminate all forwarding entries to distant customer ASes in P >> routers; >> >> >> What's a "P router"? It is nto defined in section 2. >> > > =3D>The P router has functions as a transit router of the core network. T= he P > Router typically connected to one or more PE Routers. P router is well-kn= ow > concept, so it is unnecessary to be defined in the draft. > >> >> >> >> o to eliminate the forwarding entries, targeted to distant customer >> ASes not behind the border routers, in the border routers; >> >> >> This is still unclear to me. >> > > =3D>That's means that a border router(e.g. PE router) can only retain a > routing information towards to the ER and a reachability information of > adjacency network. > >> >> >> o to be deployed incrementally; >> >> o to help reduce the number of tunnels. >> >> >> Which tunnels? LISP tunnels? MO tunnels? >> > > =3D> In the draft, the tunnels is built between the ERs(When some > aggregations have been performed in another ER in AS2, a ER in AS1 will > construct a tunnel towards to the ER in AS2) or between the ER and ETR(ER > could construct a tunnel directly go to ETR, if there is no aggreation on > AS-path or ER's network is closed to the ETR's network). In the draft, bo= th > tunnel will be encapsulated with LISP header. > > >> 4. When an ITR meets packets >> >> >> When an ITR receives a packet originated from a customer site, it >> checks whether a copy of mapping exists in its cache first. >> >> If the mapping exists, the ITR encapsulates the packet in a LISP >> header, putting the RLOC extracted from the mapping onto the outer >> destination address, meanwhile selecting one of the ITR's RLOC as the >> outer source address. >> >> Else if cache misses (i.e., no relevant copy of mapping exists in the >> ITR), two concurrent events occur: >> >> o Data Plane Traffic: the packet simply follows a default route >> preset manually or automatically to an ER in current AS. Since ER >> knows whole global mapping information, it can forward every >> packet to the right ETR by encapsulating the packet in LISP header >> with the ITR's RLOC in the outer source address and the ETR's RLOC >> in the outer destination address. >> >> >> From this I understand that the ER is very similar to the Default Mapper >> defined in APT. Is it correct? >> > > =3D> Not really. APT will maintain all of fines-granulated mapping > information. But, ER will retain mapping information leaned from ordinary > BGP protocol. You can even take a ER as a normal BGP speaker. > > > >> >> >> >> o Control Plane Traffic: the ITR sends a Mapping Query to its >> default Mapping Server (MS) in the AS. And then a mapping LOOKUP >> process (details of mapping lookup process are shown in Section 7) >> is launched in the Mapping Overlay (MO) by the Master Mapping Node >> (MMN) of the ITR. After the MMN receives a copy of queried >> mapping from the MO, it returns the copy to the ITR which >> initiated the Mapping Query, and is cached for a period of time. >> >> >> If the AS has at least one ER containing all the mappings, why not >> querying the ER and retrieve the mapping from there? >> > > =3D> Application might suffer from the delay which caused by waiting mapp= ing > download. Besides, although ER can contain a global mapping information, = but > the mapping infromation is not fines-granulated. In other words, the > termination of the tunnel may not be ETR, but another ER. Of course, ITR = can > query ER and retrieve mapping. But ITR may not construct a end-to-end tun= nel > between ITR and ETR. So, we recommend ITR to query mapping information fr= om > DHT-based overlay network. > > >> >> >> 5. Utilization of current BGP system >> >> >> This part about BGP is very difficult for me to understand. You are not >> using another instance of BGP (like ALT) you are using same instance of = BGP >> used to propagate routing information to propagate mappings, right? >> > > =3D> Right. In order to achieve the goals of incremental deployment, ther= e is > no modification on the BGP protocol. > > >> >> BGP follows a push model, does it mean that all mappings are propagated = to >> all BGP speakers? In this case why the MO is needed? >> > > =3D> The mapping information learned from BGP is not fines-granulated. th= e > fines-granulated mapping informaiton stored by MO can help to reduce > tunneling number. > > >> >> >> >> 6. EID Router mechanism >> >> 6.1. Address aggregation policy >> >> All addresses from edge customer ASes can be seen as the EIDs. EID >> prefixes can be aggregated to EID aggregated prefix. Moreover we >> allow EIDs to be aggregated with RLOCs to EID+RLOC aggregated prefix. >> For example, suppose two EID blocks 166.111.8/24 and 166.111.9/24 >> belong to two customer ASes homed to a provider AS which has some >> RLOCs range from 166.111.10/24 to 166.111.11/24, the provider AS can >> aggregate either to an EID aggregated prefix 166.111.8/23 or to an >> EID+RLOC aggregated prefix 166.111.8/22. >> >> >> Here you are merging what LISP tries to split: EID and RLOCs. Isn't this >> dangerous? >> > > =3D> In the draft, the EID routing will be injected into the ER. From ER > point of view, it's a normal thing to merge both EID and RLOCs into ER > routing table. > > > >> >> Also, you lose information. How to distinguish in 166.111.8/22 which par= t >> is EID and which is RLOC? >> > > =3D>In the draft, RLOC is a relative concept. RLOC might not be ETR addre= ss. > It could be arbitrary ER address in AS-path, on which aggregation will be > performed. Therefore, EID+RLOC aggregated prefix come about, there should= be > another ER address server as the RLOC. > >> Chen, et al. Expires January 12, 2010 [Page 10= ] >> >> Internet-Draft ER+MO July 200= 9 >> >> >> 7. Supplementary DHT Mapping Overlay (MO) >> >> >> This section is again unclear to me. Probably I lack of background on >> Kademlia, but still.... >> > > =3D>The DHT-mapping signalling will reuse the kademlia p2p protocol, sinc= e it > is the most commonly used protocol. We would like to use DHT MO as > supplementary meachnism to accomodate with data-plane flow. > > Thanks for the discussion. > > -Gang > > > >> >> >> > --=20 =B3=C2=B8=D5 phdgang@gmail.com --000e0cd329ca8724c2046f2527a8 Content-Type: text/html; charset=GB2312 Content-Transfer-Encoding: quoted-printable
2009/7/20 Luigi Iannone <luigi@net.t-labs.tu-berlin.d= e>
Hi,=20

just to have full understanding, can you give me an example of "f= ines-granulated mapping information" and "not fines-granulated ma= pping information"?
 
=3D>fines-granulated mapping information indicates a relationship b= etween a EID prefix and a ETR address.
 
"not fines-granulated mapping information" means a relations= hip between a EID prefix and a address of ER, on which BGP aggreation is pe= rformed.
 
Thanks
 
 
 

Thanks

L.

On Jul 20, 2009, at 17:34 , Chen Gang wrote:

Hello, Luigi
 
Please see my reply inline.


3.  Overview

   The mechanism described in this d= raft aims:

   o  to eliminate all forwardi= ng entries to distant customer ASes in P
      routers;


What's a "P router"? It is nto defined in section 2.
 
=3D>The P router has functions as a transit router of the core netw= ork. The P Router typically connected to one or more PE Routers. P router i= s well-know concept, so it is unnecessary to be defined in the draft.



   o  to eliminate the forwardi= ng entries, targeted to distant customer
      ASes not behind the = border routers, in the border routers;


This is still unclear to me.
 
=3D>That's means that a border router(e.g. PE router) can only = retain a routing information towards to the ER and a reachability informati= on of adjacency network.


   o  to be deployed incrementa= lly;

   o  to help reduce the number= of tunnels.


Which tunnels? LISP tunnels? MO tunnels?
 
=3D> In the draft, the tunnels is built between the ERs(When&n= bsp;some aggregations have been performed in another ER in AS2, a ER in AS1=  will construct a tunnel towards to the ER in AS2) or between the ER a= nd ETR(ER could construct a tunnel directly go to ETR, if th= ere is no aggreation on AS-path or ER's network is closed to = the ETR's network). In the draft, both tunnel will be encapsulated with= LISP header.
 
       &nbs= p;  4.  When an ITR meets packets

   When an ITR receives a packet ori= ginated from a customer site, it
   checks whether a copy of mapping = exists in its cache first.

   If the mapping exists, the ITR en= capsulates the packet in a LISP
   header, putting the RLOC extracte= d from the mapping onto the outer
   destination address, meanwhile se= lecting one of the ITR's RLOC as the
   outer source address.

   Else if cache misses (i.e., no re= levant copy of mapping exists in the
   ITR), two concurrent events occur= :

   o  Data Plane Traffic: the p= acket simply follows a default route
      preset manually or a= utomatically to an ER in current AS.  Since ER
      knows whole global m= apping information, it can forward every
      packet to the right = ETR by encapsulating the packet in LISP header
      with the ITR's R= LOC in the outer source address and the ETR's RLOC
      in the outer destina= tion address.

From this I understand that the ER is very similar to the Default Mapp= er defined in APT. Is it correct?
 
=3D> Not really. APT will maintain all of fines-granulated mapping = information. But, ER will retain mapping information leaned from ordinary B= GP protocol. You can even take a ER as a normal BGP speaker. 
 





   o  Control Plane Traffic: th= e ITR sends a Mapping Query to its
      default Mapping Serv= er (MS) in the AS.  And then a mapping LOOKUP
      process (details of = mapping lookup process are shown in Section 7)
      is launched in the M= apping Overlay (MO) by the Master Mapping Node
      (MMN) of the ITR. &n= bsp;After the MMN receives a copy of queried
      mapping from the MO,= it returns the copy to the ITR which
      initiated the Mappin= g Query, and is cached for a period of time.


If the AS has at least one ER containing all the mappings, why not que= rying the ER and retrieve the mapping from there?
 
=3D> Application might suffer from the delay which caused by w= aiting mapping download. Besides, although ER can contain a global mapping = information, but the mapping infromation is not fines-granulated. In other = words, the termination of the tunnel may not be ETR, but another ER. O= f course, ITR can query ER and retrieve mapping. But ITR may not construct = a end-to-end tunnel between ITR and ETR. So, we recommend ITR to query mapp= ing information from DHT-based overlay network.
 


5.  Utilization of current BGP system


This part about BGP is very difficult for me to understand. You are no= t using another instance of BGP (like ALT) you are using same instance of B= GP used to propagate routing information to propagate  mappings, right= ?
 
=3D> Right. In order to achieve the goals of incremental deployment= , there is no modification on the BGP protocol.
 

BGP follows a push model, does it mean that all mappings are propagate= d to all BGP speakers? In this case why the MO is needed?
 
=3D> The mapping information learned from BGP is not fines-granulat= ed. the fines-granulated mapping informaiton stored by MO can help to reduc= e tunneling number.
 


 
6.  EID Router mechanism

6.1.  Address aggregation policy

   All addresses from edge customer = ASes can be seen as the EIDs.  EID
   prefixes can be aggregated to EID= aggregated prefix.  Moreover we
   allow EIDs to be aggregated with = RLOCs to EID+RLOC aggregated prefix.
   For example, suppose two EID bloc= ks 166.111.8/24 and 166.111.9/24
   belong to two customer ASes homed= to a provider AS which has some
   RLOCs range from 166.111.10/24 to= 166.111.11/24, the provider AS can
   aggregate either to an EID aggreg= ated prefix 166.111.8/23 or to an
   EID+RLOC aggregated prefix 166.11= 1.8/22.


Here you are merging what LISP tries to split: EID and RLOCs. Isn'= t this dangerous?
 
=3D> In the draft, the EID routing will be injected into the ER. Fr= om ER point of view, it's a normal thing to merge both EID and RLO= Cs into ER routing table.
 
 

Also, you lose information. How to distinguish in 166.111.8/22 which p= art is EID and which is RLOC?
 
=3D>In the draft, RLOC is a relative concept. RLOC might not be ETR= address. It could be arbitrary ER address in AS-path, on which aggregation= will be performed. Therefore, EID+RLOC aggregated prefix come about, there= should be another ER address server as the RLOC. 
Chen, et al.          = ;  Expires January 12, 2010             =   [Page 10]
Internet-Draft         &nb= sp;          ER+MO         &nb= sp;              July 2009


7.  Supplementary DHT Mapping Overlay (MO= )

This section is again unclear to me. Probably I lack of background on = Kademlia, but still....
 
=3D>The DHT-mapping signalling will reuse the kademlia p2p protocol= , since it is the most commonly used protocol.  We would like to use D= HT MO as supplementary meachnism to accomodate with data-plane flow.
 
Thanks for the discussion.
 
-Gang
 
 



=



--
=B3=C2=B8=D5
= phdgang@gmail.com
--000e0cd329ca8724c2046f2527a8-- From dmm@1-4-5.net Mon Jul 20 17:05:57 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 14DA93A67E4 for ; Mon, 20 Jul 2009 17:05:57 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id nC6QDPIFa1dA for ; Mon, 20 Jul 2009 17:05:55 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 08CA73A6B60 for ; Mon, 20 Jul 2009 17:05:54 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6L05oHL022759; Mon, 20 Jul 2009 17:05:50 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6L05opa022758; Mon, 20 Jul 2009 17:05:50 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Mon, 20 Jul 2009 17:05:50 -0700 From: David Meyer To: Stephane Bortzmeyer Message-ID: <20090721000550.GA22730@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="IS0zKkzwUGydFO0o" Content-Disposition: inline In-Reply-To: <20090720153652.GA4343@1-4-5.net> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 00:05:57 -0000 --IS0zKkzwUGydFO0o Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Mon, Jul 20, 2009 at 08:36:52AM -0700, David Meyer wrote: > Stephane, >=20 > First, please pick up the updated code on > =09 > http://github.com/davidmeyer/lig/tree/master=20 >=20 > (thanks Tom P; I like this way better). In any event, > that code reflects draft-ietf-lisp-03.txt. Second, there > are a few map-resolvers you can point at: >=20 > titanium-dmm-alt.rloc.lisp4.net: 128.223.156.35 > titanium-ripe.rloc.lisp4.net: 193.0.0.170 > titanium-dmm-ms.rloc.lisp4.net: 128.223.156.139 > titanium-vaf-alt.rloc.lisp4.net: 204.69.200.7 BTW, http://www.lisp4.net/images/lisp_network.png is a pretty current picture of network. I see we should annotate it with domain names so it would be more useful for you when testing all of this stuff. Thanks, Dave --IS0zKkzwUGydFO0o Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkplBl4ACgkQORgD1qCZ2Kfa5gCdGWCB1XAWDytv2hCfRU5ev9+g 98IAnAr0ZwSHdYufyy6MzcM7dXPr0Ywv =5Gah -----END PGP SIGNATURE----- --IS0zKkzwUGydFO0o-- From bortzmeyer@nic.fr Tue Jul 21 02:20:51 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DA35028C18C for ; Tue, 21 Jul 2009 02:20:51 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.452 X-Spam-Level: X-Spam-Status: No, score=-5.452 tagged_above=-999 required=5 tests=[AWL=-0.333, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, HELO_EQ_FR=0.35, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0OJP8qN4xKEd for ; Tue, 21 Jul 2009 02:20:45 -0700 (PDT) Received: from mx2.nic.fr (mx2.nic.fr [192.134.4.11]) by core3.amsl.com (Postfix) with ESMTP id B62663A6C49 for ; Tue, 21 Jul 2009 02:20:44 -0700 (PDT) Received: from mx2.nic.fr (localhost [127.0.0.1]) by mx2.nic.fr (Postfix) with SMTP id 8F9C71C0095; Tue, 21 Jul 2009 11:14:22 +0200 (CEST) Received: from relay2.nic.fr (relay2.nic.fr [192.134.4.163]) by mx2.nic.fr (Postfix) with ESMTP id 8AF351C002F; Tue, 21 Jul 2009 11:14:22 +0200 (CEST) Received: from bortzmeyer.nic.fr (batilda.nic.fr [192.134.4.69]) by relay2.nic.fr (Postfix) with ESMTP id 88DA07B0031; Tue, 21 Jul 2009 11:14:22 +0200 (CEST) Date: Tue, 21 Jul 2009 11:15:44 +0200 From: Stephane Bortzmeyer To: David Meyer Message-ID: <20090721091544.GA7399@nic.fr> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <20090720153652.GA4343@1-4-5.net> X-Operating-System: Debian GNU/Linux 5.0.2 X-Kernel: Linux 2.6.26-2-686 i686 Organization: NIC France X-URL: http://www.nic.fr/ User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 09:20:51 -0000 On Mon, Jul 20, 2009 at 08:36:52AM -0700, David Meyer wrote a message of 72 lines which said: > [dmm@m106:]86% lig -d titanium-dmm.lisp4.net -m titanium-ripe.rloc.lisp4.net Does not work for me: % sudo ./lig -d 192.0.2.1 -m titanium-vaf-alt.rloc.lisp4.net Using source address: 208.75.84.80 Using source port: 47357 Send map-request to titanium-vaf-alt.rloc.lisp4.net (204.69.200.7) for 192.0.2.1 (192.0.2.1) ... Send map-request to titanium-vaf-alt.rloc.lisp4.net (204.69.200.7) for 192.0.2.1 (192.0.2.1) ... Send map-request to titanium-vaf-alt.rloc.lisp4.net (204.69.200.7) for 192.0.2.1 (192.0.2.1) ... *** No map-reply received *** It does not seem to be firewall-related since tcpdump sees the packets coming in and out: % tcpdump -n -v host 204.69.200.7 tcpdump: listening on eth0, link-type EN10MB (Ethernet), capture size 96 bytes 11:11:37.123146 IP (tos 0x0, ttl 64, id 0, offset 0, flags [DF], proto UDP (17), length 92) 208.75.84.80.42656 > 204.69.200.7.4341: UDP, length 64 11:11:37.177246 IP (tos 0xc0, ttl 238, id 3451, offset 0, flags [none], proto UDP (17), length 52) 204.69.200.7.4342 > 208.75.84.80.0: UDP, length 24 11:11:38.610988 IP (tos 0x0, ttl 64, id 0, offset 0, flags [DF], proto UDP (17), length 92) 208.75.84.80.42656 > 204.69.200.7.4341: UDP, length 64 11:11:38.615483 IP (tos 0x0, ttl 64, id 0, offset 0, flags [DF], proto UDP (17), length 92) 208.75.84.80.42656 > 204.69.200.7.4341: UDP, length 64 11:11:38.665215 IP (tos 0xc0, ttl 238, id 3452, offset 0, flags [none], proto UDP (17), length 52) 204.69.200.7.4342 > 208.75.84.80.0: UDP, length 24 11:11:38.670797 IP (tos 0xc0, ttl 238, id 3453, offset 0, flags [none], proto UDP (17), length 52) 204.69.200.7.4342 > 208.75.84.80.0: UDP, length 24 Linux/Gentoo, kernel 2.6.16.29, lig just obtained from github, compilation done with gcc 4.1.2. From bortzmeyer@nic.fr Tue Jul 21 02:58:58 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5AE623A6AB7 for ; Tue, 21 Jul 2009 02:58:58 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.385 X-Spam-Level: X-Spam-Status: No, score=-5.385 tagged_above=-999 required=5 tests=[AWL=-0.266, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, HELO_EQ_FR=0.35, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id YQz6WWqr3ZCL for ; Tue, 21 Jul 2009 02:58:57 -0700 (PDT) Received: from mx2.nic.fr (mx2.nic.fr [192.134.4.11]) by core3.amsl.com (Postfix) with ESMTP id 9535128C15D for ; Tue, 21 Jul 2009 02:58:41 -0700 (PDT) Received: from mx2.nic.fr (localhost [127.0.0.1]) by mx2.nic.fr (Postfix) with SMTP id 5E4061C0095; Tue, 21 Jul 2009 11:25:17 +0200 (CEST) Received: from relay2.nic.fr (relay2.nic.fr [192.134.4.163]) by mx2.nic.fr (Postfix) with ESMTP id 59D0C1C002F; Tue, 21 Jul 2009 11:25:17 +0200 (CEST) Received: from bortzmeyer.nic.fr (batilda.nic.fr [192.134.4.69]) by relay2.nic.fr (Postfix) with ESMTP id 4E15D7B0031; Tue, 21 Jul 2009 11:25:17 +0200 (CEST) Date: Tue, 21 Jul 2009 11:26:39 +0200 From: Stephane Bortzmeyer To: David Meyer Message-ID: <20090721092639.GA10171@nic.fr> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <20090721091544.GA7399@nic.fr> X-Operating-System: Debian GNU/Linux 5.0.2 X-Kernel: Linux 2.6.26-2-686 i686 Organization: NIC France X-URL: http://www.nic.fr/ User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 09:58:58 -0000 On Tue, Jul 21, 2009 at 11:15:44AM +0200, Stephane Bortzmeyer wrote a message of 34 lines which said: > Does not work for me: OK, I missed the fact that unknown EID generate *no* reply. Sorry for the false alarm. % sudo ./lig -d 153.16.10.254 -m titanium-ripe.rloc.lisp4.net Using source address: 217.70.190.232 Using source port: 38530 Send map-request to titanium-ripe.rloc.lisp4.net (193.0.0.170) for 153.16.10.254 (153.16.10.254) ... Received map-reply from 207.98.65.94 with rtt 0.20600 sec Mapping entry for EID 153.16.10.254: 153.16.10.0/24, via map-reply, record ttl: 1440, auth, nonce: 0x508f13ff Locator State Priority/Weight 128.223.156.134 up 1/50 207.98.65.94 up 1/50 From dmm@1-4-5.net Tue Jul 21 05:34:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 00EF728C243 for ; Tue, 21 Jul 2009 05:34:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0o4s2eYj-oJV for ; Tue, 21 Jul 2009 05:34:05 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 889C43A6967 for ; Tue, 21 Jul 2009 05:33:58 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6LCUgeH014065; Tue, 21 Jul 2009 05:30:42 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6LCUgv5014064; Tue, 21 Jul 2009 05:30:42 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 21 Jul 2009 05:30:42 -0700 From: David Meyer To: Stephane Bortzmeyer Message-ID: <20090721123042.GA14046@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="/04w6evG8XlLl3ft" Content-Disposition: inline In-Reply-To: <20090721092639.GA10171@nic.fr> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 12:34:09 -0000 --/04w6evG8XlLl3ft Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Tue, Jul 21, 2009 at 11:26:39AM +0200, Stephane Bortzmeyer wrote: > On Tue, Jul 21, 2009 at 11:15:44AM +0200, > Stephane Bortzmeyer wrote=20 > a message of 34 lines which said: >=20 > > Does not work for me: >=20 > OK, I missed the fact that unknown EID generate *no* reply. Sorry for > the false alarm. >=20 > % sudo ./lig -d 153.16.10.254 -m titanium-ripe.rloc.lisp4.net > Using source address: 217.70.190.232 > Using source port: 38530 > Send map-request to titanium-ripe.rloc.lisp4.net (193.0.0.170) for 153.16= =2E10.254 (153.16.10.254) ... > Received map-reply from 207.98.65.94 with rtt 0.20600 sec >=20 > Mapping entry for EID 153.16.10.254: > 153.16.10.0/24, via map-reply, record ttl: 1440, auth, nonce: 0x508f13ff > Locator State Priority/Weight > 128.223.156.134 up 1/50 =20 > 207.98.65.94 up 1/50 =20 Good to see :-) Dave --/04w6evG8XlLl3ft Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpltPIACgkQORgD1qCZ2KeuMACffENhFjfvK7qvZ65zA1L3Yany fxkAnR0SG24P2NDhp8OP6yLBW32ZSFUI =VZTJ -----END PGP SIGNATURE----- --/04w6evG8XlLl3ft-- From jmh@joelhalpern.com Tue Jul 21 06:37:56 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 368B43A6B54 for ; Tue, 21 Jul 2009 06:37:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.336 X-Spam-Level: X-Spam-Status: No, score=-3.336 tagged_above=-999 required=5 tests=[AWL=0.263, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id vd2BogsSs3ad for ; Tue, 21 Jul 2009 06:37:55 -0700 (PDT) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 5A4BE3A6B28 for ; Tue, 21 Jul 2009 06:37:55 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id BE2F14300E4; Tue, 21 Jul 2009 06:37:41 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.100] (pool-71-161-52-248.clppva.btas.verizon.net [71.161.52.248]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTP id DF85B4300D2; Tue, 21 Jul 2009 06:37:40 -0700 (PDT) Message-ID: <4A65C4A1.5070100@joelhalpern.com> Date: Tue, 21 Jul 2009 09:37:37 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: David Meyer References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> <20090721123042.GA14046@1-4-5.net> In-Reply-To: <20090721123042.GA14046@1-4-5.net> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 13:37:56 -0000 I am slightly confused. Stephane indicates that his problem was that an unknown EID generates no reply. Dave seems to find that reasonable. But the spec explicitly says that an EID which is not mapped needs a negative reply. (Which seems like a very good idea, particularly since there are behaviors that depend upon the ITR knowing this correctly.) So why is there no reply? Joel David Meyer wrote: > On Tue, Jul 21, 2009 at 11:26:39AM +0200, Stephane Bortzmeyer wrote: >> On Tue, Jul 21, 2009 at 11:15:44AM +0200, >> Stephane Bortzmeyer wrote >> a message of 34 lines which said: >> >>> Does not work for me: >> OK, I missed the fact that unknown EID generate *no* reply. Sorry for >> the false alarm. >> >> % sudo ./lig -d 153.16.10.254 -m titanium-ripe.rloc.lisp4.net >> Using source address: 217.70.190.232 >> Using source port: 38530 >> Send map-request to titanium-ripe.rloc.lisp4.net (193.0.0.170) for 153.16.10.254 (153.16.10.254) ... >> Received map-reply from 207.98.65.94 with rtt 0.20600 sec >> >> Mapping entry for EID 153.16.10.254: >> 153.16.10.0/24, via map-reply, record ttl: 1440, auth, nonce: 0x508f13ff >> Locator State Priority/Weight >> 128.223.156.134 up 1/50 >> 207.98.65.94 up 1/50 > > Good to see :-) > > Dave > > > ------------------------------------------------------------------------ > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dmm@1-4-5.net Tue Jul 21 07:22:50 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id BCAE928C2F6 for ; Tue, 21 Jul 2009 07:22:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id kYD4OeZqXfe8 for ; Tue, 21 Jul 2009 07:22:50 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 003E728C2F3 for ; Tue, 21 Jul 2009 07:22:49 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6LEM1ok017159; Tue, 21 Jul 2009 07:22:01 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6LEM1kZ017158; Tue, 21 Jul 2009 07:22:01 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 21 Jul 2009 07:22:01 -0700 From: David Meyer To: "Joel M. Halpern" Message-ID: <20090721142201.GA16955@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> <20090721123042.GA14046@1-4-5.net> <4A65C4A1.5070100@joelhalpern.com> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="NzB8fVQJ5HfG6fxh" Content-Disposition: inline In-Reply-To: <4A65C4A1.5070100@joelhalpern.com> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 14:22:50 -0000 --NzB8fVQJ5HfG6fxh Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Tue, Jul 21, 2009 at 09:37:37AM -0400, Joel M. Halpern wrote: > I am slightly confused. Stephane indicates that his problem was that an = =20 > unknown EID generates no reply. Dave seems to find that reasonable. Joel, I did not say that. I said it was "Good to see :-)" [0] that it worked it with a known EID. Please quote me correctly if find the need to quote me.=20 > But the spec explicitly says that an EID which is not mapped needs a =20 > negative reply. (Which seems like a very good idea, particularly since = =20 > there are behaviors that depend upon the ITR knowing this correctly.) > So why is there no reply? Don't know. Maybe its a bug in my code (I'm sure there are many). Anyway, we know that Dino's code generates negative map-replies. I'll check it out. Dave [0] See Message-ID: <20090721092639.GA10171@nic.fr> --NzB8fVQJ5HfG6fxh Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkplzwkACgkQORgD1qCZ2KdaLACeJdaD32K848jeVduYQl1UIWTG MigAnRWLNBzKVlW9ljpsGw01xjyUC3TX =lWP3 -----END PGP SIGNATURE----- --NzB8fVQJ5HfG6fxh-- From dmm@1-4-5.net Tue Jul 21 07:30:05 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1F0FB3A69FE for ; Tue, 21 Jul 2009 07:30:05 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id UTkyBAkzOoik for ; Tue, 21 Jul 2009 07:30:04 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 181053A69CB for ; Tue, 21 Jul 2009 07:30:04 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6LEQkNb017393; Tue, 21 Jul 2009 07:26:46 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6LEQkRT017392; Tue, 21 Jul 2009 07:26:46 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 21 Jul 2009 07:26:46 -0700 From: David Meyer To: "Joel M. Halpern" Message-ID: <20090721142646.GA17359@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> <20090721123042.GA14046@1-4-5.net> <4A65C4A1.5070100@joelhalpern.com> <20090721142201.GA16955@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="VbJkn9YxBvnuCH5J" Content-Disposition: inline In-Reply-To: <20090721142201.GA16955@1-4-5.net> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 14:30:05 -0000 --VbJkn9YxBvnuCH5J Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable > Don't know. Maybe its a bug in my code (I'm sure there > are many). Anyway, we know that Dino's code generates > negative map-replies. I'll check it out. BTW, I just checked. FWIW: [root@m106:]48# lig 128.223.156.117 -m titanium-dmm-alt.rloc.lisp4.net Send map-request to titanium-dmm-alt.rloc.lisp4.net for 128.223.156.117 ... Received map-reply from 128.223.156.35 with rtt 0.00400 sec Mapping entry for EID 128.223.156.117: 128.0.0.0/4, record ttl: 1440 Locator State Priority/Weight [root@m106:]49#=20 I can do a better job of letting folks know this is a negative map-reply, but the point is what you can see above. Dave --VbJkn9YxBvnuCH5J Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpl0CYACgkQORgD1qCZ2KdmkgCgkN8olxJCIwAyzpQoaMMtrA1w MQAAnjCx7ZxKztXif5GvUGGocjCzKnlo =HUrf -----END PGP SIGNATURE----- --VbJkn9YxBvnuCH5J-- From dino@cisco.com Tue Jul 21 09:04:00 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1323C3A6E61 for ; Tue, 21 Jul 2009 09:04:00 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.469 X-Spam-Level: X-Spam-Status: No, score=-5.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PKsX4AlRiGCM for ; Tue, 21 Jul 2009 09:03:59 -0700 (PDT) Received: from syd-iport-1.cisco.com (syd-iport-1.cisco.com [64.104.193.196]) by core3.amsl.com (Postfix) with ESMTP id E6AEB3A6E5A for ; Tue, 21 Jul 2009 09:03:41 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAJ+DZUpAaMF0/2dsb2JhbAC6bIgjkAAFhAyBRQ X-IronPort-AV: E=Sophos;i="4.43,240,1246838400"; d="scan'208";a="58332429" Received: from syd-dkim-1.cisco.com ([64.104.193.116]) by syd-iport-1.cisco.com with ESMTP; 21 Jul 2009 16:02:59 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by syd-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6LG2x0f012429; Wed, 22 Jul 2009 02:02:59 +1000 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6LG2wTJ011421; Tue, 21 Jul 2009 16:02:58 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 21 Jul 2009 09:02:58 -0700 Received: from [192.168.1.5] ([10.21.92.67]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Tue, 21 Jul 2009 09:02:55 -0700 Message-Id: <45868D6E-50FC-476E-AF6B-32209E29B1C3@cisco.com> From: Dino Farinacci To: David Meyer In-Reply-To: <20090721142646.GA17359@1-4-5.net> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 21 Jul 2009 09:02:55 -0700 References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> <20090721123042.GA14046@1-4-5.net> <4A65C4A1.5070100@joelhalpern.com> <20090721142201.GA16955@1-4-5.net> <20090721142646.GA17359@1-4-5.net> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 21 Jul 2009 16:02:55.0956 (UTC) FILETIME=[B5D64140:01CA0A1C] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1264; t=1248192179; x=1249056179; c=relaxed/simple; s=syddkim1002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Linux=20lig=20source=20code=20 available |Sender:=20; bh=eqomQ2qCpwABRDujVNBZxMvcFjEZhfZtHGMurLVG3ug=; b=At0tN+XQSUUJoOfoLiAm3w8OqALMGsQfWVsI62koLgVUTAhZXCJ0BJdqP/ 3ivWUG+YlNlM47r7/6ZW5yGJcsbD4ODm/Owqz6YrfEOXIsudQflJ6rDo9ZYQ ivnJ4olGsoq8usY6p3mc2bqg2nXZ1LWIMZJNE6nZeSK36eor2ypnw=; Authentication-Results: syd-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/syddkim1002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 16:04:00 -0000 And here is an example from my xTR: titanium-dino# lig 128.223.156.117 Send map-request to 128.223.156.139 for 128.223.156.117 ... Received map-reply from 128.223.156.139 with rtt 0.041112 secs Map-cache entry for EID 128.223.156.117: 128.0.0.0/4, uptime: 09:26:40, expires: 23:59:58, via map-reply Negative cache entry, action: forward-native Dino On Jul 21, 2009, at 7:26 AM, David Meyer wrote: >> Don't know. Maybe its a bug in my code (I'm sure there >> are many). Anyway, we know that Dino's code generates >> negative map-replies. I'll check it out. > > BTW, I just checked. FWIW: > > [root@m106:]48# lig 128.223.156.117 -m titanium-dmm-alt.rloc.lisp4.net > Send map-request to titanium-dmm-alt.rloc.lisp4.net for > 128.223.156.117 ... > Received map-reply from 128.223.156.35 with rtt 0.00400 sec > > Mapping entry for EID 128.223.156.117: > 128.0.0.0/4, record ttl: 1440 > Locator State Priority/Weight > [root@m106:]49# > > I can do a better job of letting folks know this is a > negative map-reply, but the point is what you can see > above. > > Dave > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dmm@1-4-5.net Tue Jul 21 09:54:28 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5E3523A6E7B for ; Tue, 21 Jul 2009 09:54:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Om80mhunjUoB for ; Tue, 21 Jul 2009 09:54:27 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 578BD3A684C for ; Tue, 21 Jul 2009 09:54:27 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6LGsNPc023491; Tue, 21 Jul 2009 09:54:23 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6LGsNor023490; Tue, 21 Jul 2009 09:54:23 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 21 Jul 2009 09:54:23 -0700 From: David Meyer To: Dino Farinacci Message-ID: <20090721165423.GA23173@1-4-5.net> References: <20090706204112.GA11883@1-4-5.net> <20090720150926.GA17519@nic.fr> <20090720153652.GA4343@1-4-5.net> <20090721091544.GA7399@nic.fr> <20090721092639.GA10171@nic.fr> <20090721123042.GA14046@1-4-5.net> <4A65C4A1.5070100@joelhalpern.com> <20090721142201.GA16955@1-4-5.net> <20090721142646.GA17359@1-4-5.net> <45868D6E-50FC-476E-AF6B-32209E29B1C3@cisco.com> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="G4iJoqBmSsgzjUCe" Content-Disposition: inline In-Reply-To: <45868D6E-50FC-476E-AF6B-32209E29B1C3@cisco.com> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Linux lig source code available X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 21 Jul 2009 16:54:28 -0000 --G4iJoqBmSsgzjUCe Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Tue, Jul 21, 2009 at 09:02:55AM -0700, Dino Farinacci wrote: > And here is an example from my xTR: Fixed. Here's what you'll see now: For a negative map-reply: [dmm@wayback:~]7% lig 1.2.3.4 -m titanium-vaf-alt.rloc.lisp4.net Send map-request to titanium-vaf-alt.rloc.lisp4.net for 1.2.3.4 ... Received map-reply from 204.69.200.7 with rtt 0.03100 secs Mapping entry for EID 1.2.3.4: 0.0.0.0/1, record ttl: 1440 Negative cache entry, action: forward-native [dmm@wayback:~]8%=20 For a non-negative map-reply: [dmm@wayback:~]4% lig titanium-dino.lisp4.net -m titanium-dmm-alt.rloc.lisp= 4.net=20 Send map-request to titanium-dmm-alt.rloc.lisp4.net for titanium-dino.lisp4= =2Enet ... Received map-reply from 173.8.188.25 with rtt 0.04000 secs Mapping entry for EID 153.16.37.1: 153.16.37.0/24, record ttl: 60 Locator State Priority/Weight 76.246.19.176 up 1/25 =20 173.8.188.25 up 1/25 =20 173.8.188.26 up 1/25 =20 173.8.188.27 up 1/25 =20 [dmm@wayback:~]5%=20 Updated source on http://github.com/davidmeyer/lig/tree/master Dave --G4iJoqBmSsgzjUCe Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpl8r8ACgkQORgD1qCZ2KeLWgCfR+DM3rZEaoobQibTr1cFfspn Op8AnAjir3/tUTGSDN/drL0NTEqm4ejT =xpDM -----END PGP SIGNATURE----- --G4iJoqBmSsgzjUCe-- From hartmans@mit.edu Wed Jul 22 12:01:05 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id BEE733A6BA9 for ; Wed, 22 Jul 2009 12:01:05 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.862 X-Spam-Level: X-Spam-Status: No, score=-3.862 tagged_above=-999 required=5 tests=[AWL=2.737, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id OfCfUotfFLY3 for ; Wed, 22 Jul 2009 12:01:05 -0700 (PDT) Received: from cmburns.debconf.org (cmburns.debconf.org [89.16.166.49]) by core3.amsl.com (Postfix) with ESMTP id B27223A6BDF for ; Wed, 22 Jul 2009 12:00:48 -0700 (PDT) Received: from homer.dc9.debconf.org (unknown [194.224.98.146]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client CN "homer.dc9.debconf.org", Issuer "ca.debconf.org" (verified OK)) by cmburns.debconf.org (Postfix) with ESMTP id 3F03E34C43 for ; Wed, 22 Jul 2009 18:29:53 +0000 (UTC) Received: from carter-zimmerman.suchdamage.org (host-0-16.rev.dc9.debconf.org [10.0.0.16]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client did not present a certificate) by homer.dc9.debconf.org (Postfix) with ESMTPS id 399ACFFEB for ; Wed, 22 Jul 2009 18:29:52 +0000 (UTC) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 5279E4061; Wed, 22 Jul 2009 14:29:47 -0400 (EDT) To: lisp@ietf.org From: Sam Hartman Date: Wed, 22 Jul 2009 14:29:47 -0400 Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Subject: [lisp] Conflict with the LISP meeting X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 22 Jul 2009 19:01:05 -0000 Folks, as some of you know, I am not attending IETF 75 because it conflicts with another conference. I had hoped to participate remotely in the LISP meeting Monday. Unfortunately, it looks like I will not be somewhere with Internet Monday so I will find that challenging. Darrel will of course be there and I will be monitoring the list before and after the meeting. From hannu.flinck@nsn.com Fri Jul 24 04:01:24 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id EDDB93A680B for ; Fri, 24 Jul 2009 04:01:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id BHNg7QpEUeOb for ; Fri, 24 Jul 2009 04:01:24 -0700 (PDT) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [217.115.75.233]) by core3.amsl.com (Postfix) with ESMTP id BE3A73A677D for ; Fri, 24 Jul 2009 04:01:23 -0700 (PDT) Received: from demuprx017.emea.nsn-intra.net ([10.150.129.56]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id n6OAoa7r018597 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL) for ; Fri, 24 Jul 2009 12:50:36 +0200 Received: from demuexc024.nsn-intra.net (demuexc024.nsn-intra.net [10.159.32.11]) by demuprx017.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id n6OAoXdc001671 for ; Fri, 24 Jul 2009 12:50:36 +0200 Received: from FIESEXC014.nsn-intra.net ([10.159.0.22]) by demuexc024.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 12:50:34 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Fri, 24 Jul 2009 13:50:33 +0300 Message-ID: <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> In-Reply-To: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] Mobile LISP Thread-Index: AcoErf/r9uDV5VsiTz2FTq8aaCJLyQHnOZ7g References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com><53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com><4A5C8E8B.1050305@gmail.com> From: "Flinck, Hannu (NSN - FI/Espoo)" To: X-OriginalArrivalTime: 24 Jul 2009 10:50:34.0053 (UTC) FILETIME=[92080F50:01CA0C4C] Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 24 Jul 2009 11:01:25 -0000 This all looks quite complicated with - short and long prefixes - updating ITR caches, using TTLs of 1-2 to keep them in sync - having separate cases when talking to mobile and non mobile - mobile LISP nodes with access to map servers and resolvers I was wondering if you considered just having a mobile ip homeagent within a LISP site. If you added map server and resolver interface to the home agent then you would have accomplished much what you want: LISP ITR/ETRs can use mapping system based indirection and the rest stays as it is. Having standard home agent in the LISP site proxying the EIDs would circumvent the problem of ETR knowing if a node is mobile or not. Home agent would know that is the mobile registered to it with std mobile IP messaging. Home agent would provide the first point of contact for those ITR that do not know more specific match to RLOC. MN would advice the corresponding node to use care of EID and all comes as part of mobile IP(v6).=20 Best regards Hannu >-----Original Message----- >From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On=20 >Behalf Of ext Dino Farinacci >Sent: Tuesday, July 14, 2009 18:55 >To: Scott Brim >Cc: lisp@ietf.org >Subject: Re: [lisp] Mobile LISP > >> Dino Farinacci allegedly wrote on 07/03/2009 6:24 PM: >>>> If I am reading you right, as described, a site with fixed=20 >>>> infrastructure and a lot of mobile nodes needs to send its short=20 >>>> prefix and ALL the long prefixes (that are not home) to=20 >anyone who=20 >>>> asks about the short prefix? That does not seem like a good trade. >>> >>> Well the LISP mobile node can do the Map-Request thing I=20 >mentioned as=20 >>> well. That would be better because the stationary site only=20 >needs the >>> /32 state in it's ITRs only for the roaming LISP mobile nodes it is=20 >>> talking to. >>> >>> I think this is a better fix. What I am saying is that the LISP=20 >>> mobile node can set the SMR-bit in data packets returning to the=20 >>> stationary site that has cached the /16. >> >> That delays the final result by one step, but the result is=20 >still that=20 >> the correspondent site (maybe stationary) has entries for=20 >the /16 and=20 >> /32s for all of the mobile nodes it is talking to. >> >>> We just have to spec in the main LISP spec that a=20 >decapsulated packet=20 >>> with the SMR-bit set should cause a Map-Request to be sent=20 >using the=20 >>> source EID of the packet as the target. >> >> How do you avoid hijacking? > >You send a verifying Map-Request as described in the spec. > >>> By the way if a stationary sites or a LISP mobile node that is >>> *starting* to talk to a roaming LISP mobile node, won't have this=20 >>> problem. Reason being is because a Map-Request will be sent for the=20 >>> /32 of the mobile node, the reply returned. >> >> ... which will get SMRed as the node moves, and will have a low TTL=20 >> whether the node moves or not. >> >> There will be many more mobile nodes than there are sites. I'm just=20 >> trying to total up the various modes of interaction and think about=20 >> how it all scales. It might work but I'm concerned. > >Well, as you know we want to design the mapping database to=20 >support 10^10 entries. At the time we stated this, that was=20 >the number of sites. So the number of LISP mobile nodes can be=20 >included in that number. > >Dino > > >_______________________________________________ >lisp mailing list >lisp@ietf.org >https://www.ietf.org/mailman/listinfo/lisp > From jzwiebel@cisco.com Fri Jul 24 05:39:28 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 13B8B3A6ABD for ; Fri, 24 Jul 2009 05:39:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.598 X-Spam-Level: X-Spam-Status: No, score=-6.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 34WY+QbgfDt6 for ; Fri, 24 Jul 2009 05:39:27 -0700 (PDT) Received: from sj-iport-3.cisco.com (sj-iport-3.cisco.com [171.71.176.72]) by core3.amsl.com (Postfix) with ESMTP id 567043A67DD for ; Fri, 24 Jul 2009 05:39:27 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AqYEAH5IaUqrR7PE/2dsb2JhbACCKCy3JIglkGsFhA0 X-IronPort-AV: E=Sophos;i="4.43,263,1246838400"; d="scan'208,217";a="179321324" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-3.cisco.com with ESMTP; 24 Jul 2009 12:38:44 +0000 Received: from sj-core-4.cisco.com (sj-core-4.cisco.com [171.68.223.138]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6OCciQD031422; Fri, 24 Jul 2009 05:38:44 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-4.cisco.com (8.13.8/8.14.3) with ESMTP id n6OCciIi008590; Fri, 24 Jul 2009 12:38:44 GMT Received: from xmb-sjc-22c.amer.cisco.com ([128.107.191.47]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 05:38:44 -0700 Received: from [10.0.1.5] ([10.21.92.248]) by xmb-sjc-22c.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 05:38:44 -0700 In-Reply-To: <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com><53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com><4A5C8E8B.1050305@gmail.com> <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> Mime-Version: 1.0 (Apple Message framework v753.1) Content-Type: multipart/alternative; boundary=Apple-Mail-20--451027162 Message-Id: From: John Zwiebel Date: Fri, 24 Jul 2009 02:38:32 -1000 To: "Flinck, Hannu (NSN - FI/Espoo)" X-Mailer: Apple Mail (2.753.1) X-OriginalArrivalTime: 24 Jul 2009 12:38:44.0399 (UTC) FILETIME=[AE9443F0:01CA0C5B] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1232; t=1248439124; x=1249303124; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=jzwiebel@cisco.com; z=From:=20John=20Zwiebel=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=R68QqRxGRnkedIQojFFq1KB6+KmPMPWIKSCs7PpD6ns=; b=gD3NgvXVsSIe/v3SUi75DetVfomyloDt6zI+9jco0gO85A2keWQyhin3Ty 32sLiNDhaPPnQOQo//BNCyoWX0gjxw3qTnVwNAzK73A2ph5dlHcna01AFjTS v6sjXo9ty8; Authentication-Results: sj-dkim-4; header.From=jzwiebel@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 24 Jul 2009 12:39:28 -0000 --Apple-Mail-20--451027162 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=US-ASCII; format=flowed On Jul 24, 2009, at 12:50 AM, Flinck, Hannu (NSN - FI/Espoo) wrote: > > I was wondering if you considered just having a mobile ip homeagent > within a LISP site. Then it would be the same a the current mobile IP. No gain. --Apple-Mail-20--451027162 Content-Transfer-Encoding: 7bit Content-Type: text/html; charset=US-ASCII
On Jul 24, 2009, at 12:50 AM, Flinck, Hannu (NSN - FI/Espoo) wrote:


I was wondering if you considered just having a mobile ip homeagent

within a LISP site.


Then it would be the same a the current mobile IP.  No gain.
--Apple-Mail-20--451027162-- From hannu.flinck@nsn.com Fri Jul 24 05:45:15 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B06D83A6CDA for ; Fri, 24 Jul 2009 05:45:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=-0.001, BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id i8r2cblgWxTC for ; Fri, 24 Jul 2009 05:45:15 -0700 (PDT) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [217.115.75.233]) by core3.amsl.com (Postfix) with ESMTP id A1A083A6944 for ; Fri, 24 Jul 2009 05:45:14 -0700 (PDT) Received: from demuprx017.emea.nsn-intra.net ([10.150.129.56]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id n6OCinMV023009 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL); Fri, 24 Jul 2009 14:44:49 +0200 Received: from demuexc023.nsn-intra.net (demuexc023.nsn-intra.net [10.150.128.36]) by demuprx017.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id n6OCijgT020170; Fri, 24 Jul 2009 14:44:49 +0200 Received: from FIESEXC014.nsn-intra.net ([10.159.0.22]) by demuexc023.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 14:44:38 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01CA0C5C.81ED7653" Date: Fri, 24 Jul 2009 15:44:38 +0300 Message-ID: <2B5F3EA7272CFF47A66518E4FF3BE23503B3CF13@FIESEXC014.nsn-intra.net> In-Reply-To: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] Mobile LISP Thread-Index: AcoMW7FFCvFwpzlvTcGiiqzqduNpegAAD7gQ References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com><53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com><4A5C8E8B.1050305@gmail.com> <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> From: "Flinck, Hannu (NSN - FI/Espoo)" To: "ext John Zwiebel" X-OriginalArrivalTime: 24 Jul 2009 12:44:38.0966 (UTC) FILETIME=[81EAE560:01CA0C5C] Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 24 Jul 2009 12:45:15 -0000 This is a multi-part message in MIME format. ------_=_NextPart_001_01CA0C5C.81ED7653 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Not exactly, the added value would be that the "mobile ip binding" =3D = EID RLOC mapping is in the global mapping resolution system, so when once a new correspondent node whose ITR didn't have the cached mapping would get the right mapping from the mapping system. The mobile IP functions are needed only for the case when there is a cached mapping pointing /16 or what ever shorter prefix. =20 - Hannu ________________________________ From: ext John Zwiebel [mailto:jzwiebel@cisco.com]=20 Sent: Friday, July 24, 2009 15:39 To: Flinck, Hannu (NSN - FI/Espoo) Cc: John Zwiebel; lisp@ietf.org Subject: Re: [lisp] Mobile LISP =09 =09 On Jul 24, 2009, at 12:50 AM, Flinck, Hannu (NSN - FI/Espoo) wrote: =09 =09 I was wondering if you considered just having a mobile ip homeagent within a LISP site. Then it would be the same a the current mobile IP. No gain. ------_=_NextPart_001_01CA0C5C.81ED7653 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable
Not exactly, the added value would be that the = "mobile ip=20 binding" =3D EID RLOC mapping is in the global mapping resolution = system, so when=20 once a new correspondent node whose ITR didn't have the cached mapping = would get=20 the right mapping from the mapping system. The mobile IP functions are = needed=20 only for the case when there is a cached mapping pointing /16 or what = ever=20 shorter prefix.
 
- Hannu

From: ext John Zwiebel=20 [mailto:jzwiebel@cisco.com]
Sent: Friday, July 24, 2009=20 15:39
To: Flinck, Hannu (NSN - FI/Espoo)
Cc: John = Zwiebel;=20 lisp@ietf.org
Subject: Re: [lisp] Mobile = LISP


On Jul 24, 2009, at 12:50 AM, Flinck, Hannu (NSN - FI/Espoo)=20 wrote:


I=20 was wondering if you considered just having a mobile ip = homeagent

within a LISP site.


Then it would be the same a the current mobile IP.  No=20 gain.
------_=_NextPart_001_01CA0C5C.81ED7653-- From dino@cisco.com Fri Jul 24 09:48:03 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C935128C1B2 for ; Fri, 24 Jul 2009 09:48:03 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.034 X-Spam-Level: X-Spam-Status: No, score=-6.034 tagged_above=-999 required=5 tests=[AWL=0.565, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id FHjgIDV3FrfK for ; Fri, 24 Jul 2009 09:48:02 -0700 (PDT) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id 543DC3A680C for ; Fri, 24 Jul 2009 09:48:02 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAGSCaUqrR7PD/2dsb2JhbAC8foglkFwFhA0 X-IronPort-AV: E=Sophos;i="4.43,265,1246838400"; d="scan'208";a="40009291" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-4.cisco.com with ESMTP; 24 Jul 2009 16:48:02 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6OGm2Mn019486; Fri, 24 Jul 2009 09:48:02 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6OGm2nq029191; Fri, 24 Jul 2009 16:48:02 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 09:48:02 -0700 Received: from [192.168.1.5] ([10.21.147.222]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 24 Jul 2009 09:48:02 -0700 Message-Id: <4431A41B-6BB0-4181-A4A5-3ED4FFC14337@cisco.com> From: Dino Farinacci To: "Flinck, Hannu (NSN - FI/Espoo)" In-Reply-To: <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 24 Jul 2009 09:48:01 -0700 References: <4A4E4724.5020207@joelhalpern.com> <9AE09228-7123-4759-BB6F-C5F43F3016CA@cisco.com> <4A4E6087.4090809@joelhalpern.com><53D1F202-326F-495C-8B84-70FAD92C604E@cisco.com><4A5C8E8B.1050305@gmail.com> <2B5F3EA7272CFF47A66518E4FF3BE23503B3CE5B@FIESEXC014.nsn-intra.net> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 24 Jul 2009 16:48:02.0469 (UTC) FILETIME=[82489D50:01CA0C7E] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=7455; t=1248454082; x=1249318082; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20Mobile=20LISP |Sender:=20; bh=QkNZkLDDmv6MTTdPihw+9QCGkfCY7Ru8S+3Nwe1VeNs=; b=GjTSMtw1sM79TRZ7iIDU+B6qo8CGdfwHfj76YV3GKfSBjaDDRzb8+6WiDj 9QrJdwS2nXNDoJQgALt3HcrvBgIQtYaqExpytMPOX8iLcienEiDTdy/g4GmA +sqDfMA9sR; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobile LISP X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 24 Jul 2009 16:48:03 -0000 > This all looks quite complicated with > > - short and long prefixes There are the prefixes of the home area where the EIDs reside for stationary hosts. And there are more specifics that roam. The more specifics are only in the map-server that serves the short EID-prefix and the ITRs which talk to the LISP mobile node. > - updating ITR caches, using TTLs of 1-2 to keep them in sync You can use "verifying Map-Requests". Which means when a LISP mobile node moves, it can send a Map-Request to one of the locators for each of its map-cache entries. The receiver of such a Map-Request can see that the mapping data for the LISP mobile node has changed. It can (1) cache the new information without verifying (not recommended) or (2) send a verifying Map-Request back to the mobile node so it can return a Map-Reply with the nonce used in the verifying Map-Request. So, you can use short TTLs or the approach above. > - having separate cases when talking to mobile and non mobile The separate cases are based on if the non-mobile node is at a LISP capable site or not. The reason for more mechanism is to interwork a non-LISP site with a mobile node. A mobile node which looks like a single LISP site (where the LISP host, ITR, and ETR are all in the same device). That mechanism has to be there when a stationary non-LISP site wants to talk to another stationary LISP site. So we just use that for the mobile node case. > - mobile LISP nodes with access to map servers and resolvers Today you need a DNS resolver in your mobile node. This is just one more piece of information that can be easily put into DHCP. But we think its a home-base installation parameter as is the EID for the mobile-node. Because the map-server and the EID do not change while the mobile node roams. > I was wondering if you considered just having a mobile ip homeagent > within a LISP site. If you added map server and resolver interface to > the home agent then you would have accomplished much what you want: > LISP > ITR/ETRs can use mapping system based indirection and the rest stays > as > it is. The map-server is like a home-agent, but ONLY for the control-plane. We don't want to make this like MIP. We want to do better and add more features given we have a LISP infrastructure deployed. We can get shortest paths between any two LISP nodes while both roam. And allow those nodes to roam at the same time, either being a client or server of each other, while keeping TCP connections alive. These LISP mobile nodes can use more than one radio at a time because they can be multi-homed and decide ingress policy like any other LISP site. > Having standard home agent in the LISP site proxying the EIDs would > circumvent the problem of ETR knowing if a node is mobile or not. Home > agent would know that is the mobile registered to it with std mobile > IP > messaging. Home agent would provide the first point of contact for > those That is exactly what the map-server does when the mobile node registers to it. > ITR that do not know more specific match to RLOC. MN would advice the > corresponding node to use care of EID and all comes as part of mobile > IP(v6). There is some confusion. There is no more specific matching of RLOCs in the ITR. The underlying routing does not change due to this movement. The RLOCs are resident in the topology the mobile node moves to. THERE IS NO WITHDRAWAL OR INJECTION OF BGP ROUTES into the underlying core. The BGP routing system is in steady state. All that changes is the binding of EID to RLOC. And since the mobile node is the only one (i.e. the first one) to know if this change, it registers to the map-server so new Map-Requests can find the new location of the MN and existing cachers will be informed by verifying Map-Requests or short TTLs. The reason we spec short TTLs is because it might make sense when doing mobile-node to mobile-node communication to have the MN itself clear it's own (smaller) cache. Where we might not want this for an ITR that is forwarding packets for stationary hosts at a LISP site. From a scalability perspective, we are protecting the core from more specific routes while allowing shortest paths between any two LISP hosts, be it stationary or mobile. The more specific routes are in the mapping database AND ARE NOT PROPAGATED THROUGHOUT THE MAPPING DATABASE infrastructure. The LISP mapping database is fully distributed so the more specific EIDs are only stored where they need to based on usage. Dino > > > > Best regards > Hannu > > >> -----Original Message----- >> From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On >> Behalf Of ext Dino Farinacci >> Sent: Tuesday, July 14, 2009 18:55 >> To: Scott Brim >> Cc: lisp@ietf.org >> Subject: Re: [lisp] Mobile LISP >> >>> Dino Farinacci allegedly wrote on 07/03/2009 6:24 PM: >>>>> If I am reading you right, as described, a site with fixed >>>>> infrastructure and a lot of mobile nodes needs to send its short >>>>> prefix and ALL the long prefixes (that are not home) to >> anyone who >>>>> asks about the short prefix? That does not seem like a good >>>>> trade. >>>> >>>> Well the LISP mobile node can do the Map-Request thing I >> mentioned as >>>> well. That would be better because the stationary site only >> needs the >>>> /32 state in it's ITRs only for the roaming LISP mobile nodes it is >>>> talking to. >>>> >>>> I think this is a better fix. What I am saying is that the LISP >>>> mobile node can set the SMR-bit in data packets returning to the >>>> stationary site that has cached the /16. >>> >>> That delays the final result by one step, but the result is >> still that >>> the correspondent site (maybe stationary) has entries for >> the /16 and >>> /32s for all of the mobile nodes it is talking to. >>> >>>> We just have to spec in the main LISP spec that a >> decapsulated packet >>>> with the SMR-bit set should cause a Map-Request to be sent >> using the >>>> source EID of the packet as the target. >>> >>> How do you avoid hijacking? >> >> You send a verifying Map-Request as described in the spec. >> >>>> By the way if a stationary sites or a LISP mobile node that is >>>> *starting* to talk to a roaming LISP mobile node, won't have this >>>> problem. Reason being is because a Map-Request will be sent for the >>>> /32 of the mobile node, the reply returned. >>> >>> ... which will get SMRed as the node moves, and will have a low TTL >>> whether the node moves or not. >>> >>> There will be many more mobile nodes than there are sites. I'm just >>> trying to total up the various modes of interaction and think about >>> how it all scales. It might work but I'm concerned. >> >> Well, as you know we want to design the mapping database to >> support 10^10 entries. At the time we stated this, that was >> the number of sites. So the number of LISP mobile nodes can be >> included in that number. >> >> Dino >> >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp >> > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From darlewis@cisco.com Sat Jul 25 11:14:34 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 768FD3A68B1 for ; Sat, 25 Jul 2009 11:14:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.729 X-Spam-Level: X-Spam-Status: No, score=-5.729 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4, SARE_MLH_Stock1=0.87] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id C7kdFn7Nzm9G for ; Sat, 25 Jul 2009 11:14:33 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 8358F3A6827 for ; Sat, 25 Jul 2009 11:14:33 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAL7oakqrR7O6/2dsb2JhbAC3a4goj0cFhA0 X-IronPort-AV: E=Sophos;i="4.43,269,1246838400"; d="scan'208";a="353895099" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-6.cisco.com with ESMTP; 25 Jul 2009 18:14:34 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6PIEYNE029203; Sat, 25 Jul 2009 11:14:34 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6PIEYuD012196; Sat, 25 Jul 2009 18:14:34 GMT Received: from xmb-sjc-213.amer.cisco.com ([171.70.151.153]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Sat, 25 Jul 2009 11:14:34 -0700 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Sat, 25 Jul 2009 11:14:32 -0700 Message-ID: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: Jabber Scribe and WG Note taker for Stockholm Thread-Index: AcoNU8H4mnZhWtFkSBS4mTfrC1EEuw== From: "Darrel Lewis (darlewis)" To: X-OriginalArrivalTime: 25 Jul 2009 18:14:34.0408 (UTC) FILETIME=[C3556280:01CA0D53] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=126; t=1248545674; x=1249409674; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=darlewis@cisco.com; z=From:=20=22Darrel=20Lewis=20(darlewis)=22=20 |Subject:=20Jabber=20Scribe=20and=20WG=20Note=20taker=20for =20Stockholm |Sender:=20; bh=yJS+zHs6FDmVHlqGDBueC8jx5fmAd4mkVeAWzPhRuNE=; b=ySI3NPRqH4kpZnwUS/4FUvpmtlAUqDvbdhEsHuKYKqgydU6GxgmlNS5vRx cbX5JzYvUa0wibMKbqGf8TrxiumlPywHjtX2FkZvB9cWFq4jhiYv0nX8fUWr bZFQLxyjpA; Authentication-Results: sj-dkim-2; header.From=darlewis@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: Terry Manderson Subject: [lisp] Jabber Scribe and WG Note taker for Stockholm X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 25 Jul 2009 18:14:34 -0000 All, If anyone would like to volenteer for the WG meeting, pls reply to myself and Terry. Thanks in advance! -Darrel From mrw@lilacglade.org Sun Jul 26 14:05:08 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 6FC7C3A6AAA for ; Sun, 26 Jul 2009 14:05:08 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id a6Py2CqSgzQo for ; Sun, 26 Jul 2009 14:05:07 -0700 (PDT) Received: from QMTA06.westchester.pa.mail.comcast.net (qmta06.westchester.pa.mail.comcast.net [76.96.62.56]) by core3.amsl.com (Postfix) with ESMTP id 761683A68C2 for ; Sun, 26 Jul 2009 14:05:07 -0700 (PDT) Received: from OMTA13.westchester.pa.mail.comcast.net ([76.96.62.52]) by QMTA06.westchester.pa.mail.comcast.net with comcast id LkQT1c00617dt5G56l59cY; Sun, 26 Jul 2009 21:05:09 +0000 Received: from host-78-64-88-156.homerun.telia.com ([78.64.88.156]) by OMTA13.westchester.pa.mail.comcast.net with comcast id Ll4z1c0023NPfFS3Zl52mF; Sun, 26 Jul 2009 21:05:07 +0000 Message-Id: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> From: Margaret Wasserman To: lisp@ietf.org Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Sun, 26 Jul 2009 17:04:57 -0400 X-Mailer: Apple Mail (2.935.3) Subject: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 26 Jul 2009 21:05:08 -0000 I was surprised to see this document on the LISP agenda for Stockholm, because I don't think it is in-charter for the LISP WG. That said, I have a few technical comments on the document... I like the idea of viewing broadband subscribers whose addresses change frequently as a subset of mobile nodes. This is a particularly interesting case, because when they "roam" there is no "home network" that can be reached using their former address, so some existing mobility mechanisms wouldn't work in this case. I am not sure, though, how this definition is consistent with later portions of the document that define a LISP Mobile Node as a "LISP capable fast roaming mobile hand-set". I am also uncertain that the architecture described is consistent with the goals stated in the document. For instance, one goal is that the LISP-MN must not require additional state in the mapping system. However, mobility is achieved by making a single mobile node look like a LISP site. Could you explain how this architecture avoids additional state in the mapping system when it would (as I understand it) support mobile handsets and broadband home networks by making all of them into separate LISP sites? Margaret From dino@cisco.com Sun Jul 26 15:43:07 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D410C3A69DE for ; Sun, 26 Jul 2009 15:43:07 -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=-2.599, J_CHICKENPOX_44=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id YS9qAhXjtUtD for ; Sun, 26 Jul 2009 15:43:06 -0700 (PDT) Received: from syd-iport-2.cisco.com (syd-iport-2.cisco.com [64.104.193.197]) by core3.amsl.com (Postfix) with ESMTP id 3A1F73A683C for ; Sun, 26 Jul 2009 15:43:02 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAFx4bEoKS+eh/2dsb2JhbAC2b4gojU0FhA2BTQ X-IronPort-AV: E=Sophos;i="4.43,273,1246838400"; d="scan'208";a="55771037" Received: from hkg-dkim-1.cisco.com ([10.75.231.161]) by syd-iport-2.cisco.com with ESMTP; 26 Jul 2009 22:43:01 +0000 Received: from hkg-core-1.cisco.com (hkg-core-1.cisco.com [64.104.123.94]) by hkg-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6QMh1jp006664; Mon, 27 Jul 2009 06:43:01 +0800 Received: from xbh-hkg-412.apac.cisco.com (xbh-hkg-412.cisco.com [64.104.123.69]) by hkg-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6QMh0US024964; Sun, 26 Jul 2009 22:43:00 GMT Received: from xfe-hkg-411.apac.cisco.com ([64.104.123.70]) by xbh-hkg-412.apac.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 06:43:00 +0800 Received: from host-78-64-88-236.homerun.telia.com ([10.70.231.61]) by xfe-hkg-411.apac.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 06:42:59 +0800 Message-Id: <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> From: Dino Farinacci To: Margaret Wasserman In-Reply-To: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Sun, 26 Jul 2009 15:42:55 -0700 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 26 Jul 2009 22:42:59.0787 (UTC) FILETIME=[6D4CF1B0:01CA0E42] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=3460; t=1248648181; x=1249512181; c=relaxed/simple; s=hkgdkim1002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=PJBiBsPb+JF7789O1dWuF+GJxkZbB6gRjeAd2m+NZ6Y=; b=QRTbpD27Qx4XHq9udXp1Y/HY0pBwZ6Hv/Rc7n5ZGr0KJQeQqpw5FqWLR3j 6AJ0CwvugBsiMMFpaPdglEzOd7P8gVzEGGuCNvqF6BAVBS+9DIVcQ6pepivm vWuSS8mp17bx+mIyvh92QPnqkhy2wTmSxYDi6t70A5o+J1Wdn+KZc=; Authentication-Results: hkg-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/hkgdkim1002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 26 Jul 2009 22:43:07 -0000 > I was surprised to see this document on the LISP agenda for > Stockholm, because I don't think it is in-charter for the LISP WG. Well if we are going to have a mobile Internet, and a mobile device is an IP host, and if moving around means some sort of an address is going to change, we need to scale the routing system to accommodate that. Wouldn't you agree? > That said, I have a few technical comments on the document... > > I like the idea of viewing broadband subscribers whose addresses > change frequently as a subset of mobile nodes. This is a > particularly interesting case, because when they "roam" there is no > "home network" that can be reached using their former address, so > some existing mobility mechanisms wouldn't work in this case. I am > not sure, though, how this definition is consistent with later > portions of the document that define a LISP Mobile Node as a "LISP > capable fast roaming mobile hand-set". The hosts behind the broadband link have a home network. It is the physical location they reside. And the addresses, their EID addresses are how they are reached. If you map the EID to the locator that can reach them, and the locators changes, you want to register the new mapping into the mapping database system. The edge home router is the device that runs LISP. What overlaps in this device with the LISP-MN architecture is that when a new DHCP'able locator address is learned by this device, it is this device that registers the new binding. Today with a LISP capable site the bindings are configured, so if you do a ISP change, at subscription time, so to speak, the ETRs are reconfigured to register the new bindings. In the broadband case, the change happens when DHCP address is learned and hence when the register happenings. > I am also uncertain that the architecture described is consistent > with the goals stated in the document. For instance, one goal is > that the LISP-MN must not require additional state in the mapping > system. Well we don't say that explicitly. But when we do state "no additional state in the mapping system" we really mean "no additional state throughout the entire mapping system". The map-servers keep the state the mobile nodes register to. > However, mobility is achieved by making a single mobile node look > like a LISP site. Could you explain how this architecture avoids > additional state in the mapping system when it would (as I > understand it) support mobile handsets and broadband home networks > by making all of them into separate LISP sites? Dave will explain this tomorrow in his planned presentation, but the short answer is mobile nodes register their bindings to their respective map-servers. The Map-Servers, when ALT is used as the mechanism to learn mappings, only advertises an aggregate route into the ALT. So no ALT routers have to store /32 state (/128 state for IPv6). No other Map-Servers have to store /32 state. No Map-Resolvers have to store /32 state. And only the ITRs that are talking to the mobile node, will store the /32 state. They must because they need to informed of the new locator(s) when the mobile node moves. Dino > > Margaret > > > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From hannu.flinck@nsn.com Mon Jul 27 00:24:17 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 23FAD28C13B for ; Mon, 27 Jul 2009 00:24:17 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.299 X-Spam-Level: X-Spam-Status: No, score=-4.299 tagged_above=-999 required=5 tests=[AWL=-2.300, BAYES_00=-2.599, J_CHICKENPOX_44=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Q7U1fzJIRZIa for ; Mon, 27 Jul 2009 00:24:16 -0700 (PDT) Received: from demumfd002.nsn-inter.net (demumfd002.nsn-inter.net [217.115.75.234]) by core3.amsl.com (Postfix) with ESMTP id EF8133A6BCC for ; Mon, 27 Jul 2009 00:24:15 -0700 (PDT) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd002.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id n6R7OEQb003712 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL) for ; Mon, 27 Jul 2009 09:24:14 +0200 Received: from demuexc024.nsn-intra.net (demuexc024.nsn-intra.net [10.159.32.11]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id n6R7OEOe029485 for ; Mon, 27 Jul 2009 09:24:14 +0200 Received: from FIESEXC014.nsn-intra.net ([10.159.0.22]) by demuexc024.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 09:24:13 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Mon, 27 Jul 2009 10:24:16 +0300 Message-ID: <2B5F3EA7272CFF47A66518E4FF3BE23503B3D203@FIESEXC014.nsn-intra.net> In-Reply-To: <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] LISP Mobility Architecture Thread-Index: AcoOQnUfaDeFqj+dQi69tWd9HyVvzQASBsUg References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> From: "Flinck, Hannu (NSN - FI/Espoo)" To: X-OriginalArrivalTime: 27 Jul 2009 07:24:13.0718 (UTC) FILETIME=[3E041B60:01CA0E8B] Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 07:24:17 -0000 Dino wrote: "Well if we are going to have a mobile Internet, and a mobile device is an IP host, and if moving around means some sort of an address is going to change, we need to scale the routing system to accommodate that. Wouldn't you agree?" None of the current mobility solutions for mobile nodes require routing system redesign. Indirection is implemented as an overlay on top of the routing system. There are several reasons for this but time scale of the events of routing and mobility do not match too well. - Hannu >-----Original Message----- >From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On=20 >Behalf Of ext Dino Farinacci >Sent: Monday, July 27, 2009 01:43 >To: Margaret Wasserman >Cc: lisp@ietf.org >Subject: Re: [lisp] LISP Mobility Architecture > >> I was surprised to see this document on the LISP agenda for=20 >Stockholm,=20 >> because I don't think it is in-charter for the LISP WG. > >Well if we are going to have a mobile Internet, and a mobile=20 >device is an IP host, and if moving around means some sort of=20 >an address is going to change, we need to scale the routing=20 >system to accommodate that. > >Wouldn't you agree? > >> That said, I have a few technical comments on the document... >> >> I like the idea of viewing broadband subscribers whose addresses=20 >> change frequently as a subset of mobile nodes. This is a=20 >particularly=20 >> interesting case, because when they "roam" there is no "home=20 >network"=20 >> that can be reached using their former address, so some existing=20 >> mobility mechanisms wouldn't work in this case. I am not sure,=20 >> though, how this definition is consistent with later portions of the=20 >> document that define a LISP Mobile Node as a "LISP capable fast=20 >> roaming mobile hand-set". > >The hosts behind the broadband link have a home network. It is=20 >the physical location they reside. And the addresses, their=20 >EID addresses are how they are reached. If you map the EID to=20 >the locator that can reach them, and the locators changes, you=20 >want to register the new mapping into the mapping database system. > >The edge home router is the device that runs LISP. What=20 >overlaps in this device with the LISP-MN architecture is that=20 >when a new DHCP'able locator address is learned by this=20 >device, it is this device that registers the new binding. > >Today with a LISP capable site the bindings are configured, so=20 >if you do a ISP change, at subscription time, so to speak, the=20 >ETRs are reconfigured to register the new bindings. > >In the broadband case, the change happens when DHCP address is=20 >learned and hence when the register happenings. > >> I am also uncertain that the architecture described is=20 >consistent with=20 >> the goals stated in the document. For instance, one goal is=20 >that the=20 >> LISP-MN must not require additional state in the mapping system. > >Well we don't say that explicitly. But when we do state "no=20 >additional state in the mapping system" we really mean "no=20 >additional state throughout the entire mapping system". > >The map-servers keep the state the mobile nodes register to. > >> However, mobility is achieved by making a single mobile node=20 >look like=20 >> a LISP site. Could you explain how this architecture avoids=20 >> additional state in the mapping system when it would (as I=20 >understand=20 >> it) support mobile handsets and broadband home networks by=20 >making all=20 >> of them into separate LISP sites? > >Dave will explain this tomorrow in his planned presentation,=20 >but the short answer is mobile nodes register their bindings=20 >to their respective map-servers. The Map-Servers, when ALT is=20 >used as the mechanism to learn mappings, only advertises an=20 >aggregate route into the ALT. So no ALT routers have to store=20 >/32 state (/128 state for IPv6). No other Map-Servers have to=20 >store /32 state. No Map-Resolvers have to store /32 state. And=20 >only the ITRs that are talking to the mobile node, will store=20 >the /32 state. They must because they need to informed of the=20 >new locator(s) when the mobile node moves. > >Dino > >> >> Margaret >> >> >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > >_______________________________________________ >lisp mailing list >lisp@ietf.org >https://www.ietf.org/mailman/listinfo/lisp > From dino@cisco.com Mon Jul 27 01:00:02 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 111A128C151 for ; Mon, 27 Jul 2009 01:00:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.017 X-Spam-Level: X-Spam-Status: No, score=-6.017 tagged_above=-999 required=5 tests=[AWL=-0.018, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id suEZ9LVw+XTC for ; Mon, 27 Jul 2009 01:00:00 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id D728428C14C for ; Mon, 27 Jul 2009 01:00:00 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEACP7bEqrR7PE/2dsb2JhbAC4Y4gojV0FhA2BTQ X-IronPort-AV: E=Sophos;i="4.43,275,1246838400"; d="scan'208";a="219414475" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-1.cisco.com with ESMTP; 27 Jul 2009 08:00:02 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6R802Ax018638; Mon, 27 Jul 2009 01:00:02 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6R802RZ008369; Mon, 27 Jul 2009 08:00:02 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 01:00:02 -0700 Received: from host-78-64-88-236.homerun.telia.com ([10.21.122.180]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 01:00:00 -0700 Message-Id: <0CB59101-69EC-41E1-84DA-75AD8C65A7B5@cisco.com> From: Dino Farinacci To: "Flinck, Hannu (NSN - FI/Espoo)" In-Reply-To: <2B5F3EA7272CFF47A66518E4FF3BE23503B3D203@FIESEXC014.nsn-intra.net> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 27 Jul 2009 00:59:58 -0700 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> <2B5F3EA7272CFF47A66518E4FF3BE23503B3D203@FIESEXC014.nsn-intra.net> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 27 Jul 2009 08:00:01.0430 (UTC) FILETIME=[3E26F360:01CA0E90] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=4961; t=1248681602; x=1249545602; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=ORQHGJhlx6qKm1N8qBnF/RcTz089G7/y954+V20YTmM=; b=Z3SvW/gihNeBpTLxbRO+oOMSFMCbjcUwMb7SKzCDI3Wpg+q+z0KgGfQ6Zi w3IHesEGiMgKVEAV8baeaS+fx2foooM8ugwCSWwPlVO89xm+jQ0MtqvKqqMf yF1oan13A8; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 08:00:02 -0000 > Dino wrote: > > "Well if we are going to have a mobile Internet, and a mobile device > is > an IP host, and if moving around means some sort of an address is > going > to change, we need to scale the routing system to accommodate that. > > Wouldn't you agree?" > > None of the current mobility solutions for mobile nodes require > routing > system redesign. Indirection is implemented as an overlay on top of > the > routing system. There are several reasons for this but time scale of > the > events of routing and mobility do not match too well. It's because they use tunneling. If we have a LISP infrastructure in place and it is an overlay, you use it. But the LISP tunneling/ encapsulation is done without triangle paths from CN to MN. Dino > > - Hannu > >> -----Original Message----- >> From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On >> Behalf Of ext Dino Farinacci >> Sent: Monday, July 27, 2009 01:43 >> To: Margaret Wasserman >> Cc: lisp@ietf.org >> Subject: Re: [lisp] LISP Mobility Architecture >> >>> I was surprised to see this document on the LISP agenda for >> Stockholm, >>> because I don't think it is in-charter for the LISP WG. >> >> Well if we are going to have a mobile Internet, and a mobile >> device is an IP host, and if moving around means some sort of >> an address is going to change, we need to scale the routing >> system to accommodate that. >> >> Wouldn't you agree? >> >>> That said, I have a few technical comments on the document... >>> >>> I like the idea of viewing broadband subscribers whose addresses >>> change frequently as a subset of mobile nodes. This is a >> particularly >>> interesting case, because when they "roam" there is no "home >> network" >>> that can be reached using their former address, so some existing >>> mobility mechanisms wouldn't work in this case. I am not sure, >>> though, how this definition is consistent with later portions of the >>> document that define a LISP Mobile Node as a "LISP capable fast >>> roaming mobile hand-set". >> >> The hosts behind the broadband link have a home network. It is >> the physical location they reside. And the addresses, their >> EID addresses are how they are reached. If you map the EID to >> the locator that can reach them, and the locators changes, you >> want to register the new mapping into the mapping database system. >> >> The edge home router is the device that runs LISP. What >> overlaps in this device with the LISP-MN architecture is that >> when a new DHCP'able locator address is learned by this >> device, it is this device that registers the new binding. >> >> Today with a LISP capable site the bindings are configured, so >> if you do a ISP change, at subscription time, so to speak, the >> ETRs are reconfigured to register the new bindings. >> >> In the broadband case, the change happens when DHCP address is >> learned and hence when the register happenings. >> >>> I am also uncertain that the architecture described is >> consistent with >>> the goals stated in the document. For instance, one goal is >> that the >>> LISP-MN must not require additional state in the mapping system. >> >> Well we don't say that explicitly. But when we do state "no >> additional state in the mapping system" we really mean "no >> additional state throughout the entire mapping system". >> >> The map-servers keep the state the mobile nodes register to. >> >>> However, mobility is achieved by making a single mobile node >> look like >>> a LISP site. Could you explain how this architecture avoids >>> additional state in the mapping system when it would (as I >> understand >>> it) support mobile handsets and broadband home networks by >> making all >>> of them into separate LISP sites? >> >> Dave will explain this tomorrow in his planned presentation, >> but the short answer is mobile nodes register their bindings >> to their respective map-servers. The Map-Servers, when ALT is >> used as the mechanism to learn mappings, only advertises an >> aggregate route into the ALT. So no ALT routers have to store >> /32 state (/128 state for IPv6). No other Map-Servers have to >> store /32 state. No Map-Resolvers have to store /32 state. And >> only the ITRs that are talking to the mobile node, will store >> the /32 state. They must because they need to informed of the >> new locator(s) when the mobile node moves. >> >> Dino >> >>> >>> Margaret >>> >>> >>> >>> _______________________________________________ >>> lisp mailing list >>> lisp@ietf.org >>> https://www.ietf.org/mailman/listinfo/lisp >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp >> > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From root@core3.amsl.com Mon Jul 27 03:45:01 2009 Return-Path: X-Original-To: lisp@ietf.org Delivered-To: lisp@core3.amsl.com Received: by core3.amsl.com (Postfix, from userid 0) id B84D03A689D; Mon, 27 Jul 2009 03:45:01 -0700 (PDT) From: Internet-Drafts@ietf.org To: i-d-announce@ietf.org Content-Type: Multipart/Mixed; Boundary="NextPart" Mime-Version: 1.0 Message-Id: <20090727104501.B84D03A689D@core3.amsl.com> Date: Mon, 27 Jul 2009 03:45:01 -0700 (PDT) Cc: lisp@ietf.org Subject: [lisp] I-D Action:draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 10:45:01 -0000 --NextPart A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Locator/ID Separation Protocol Working Group of the IETF. Title : Locator/ID Separation Protocol (LISP) Author(s) : D. Farinacci, et al. Filename : draft-ietf-lisp-03.txt Pages : 64 Date : 2009-07-27 This draft describes a simple, incremental, network-based protocol to implement separation of Internet addresses into Endpoint Identifiers (EIDs) and Routing Locators (RLOCs). This mechanism requires no changes to host stacks and no major changes to existing database infrastructures. The proposed protocol can be implemented in a relatively small number of routers. This proposal was stimulated by the problem statement effort at the Amsterdam IAB Routing and Addressing Workshop (RAWS), which took place in October 2006. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-ietf-lisp-03.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ Below is the data which will enable a MIME compliant mail reader implementation to automatically retrieve the ASCII version of the Internet-Draft. --NextPart Content-Type: Message/External-body; name="draft-ietf-lisp-03.txt"; site="ftp.ietf.org"; access-type="anon-ftp"; directory="internet-drafts" Content-Type: text/plain Content-ID: <2009-07-27033859.I-D@ietf.org> --NextPart-- From dino@cisco.com Mon Jul 27 03:50:14 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 3A00C3A6B84 for ; Mon, 27 Jul 2009 03:50:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.311 X-Spam-Level: X-Spam-Status: No, score=-6.311 tagged_above=-999 required=5 tests=[AWL=0.288, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 4BaNPcEA1+kW for ; Mon, 27 Jul 2009 03:50:13 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 467383A6969 for ; Mon, 27 Jul 2009 03:50:13 -0700 (PDT) X-Files: mime-attachment : None X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEALAjbUqrR7MV/2dsb2JhbAC4P4gojV4FhA0 X-IronPort-AV: E=Sophos;i="4.43,276,1246838400"; d="scan'208";a="354615234" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-6.cisco.com with ESMTP; 27 Jul 2009 10:50:12 +0000 Received: from sj-core-3.cisco.com (sj-core-3.cisco.com [171.68.223.137]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6RAoCfk026461 for ; Mon, 27 Jul 2009 03:50:12 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id n6RAoCKw009387 for ; Mon, 27 Jul 2009 10:50:12 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 03:50:12 -0700 Received: from dhcp-1636.meeting.ietf.org ([10.21.118.82]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 03:50:12 -0700 Message-Id: From: Dino Farinacci To: lisp@ietf.org Content-Type: multipart/mixed; boundary=Apple-Mail-1--198327995 Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 27 Jul 2009 03:50:11 -0700 References: <20090727104501.B84D03A689D@core3.amsl.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 27 Jul 2009 10:50:12.0625 (UTC) FILETIME=[047FA810:01CA0EA8] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2236; t=1248691812; x=1249555812; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Fwd=3A=20[lisp]=20I-D=20Action=3Adraft-ietf-lis p-03.txt |Sender:=20; bh=Vbdb8mTnn+D/uAPZdg2JJ7x1Qgbyf4ICZltUYeRLm30=; b=YY3tXCxAMm/8sxiCG020Co9B76ik9k4Q8OxhXAN0eOFIgU7hENB0MHRYma dcAo80BMCXW5X7ADC5YC0rJQjfVEitEOfyu7Pk8eNV2L5LcPlGEbDP301WMY GDuUdNPVMW4fcJmNHUSnjqdApQDNWctWYUJ+kNsjKc7QbxwI76qU4=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Subject: [lisp] Fwd: I-D Action:draft-ietf-lisp-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 10:50:14 -0000 --Apple-Mail-1--198327995 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit FYI. Dino Begin forwarded message: > From: Internet-Drafts@ietf.org > Date: July 27, 2009 3:45:01 AM PDT > To: i-d-announce@ietf.org > Cc: lisp@ietf.org > Subject: [lisp] I-D Action:draft-ietf-lisp-03.txt > > A New Internet-Draft is available from the on-line Internet-Drafts > directories. > This draft is a work item of the Locator/ID Separation Protocol > Working Group of the IETF. > > > Title : Locator/ID Separation Protocol (LISP) > Author(s) : D. Farinacci, et al. > Filename : draft-ietf-lisp-03.txt > Pages : 64 > Date : 2009-07-27 > > This draft describes a simple, incremental, network-based protocol to > implement separation of Internet addresses into Endpoint Identifiers > (EIDs) and Routing Locators (RLOCs). This mechanism requires no > changes to host stacks and no major changes to existing database > infrastructures. The proposed protocol can be implemented in a > relatively small number of routers. > > This proposal was stimulated by the problem statement effort at the > Amsterdam IAB Routing and Addressing Workshop (RAWS), which took > place in October 2006. > > A URL for this Internet-Draft is: > http://www.ietf.org/internet-drafts/draft-ietf-lisp-03.txt > > Internet-Drafts are also available by anonymous FTP at: > ftp://ftp.ietf.org/internet-drafts/ > > Below is the data which will enable a MIME compliant mail reader > implementation to automatically retrieve the ASCII version of the > Internet-Draft. --Apple-Mail-1--198327995 Content-Disposition: attachment; filename=mime-attachment Content-Type: message/external-body; x-unix-mode=0666; name="mime-attachment" Content-Transfer-Encoding: 7bit Content-Type: text/plain
Content-ID: <2009-07-27033859.I-D@ietf.org>

--Apple-Mail-1--198327995 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp --Apple-Mail-1--198327995-- From mrw@lilacglade.org Mon Jul 27 04:36:32 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 142EA28C191 for ; Mon, 27 Jul 2009 04:36:32 -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=-2.599, J_CHICKENPOX_44=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 85qj9ZB8rUwQ for ; Mon, 27 Jul 2009 04:36:31 -0700 (PDT) Received: from QMTA06.emeryville.ca.mail.comcast.net (qmta06.emeryville.ca.mail.comcast.net [76.96.30.56]) by core3.amsl.com (Postfix) with ESMTP id 2157E28C1BA for ; Mon, 27 Jul 2009 04:36:31 -0700 (PDT) Received: from OMTA12.emeryville.ca.mail.comcast.net ([76.96.30.44]) by QMTA06.emeryville.ca.mail.comcast.net with comcast id Lza01c0010x6nqcA6zcY1W; Mon, 27 Jul 2009 11:36:32 +0000 Received: from dhcp-53f4.meeting.ietf.org ([130.129.83.244]) by OMTA12.emeryville.ca.mail.comcast.net with comcast id LzcC1c0015GHNbm8YzcMFQ; Mon, 27 Jul 2009 11:36:29 +0000 Message-Id: From: Margaret Wasserman To: Dino Farinacci In-Reply-To: <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 27 Jul 2009 07:36:11 -0400 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 11:36:32 -0000 HI Dino, On Jul 26, 2009, at 6:42 PM, Dino Farinacci wrote: >> I was surprised to see this document on the LISP agenda for >> Stockholm, because I don't think it is in-charter for the LISP WG. > > Well if we are going to have a mobile Internet, and a mobile device > is an IP host, and if moving around means some sort of an address is > going to change, we need to scale the routing system to accommodate > that. > > Wouldn't you agree? Sorry for the late reply, I was in transit. There are a lot of things we will need in a future LISP-based Internet that are not in charter for the LISP WG (security, management, etc.). The LISP charter very clearly restricts the work of the LISP WG to 5 items, and mobility isn't one of them. >> That said, I have a few technical comments on the document... >> >> I like the idea of viewing broadband subscribers whose addresses >> change frequently as a subset of mobile nodes. This is a >> particularly interesting case, because when they "roam" there is no >> "home network" that can be reached using their former address, so >> some existing mobility mechanisms wouldn't work in this case. I am >> not sure, though, how this definition is consistent with later >> portions of the document that define a LISP Mobile Node as a "LISP >> capable fast roaming mobile hand-set". > > The hosts behind the broadband link have a home network. It is the > physical location they reside. And the addresses, their EID > addresses are how they are reached. If you map the EID to the > locator that can reach them, and the locators changes, you want to > register the new mapping into the mapping database system. > > The edge home router is the device that runs LISP. What overlaps in > this device with the LISP-MN architecture is that when a new > DHCP'able locator address is learned by this device, it is this > device that registers the new binding. In this scenario, you are expecting LISP to run on the edge of my home or enterprise network, but I hadn't been thinking of it that way... It was my understanding that the scalability of LISP would come from the ability to aggregate RLOCs for several sites behind a single LISP router (in other words, my ISP would have a LISP router within their network, aggregating RLOCs for a larger (logical or geographic) area. > Today with a LISP capable site the bindings are configured, so if > you do a ISP change, at subscription time, so to speak, the ETRs are > reconfigured to register the new bindings. > > In the broadband case, the change happens when DHCP address is > learned and hence when the register happenings. I am not sure what these statements mean... If I move my node to another site, its DHCP request will not go to/through anything in my home network. So, how does that lead to reconfiguration of the ETR in my home router? >> >> I am also uncertain that the architecture described is consistent >> with the goals stated in the document. For instance, one goal is >> that the LISP-MN must not require additional state in the mapping >> system. > > Well we don't say that explicitly. But when we do state "no > additional state in the mapping system" we really mean "no > additional state throughout the entire mapping system". > > The map-servers keep the state the mobile nodes register to. Are you also expecting that I will have my own map server within, or at the edge of, my home network? Or would my mobility state be maintained in my ISP's map server? If the former, I agree that the extra state is all maintained in a system that is controlled (and paid for) by the entity that wants the mobility. This works nicely. If it is going to be in my ISP's map server, though, that added state and complexity might be a reason to prefer mobility mechanisms I could control myself. > > Dave will explain this tomorrow in his planned presentation, but the > short answer is mobile nodes register their bindings to their > respective map-servers. The Map-Servers, when ALT is used as the > mechanism to learn mappings, only advertises an aggregate route into > the ALT. So no ALT routers have to store /32 state (/128 state for > IPv6). No other Map-Servers have to store /32 state. No Map- > Resolvers have to store /32 state. And only the ITRs that are > talking to the mobile node, will store the /32 state. They must > because they need to informed of the new locator(s) when the mobile > node moves. I agree that this part of things will scale nicely. Margaret From lear@cisco.com Mon Jul 27 04:45:05 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 04C363A6875 for ; Mon, 27 Jul 2009 04:45:05 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.599 X-Spam-Level: X-Spam-Status: No, score=-8.599 tagged_above=-999 required=5 tests=[AWL=2.000, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id O4p05K02zUvd for ; Mon, 27 Jul 2009 04:45:04 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id AA4003A6802 for ; Mon, 27 Jul 2009 04:45:03 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.43,276,1246838400"; d="scan'208";a="45902745" Received: from ams-dkim-1.cisco.com ([144.254.224.138]) by ams-iport-1.cisco.com with ESMTP; 27 Jul 2009 11:45:03 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6RBj3rv022443; Mon, 27 Jul 2009 13:45:03 +0200 Received: from adsl-247-5-fixip.tiscali.ch (ams3-vpn-dhcp7111.cisco.com [10.61.91.198]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6RBj3ZR016230; Mon, 27 Jul 2009 11:45:03 GMT Message-ID: <4A6D933F.1080701@cisco.com> Date: Mon, 27 Jul 2009 13:45:03 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1.1) Gecko/20090715 Thunderbird/3.0b3 MIME-Version: 1.0 To: Margaret Wasserman References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> In-Reply-To: Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=596; t=1248695103; x=1249559103; c=relaxed/simple; s=amsdkim1002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=4hhlBY5RRfNPIC/ebVDJfSdsQ5DB4G+7ItqzrEKdTCk=; b=Q5oG/G0LrOZKasle+mVed4ckEB95SwbqHUjztOVFd8q5SVYaKOt9qXjcAN dgDklPqfPsGTIpTIKDU4QISJWe3dyoUAG3MpTZn5fyM1taZZ3ULgbY8Oy8ju 5onJjiti1H; Authentication-Results: ams-dkim-1; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim1002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 11:45:05 -0000 Hi Margaret, On 7/27/09 1:36 PM, Margaret Wasserman wrote: > In this scenario, you are expecting LISP to run on the edge of my > home or enterprise network, but I hadn't been thinking of it that > way... It was my understanding that the scalability of LISP would > come from the ability to aggregate RLOCs for several sites behind a > single LISP router (in other words, my ISP would have a LISP router > within their network, aggregating RLOCs for a larger (logical or > geographic) area. When do RLOCs sit behind a LISP router? Most often one would expect EIDs. Eliot From jari.arkko@piuha.net Mon Jul 27 05:07:27 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A41663A69E8 for ; Mon, 27 Jul 2009 05:07:27 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.201 X-Spam-Level: X-Spam-Status: No, score=-2.201 tagged_above=-999 required=5 tests=[AWL=0.398, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id RZhCg8s0m1Tb for ; Mon, 27 Jul 2009 05:07:26 -0700 (PDT) Received: from smtp.piuha.net (p130.piuha.net [IPv6:2001:14b8:400::130]) by core3.amsl.com (Postfix) with ESMTP id B4CF33A67C1 for ; Mon, 27 Jul 2009 05:07:26 -0700 (PDT) Received: from smtp.piuha.net (localhost [127.0.0.1]) by smtp.piuha.net (Postfix) with ESMTP id B6CCE198787; Mon, 27 Jul 2009 15:07:21 +0300 (EEST) Received: from [IPv6:::1] (unknown [IPv6:2001:14b8:400::130]) by smtp.piuha.net (Postfix) with ESMTP id 1B15E19863D; Mon, 27 Jul 2009 15:07:21 +0300 (EEST) Message-ID: <4A6D9877.7020000@piuha.net> Date: Mon, 27 Jul 2009 15:07:19 +0300 From: Jari Arkko User-Agent: Thunderbird 2.0.0.22 (X11/20090608) MIME-Version: 1.0 To: Margaret Wasserman References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> In-Reply-To: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: ClamAV using ClamSMTP Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 12:07:27 -0000 Margaret Wasserman wrote: > I was surprised to see this document on the LISP agenda for Stockholm, > because I don't think it is in-charter for the LISP WG. The charter focuses on basics, because we really need to figure out encapsulation format, failure detection, and the mapping system. There is a ton of other interesting things that one could look at, including mobility. I don't mind the WG discussing some of these additional topics as well, but only if there's time left from the basics. The overall goal is not to add all possible features to Lisp, but to get a stable base specification that we can evaluate -- how well it works, does it cause problems, etc. Lets not get distracted from this central goal. Jari > > That said, I have a few technical comments on the document... > > I like the idea of viewing broadband subscribers whose addresses > change frequently as a subset of mobile nodes. This is a particularly > interesting case, because when they "roam" there is no "home network" > that can be reached using their former address, so some existing > mobility mechanisms wouldn't work in this case. I am not sure, > though, how this definition is consistent with later portions of the > document that define a LISP Mobile Node as a "LISP capable fast > roaming mobile hand-set". > > I am also uncertain that the architecture described is consistent with > the goals stated in the document. For instance, one goal is that the > LISP-MN must not require additional state in the mapping system. > However, mobility is achieved by making a single mobile node look like > a LISP site. Could you explain how this architecture avoids > additional state in the mapping system when it would (as I understand > it) support mobile handsets and broadband home networks by making all > of them into separate LISP sites? > > Margaret > > > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > > From hannu.flinck@nsn.com Mon Jul 27 05:41:56 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1483B3A6C2B for ; Mon, 27 Jul 2009 05:41:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.832 X-Spam-Level: X-Spam-Status: No, score=-5.832 tagged_above=-999 required=5 tests=[AWL=0.767, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id xOWA1N7gIgtS for ; Mon, 27 Jul 2009 05:41:51 -0700 (PDT) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [217.115.75.233]) by core3.amsl.com (Postfix) with ESMTP id 342DF3A6994 for ; Mon, 27 Jul 2009 05:41:50 -0700 (PDT) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id n6RCfjNf019237 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL); Mon, 27 Jul 2009 14:41:45 +0200 Received: from demuexc024.nsn-intra.net (demuexc024.nsn-intra.net [10.159.32.11]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id n6RCfj7K022122; Mon, 27 Jul 2009 14:41:45 +0200 Received: from FIESEXC014.nsn-intra.net ([10.159.0.22]) by demuexc024.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 14:41:44 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Mon, 27 Jul 2009 15:41:48 +0300 Message-ID: <2B5F3EA7272CFF47A66518E4FF3BE23503B6902B@FIESEXC014.nsn-intra.net> In-Reply-To: <4A6D933F.1080701@cisco.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] LISP Mobility Architecture Thread-Index: AcoOr7GzB3F2xMAdS8SnkLT1vXA+dAAB8i2w References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> <4A6D933F.1080701@cisco.com> From: "Flinck, Hannu (NSN - FI/Espoo)" To: "ext Eliot Lear" , "Margaret Wasserman" X-OriginalArrivalTime: 27 Jul 2009 12:41:44.0797 (UTC) FILETIME=[995810D0:01CA0EB7] Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 12:41:57 -0000 Isn't this one of the mobility cases? Lisp mobile node with a routable address? - Hannu=20 >-----Original Message----- >From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On=20 >Behalf Of ext Eliot Lear >Sent: Monday, July 27, 2009 14:45 >To: Margaret Wasserman >Cc: lisp@ietf.org >Subject: Re: [lisp] LISP Mobility Architecture > >Hi Margaret, > >On 7/27/09 1:36 PM, Margaret Wasserman wrote: >> In this scenario, you are expecting LISP to run on the edge of my=20 >> home or enterprise network, but I hadn't been thinking of it that=20 >> way... It was my understanding that the scalability of LISP would=20 >> come from the ability to aggregate RLOCs for several sites behind a=20 >> single LISP router (in other words, my ISP would have a LISP router=20 >> within their network, aggregating RLOCs for a larger (logical or >> geographic) area. > >When do RLOCs sit behind a LISP router? Most often one would=20 >expect EIDs. > >Eliot > >_______________________________________________ >lisp mailing list >lisp@ietf.org >https://www.ietf.org/mailman/listinfo/lisp > From jnc@mercury.lcs.mit.edu Mon Jul 27 06:01:41 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9A6743A6C78 for ; Mon, 27 Jul 2009 06:01:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mJuSrvNKX50J for ; Mon, 27 Jul 2009 06:01:40 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 613EB3A6C79 for ; Mon, 27 Jul 2009 06:01:40 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 7527E6BE571; Mon, 27 Jul 2009 09:01:40 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090727130140.7527E6BE571@mercury.lcs.mit.edu> Date: Mon, 27 Jul 2009 09:01:40 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 13:01:41 -0000 > From: Margaret Wasserman > It was my understanding that the scalability of LISP would come from > the ability to aggregate RLOCs for several sites behind a single LISP > router (in other words, my ISP would have a LISP router within their > network, aggregating RLOCs for a larger (logical or geographic) area. The scalability of LISP fundamentally derives from the addition of a new namespace (or, to be a tad more precise, splitting an existing namespace - addresses - into two separate ones: routing locators, and endpoint identifiers); and there is a layer of binding (i.e. associations of names from one namespace to names in the other) between the two namespaces. With that in hand (and sorry if this next is obvious/repetitive), the names used by the routing layer can be assigned in a way that maximizes their aggregability - and that goal doesn't have to be compromised by other goals that people have when there's only a single namespace (e.g. persistence of identifiers), and those names are also being used for other things. That, fundamentally, is how the routing scalability works (or is supposed to :-). I see the host mobility as an instance of something different from the routing aggregability: the general principle of 'hey, we have this new binding layer there, what _else_ can we do with it'. It's common that when you provide a new, powerful tool (and a binding layer is an example), it has many uses, and a great part of the charm of LISP, for me when I first saw it, was the realization that it had that general-purpose nature. To answer your question in detail, the the scalability of LISP comes not from "the ability to aggregate RLOCs for several sites behind a single LISP router", but rather to 'aggregate' _EIDs_ for several sites behind a single LISP router. I say 'aggregate' because it's not aggregation in the usual sense (having a group of addresses that one can collapse into one routing entry), but the _effect_ is the same - where before, one would have needed multiple routes to cover all those destinations (to the EIDs themselves, one now needs only one - a route to the RLOC of the LISP router. > If I move my node to another site, its DHCP request will not go > to/through anything in my home network. So, how does that lead to > reconfiguration of the ETR in my home router? I'm a bit hazy on the details, but basically the mobile node has to register its new location (i.e. the RLOC where it currently is) with the mapping system. That way, entities which want to talk to it ask 'what's the RLOC to use to get to this EID', and are given the RLOC of its current location. That process might include notifying a home ETR, but it doesn't fundamentally _have_ to - it's easy to imagine systems where the home ETR has no idea the mobile node has 'gone walkabout'. it all depends on how the mapping system is set up (and the current ALT mapping system is intended to be replacable with something better). I think at the moment the ETR has to be notified, because of the way ALT works, but like I said it's not fundamental (in the sense that 'it can't possibly work without this information getting to that node'). > Are you also expecting that I will have my own map server within, or at > the edge of, my home network? In general, no. Although you do have to have a LISP router somewhere, and the closer to the current location of the mobile node (topologically) the better, otherwise you'll get 'stretch' in the path. The map server could be anywhere in the Internet - the traffic doesn't go through it, it's only used to find the EID->RLOC binding - just like your DNS server could be anywhere in the Internet. > Or would my mobility state be maintained in my ISP's map server? Some Map Server (or group of them) is going to be authoritative for the EID range your mobile node has an EID out of - i.e. it is the one(s) anyone has to go to to find the current EID->RLOC binding. That Map Server has to be updated. > If the former, I agree that the extra state is all maintained in a > system that is controlled (and paid for) by the entity that wants the > mobility. Well, the location of that binding (i.e. the place you have to go to to find out the current value of "EID->RLOC") doesn't change over time. If it's in Map Server X when you're at your 'base' location, it will still be in Map Server X when you're mobile. The only thing that happens is that as you move around, that binding has to be updated. Whether one considers that a significant cost for the provider of the Map Server is the question. As long as it's not manual updating, I guess I don't see that it can induce a significant _extra_ cost, over the costs of providing the Map Server to begin with. (And you have to have a Map Server to run LISP at all.) > If it is going to be in my ISP's map server, though, that added state > and complexity might be a reason to prefer mobility mechanisms I could > control myself. I guess I don't understand this? Perhaps the foregoing will have answered the question? Noel From dmm@1-4-5.net Mon Jul 27 06:46:02 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 071AA28C247 for ; Mon, 27 Jul 2009 06:46:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id C+PWMR0UpFLo for ; Mon, 27 Jul 2009 06:46:01 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 2A18528C1C5 for ; Mon, 27 Jul 2009 06:46:01 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6RDjtvj000484; Mon, 27 Jul 2009 06:45:55 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6RDjt96000483; Mon, 27 Jul 2009 06:45:55 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Mon, 27 Jul 2009 06:45:55 -0700 From: David Meyer To: "Flinck, Hannu (NSN - FI/Espoo)" Message-ID: <20090727134555.GA427@1-4-5.net> References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <4A6D933F.1080701@cisco.com> <2B5F3EA7272CFF47A66518E4FF3BE23503B6902B@FIESEXC014.nsn-intra.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="zhXaljGHf11kAtnf" Content-Disposition: inline In-Reply-To: <2B5F3EA7272CFF47A66518E4FF3BE23503B6902B@FIESEXC014.nsn-intra.net> X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 13:46:02 -0000 --zhXaljGHf11kAtnf Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Mon, Jul 27, 2009 at 03:41:48PM +0300, Flinck, Hannu (NSN - FI/Espoo) wr= ote: > Isn't this one of the mobility cases? Lisp mobile node with a routable > address? I'm not sure what you mean by "routable address". A LISP MN will have a relatively static EID and 1 or more RLOCs. =20 Dave --zhXaljGHf11kAtnf Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkptr5MACgkQORgD1qCZ2KdI7wCgi2wklTL4CA7vjX9WI3o76K4X jCAAnigrRJH9Q+aqCtzWrwID7Ec9ypA6 =cEb3 -----END PGP SIGNATURE----- --zhXaljGHf11kAtnf-- From darlewis@cisco.com Mon Jul 27 06:54:27 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4B4613A6C5A for ; Mon, 27 Jul 2009 06:54:27 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.164 X-Spam-Level: X-Spam-Status: No, score=-6.164 tagged_above=-999 required=5 tests=[AWL=0.435, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Hx6h3Tn9-bnn for ; Mon, 27 Jul 2009 06:54:26 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 800A33A6B8C for ; Mon, 27 Jul 2009 06:54:26 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAFdObUqrR7O6/2dsb2JhbAC6KYgojX4FhA0 X-IronPort-AV: E=Sophos;i="4.43,276,1246838400"; d="scan'208";a="189890476" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-2.cisco.com with ESMTP; 27 Jul 2009 13:54:27 +0000 Received: from sj-core-3.cisco.com (sj-core-3.cisco.com [171.68.223.137]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6RDsRVi007376; Mon, 27 Jul 2009 06:54:27 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id n6RDsRQs005638; Mon, 27 Jul 2009 13:54:27 GMT Received: from xmb-sjc-213.amer.cisco.com ([171.70.151.153]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 06:54:27 -0700 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Mon, 27 Jul 2009 06:54:26 -0700 Message-ID: In-Reply-To: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] LISP Mobility Architecture Thread-Index: AcoOroATm0hY3mH7SnKbGYuvTWHbCwAEeYVw References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org><08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> From: "Darrel Lewis (darlewis)" To: "Margaret Wasserman" , "Dino Farinacci (dino)" X-OriginalArrivalTime: 27 Jul 2009 13:54:27.0742 (UTC) FILETIME=[C1DCA3E0:01CA0EC1] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1286; t=1248702867; x=1249566867; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=darlewis@cisco.com; z=From:=20=22Darrel=20Lewis=20(darlewis)=22=20 |Subject:=20RE=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=fM6AMNLlEKUzToWYOQQqbG6AOxRJ/8JPQEyD6uyqUdQ=; b=Cgz78leLjtRzn0SCXZR9OvItIsG73RS4ET+bB0WYXItNWHra5T0wsgtXZ/ hbx+kwKsuyVwLEjvK0uHNYNfAy8fzzYz2U48tbreTkBmdG0lnHdfjnHyLW4R TFcaPB00Z4; Authentication-Results: sj-dkim-2; header.From=darlewis@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 13:54:27 -0000 =20 Hi Margaret, One quick comment about a subject that has come up many times. I want to highlight it because this subject has come up before and I think its important to be explicit. You wrote: >=20 > In this scenario, you are expecting LISP to run on the edge of my =20 > home or enterprise network, but I hadn't been thinking of it that =20 > way... It was my understanding that the scalability of LISP would =20 > come from the ability to aggregate RLOCs for several sites behind a =20 > single LISP router (in other words, my ISP would have a LISP router =20 > within their network, aggregating RLOCs for a larger (logical or =20 > geographic) area. >=20 We've attempted (it seems less than successfully) to state that the anticipated typical deployment of LISP Ingress/Egress Tunnel Routers (xTRs) are on a Customer Edge (CE) type device. In this case LISP does not require the participation of your ISP. So your ISP _would not_ have a LISP router within their network. These RLOCs can be aggregated in the DFZ because a given (CE-->PE) link is numbered out of the PE provider's (provider assigned) prefix (just as they are today - lisp doesn't change this). Hope this helps clear up some of the (apparent) confusion. Thanks, -Darrel From dino@cisco.com Mon Jul 27 07:29:20 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E02003A6B1F for ; Mon, 27 Jul 2009 07:29:20 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.083 X-Spam-Level: X-Spam-Status: No, score=-6.083 tagged_above=-999 required=5 tests=[AWL=-0.084, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9qH5Qasj5QKe for ; Mon, 27 Jul 2009 07:29:19 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id CA4DF3A6A27 for ; Mon, 27 Jul 2009 07:29:19 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAI5WbUqrR7PD/2dsb2JhbAC6Pogojg4FhA2BTQ X-IronPort-AV: E=Sophos;i="4.43,276,1246838400"; d="scan'208";a="189905234" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-2.cisco.com with ESMTP; 27 Jul 2009 14:29:20 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6RETKSJ011968; Mon, 27 Jul 2009 07:29:20 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6RETKrf023108; Mon, 27 Jul 2009 14:29:20 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 07:29:20 -0700 Received: from dhcp-1636.meeting.ietf.org ([10.21.149.230]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 07:29:19 -0700 Message-Id: From: Dino Farinacci To: Margaret Wasserman In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Mon, 27 Jul 2009 07:29:17 -0700 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 27 Jul 2009 14:29:20.0157 (UTC) FILETIME=[A109D4D0:01CA0EC6] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=6310; t=1248704960; x=1249568960; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=8He9IhOTnqWNHrPJhAD68iHqkNBSS8Ym0BYboMdgD9M=; b=XMnC0o3JXvFNUy7ztkjzpipAab0TAnz9h+2GHoTrik/Rsic3kyADxsB9pG fFKgolvE5wFyBGcqThlEtVH7/iOlg1gSgsVXln9Lzl0aESzERGvU5d6zMZoq RRj5C1st47; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 14:29:21 -0000 > HI Dino, > > On Jul 26, 2009, at 6:42 PM, Dino Farinacci wrote: > >>> I was surprised to see this document on the LISP agenda for >>> Stockholm, because I don't think it is in-charter for the LISP WG. >> >> Well if we are going to have a mobile Internet, and a mobile device >> is an IP host, and if moving around means some sort of an address >> is going to change, we need to scale the routing system to >> accommodate that. >> >> Wouldn't you agree? > > Sorry for the late reply, I was in transit. > > There are a lot of things we will need in a future LISP-based > Internet that are not in charter for the LISP WG (security, > management, etc.). The LISP charter very clearly restricts the work > of the LISP WG to 5 items, and mobility isn't one of them. Sure, I can go along with that. I do agree with Jari's point. We have to be careful about feature- creep in LISP. But from customers we have talked to, deploying LISP *just to solve the route scalability problem* may not be compelling enough. So we have to balance this view. But we can't have the cart come before the horse. >>> That said, I have a few technical comments on the document... >>> >>> I like the idea of viewing broadband subscribers whose addresses >>> change frequently as a subset of mobile nodes. This is a >>> particularly interesting case, because when they "roam" there is >>> no "home network" that can be reached using their former address, >>> so some existing mobility mechanisms wouldn't work in this case. >>> I am not sure, though, how this definition is consistent with >>> later portions of the document that define a LISP Mobile Node as a >>> "LISP capable fast roaming mobile hand-set". >> >> The hosts behind the broadband link have a home network. It is the >> physical location they reside. And the addresses, their EID >> addresses are how they are reached. If you map the EID to the >> locator that can reach them, and the locators changes, you want to >> register the new mapping into the mapping database system. >> >> The edge home router is the device that runs LISP. What overlaps in >> this device with the LISP-MN architecture is that when a new >> DHCP'able locator address is learned by this device, it is this >> device that registers the new binding. > > In this scenario, you are expecting LISP to run on the edge of my > home or enterprise network, but I hadn't been thinking of it that > way... It was my understanding that the scalability of LISP would > come from the ability to aggregate RLOCs for several sites behind a > single LISP router (in other words, my ISP would have a LISP router > within their network, aggregating RLOCs for a larger (logical or > geographic) area. Nope, the sweet spot is in a CPE router for a branch office or SOHO site, or a home router in a residential site. >> Today with a LISP capable site the bindings are configured, so if >> you do a ISP change, at subscription time, so to speak, the ETRs >> are reconfigured to register the new bindings. >> >> In the broadband case, the change happens when DHCP address is >> learned and hence when the register happenings. > > I am not sure what these statements mean... If I move my node to > another site, its DHCP request will not go to/through anything in my > home network. So, how does that lead to reconfiguration of the ETR > in my home router? You have to be clear what you are talking about. If you are moving a LISP mobile node, the EID goes with the node and DHCP is used to get a new RLOC for the EID. If you move a stationary host, you can reassign an EID to that node is it's part of the allocation of the moved-to site. But this would be a more permanent move and not really a "roaming event". >>> I am also uncertain that the architecture described is consistent >>> with the goals stated in the document. For instance, one goal is >>> that the LISP-MN must not require additional state in the mapping >>> system. >> >> Well we don't say that explicitly. But when we do state "no >> additional state in the mapping system" we really mean "no >> additional state throughout the entire mapping system". >> >> The map-servers keep the state the mobile nodes register to. > > Are you also expecting that I will have my own map server within, or > at the edge of, my home network? Map-Servers are in the infrastructure, just like the DNS servers you use. > Or would my mobility state be maintained in my ISP's map server? > If the former, I agree that the The Map-Server could be deployed by an interconnect provider, a service provider, a government, a registry, a neutral party, or a third party that monetized this service. The Map-Server you use may have no relationship to the physical link you buy from a service provider. > extra state is all maintained in a system that is controlled (and > paid for) by the entity that wants the mobility. This works > nicely. If it is going to be in my ISP's map server, though, that > added state and complexity might be a reason to prefer mobility > mechanisms I could control myself. If it would be complex for the service provider, don't you think it would be intractable for a mobile user? And do you really want users to control where state is put in the network? >> Dave will explain this tomorrow in his planned presentation, but >> the short answer is mobile nodes register their bindings to their >> respective map-servers. The Map-Servers, when ALT is used as the >> mechanism to learn mappings, only advertises an aggregate route >> into the ALT. So no ALT routers have to store /32 state (/128 state >> for IPv6). No other Map-Servers have to store /32 state. No Map- >> Resolvers have to store /32 state. And only the ITRs that are >> talking to the mobile node, will store the /32 state. They must >> because they need to informed of the new locator(s) when the mobile >> node moves. > > I agree that this part of things will scale nicely. Good. Pity Dave couldn't present. He could conveyed the design to be more obvious to more people. Dino From lear@cisco.com Mon Jul 27 11:15:01 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2BE583A69C7 for ; Mon, 27 Jul 2009 11:15:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.999 X-Spam-Level: X-Spam-Status: No, score=-8.999 tagged_above=-999 required=5 tests=[AWL=0.400, BAYES_00=-2.599, J_CHICKENPOX_48=0.6, J_CHICKENPOX_56=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ODj2Lfe2RN54 for ; Mon, 27 Jul 2009 11:15:00 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id AAF0D3A6974 for ; Mon, 27 Jul 2009 11:14:59 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AmUAAIOLbUqQ/uCLe2dsb2JhbACBUZgwAQEWJAagV4gojkAFhAw X-IronPort-AV: E=Sophos;i="4.43,277,1246838400"; d="scan'208";a="45930806" Received: from ams-dkim-2.cisco.com ([144.254.224.139]) by ams-iport-1.cisco.com with ESMTP; 27 Jul 2009 18:14:27 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6RIEREF023564; Mon, 27 Jul 2009 20:14:27 +0200 Received: from adsl-247-5-fixip.tiscali.ch (dhcp-10-61-100-169.cisco.com [10.61.100.169]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6RIENQ4018609; Mon, 27 Jul 2009 18:14:24 GMT Message-ID: <4A6DEE76.4000708@cisco.com> Date: Mon, 27 Jul 2009 20:14:14 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1.1) Gecko/20090715 Thunderbird/3.0b3 MIME-Version: 1.0 To: "Flinck, Hannu (NSN - FI/Espoo)" References: <2B5F3EA7272CFF47A66518E4FF3BE235115C69@FIESEXC014.nsn-intra.net> In-Reply-To: <2B5F3EA7272CFF47A66518E4FF3BE235115C69@FIESEXC014.nsn-intra.net> Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=720; t=1248718467; x=1249582467; c=relaxed/simple; s=amsdkim2001; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=N2kK5U0K6wBWSJLxaceu/rvR30wu+UcBlsVUyYNcYlQ=; b=thW+ev1Kk3tkDSrYbOVGjN3EkKVVl3CypbcrgwNOfjXHWXfJyPTgGf5cLq OiXT6SPxIXDywhM/m+sLTY60hy198Rn0YZw9H54pwzGqmq3oTEhEkrsTlWCO 8l7ppnVa+Q; Authentication-Results: ams-dkim-2; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim2001 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 18:15:01 -0000 I'm sorry - where do you mean RLOC? On 7/27/09 8:12 PM, Flinck, Hannu (NSN - FI/Espoo) wrote: > I mean RLOC. > > Hannu > > > -----Original Message----- > From: ext David Meyer > Sent: 27/07/2009 4:46:09 pm > To: ext David Meyer;Flinck, Hannu (NSN - FI/Espoo) > Cc: ext Eliot Lear;Margaret Wasserman;lisp@ietf.org > Subject: Re: [lisp] LISP Mobility Architecture > > > On Mon, Jul 27, 2009 at 03:41:48PM +0300, Flinck, Hannu (NSN - FI/Espoo) wrote: > >> Isn't this one of the mobility cases? Lisp mobile node with a routable >> address? >> > I'm not sure what you mean by "routable address". A > LISP MN will have a relatively static EID and 1 or more > RLOCs. > > Dave > > From hannu.flinck@nsn.com Mon Jul 27 11:19:44 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 6D1ED3A6CE9 for ; Mon, 27 Jul 2009 11:19:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.424 X-Spam-Level: X-Spam-Status: No, score=-3.424 tagged_above=-999 required=5 tests=[AWL=-2.025, BAYES_00=-2.599, J_CHICKENPOX_48=0.6, J_CHICKENPOX_56=0.6] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id swtkAloD5Y2l for ; Mon, 27 Jul 2009 11:19:43 -0700 (PDT) Received: from demumfd002.nsn-inter.net (demumfd002.nsn-inter.net [217.115.75.234]) by core3.amsl.com (Postfix) with ESMTP id CB7793A6C58 for ; Mon, 27 Jul 2009 11:19:22 -0700 (PDT) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd002.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id n6RICt4P017502 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL); Mon, 27 Jul 2009 20:12:55 +0200 Received: from demuexc024.nsn-intra.net (demuexc024.nsn-intra.net [10.159.32.11]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id n6RICs1T007316; Mon, 27 Jul 2009 20:12:55 +0200 Received: from FIESEXC014.nsn-intra.net ([10.159.0.22]) by demuexc024.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Mon, 27 Jul 2009 20:12:54 +0200 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Date: Mon, 27 Jul 2009 21:12:53 +0300 Message-ID: <2B5F3EA7272CFF47A66518E4FF3BE235115C69@FIESEXC014.nsn-intra.net> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] LISP Mobility Architecture Thread-Index: AcoO5dvNIP/hvuK4R+2vqVU0lX3xxQ== From: "Flinck, Hannu (NSN - FI/Espoo)" To: "ext David Meyer" X-OriginalArrivalTime: 27 Jul 2009 18:12:54.0961 (UTC) FILETIME=[DCE27A10:01CA0EE5] Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 27 Jul 2009 18:19:44 -0000 I mean RLOC. Hannu -----Original Message----- From: ext David Meyer Sent: 27/07/2009 4:46:09 pm To: ext David Meyer;Flinck, Hannu (NSN - FI/Espoo) Cc: ext Eliot Lear;Margaret Wasserman;lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture On Mon, Jul 27, 2009 at 03:41:48PM +0300, Flinck, Hannu (NSN - FI/Espoo) = wrote: > Isn't this one of the mobility cases? Lisp mobile node with a routable > address? I'm not sure what you mean by "routable address". A LISP MN will have a relatively static EID and 1 or more RLOCs. =20 Dave From tme@americafree.tv Tue Jul 28 00:56:31 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 182973A6C79 for ; Tue, 28 Jul 2009 00:56:31 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.52 X-Spam-Level: X-Spam-Status: No, score=-2.52 tagged_above=-999 required=5 tests=[AWL=0.079, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id e8y4Z+KoZdUT for ; Tue, 28 Jul 2009 00:56:30 -0700 (PDT) Received: from mail.americafree.tv (rossini.americafree.tv [63.105.122.34]) by core3.amsl.com (Postfix) with ESMTP id 5E6523A6ABC for ; Tue, 28 Jul 2009 00:56:30 -0700 (PDT) Received: from [IPv6:::1] (rossini.americafree.tv [63.105.122.34]) by mail.americafree.tv (Postfix) with ESMTP id F1079457B9A4 for ; Tue, 28 Jul 2009 03:56:18 -0400 (EDT) Message-Id: From: Marshall Eubanks To: lisp@ietf.org Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Tue, 28 Jul 2009 03:56:16 -0400 X-Mailer: Apple Mail (2.935.3) Subject: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 07:56:31 -0000 This is a reminder that draft-fairhurst-6man-tsvwg-udptt and http://tools.ietf.org/html/draft-eubanks-chimento-6man-00 are still open and will be discussed at the 6man meeting Wednesday. Basically, one prescribes no checksum for the "outer" packet in IPv6 encapsulations, the other a fixed checksum per flow. My understanding is that this matter is relevant to LISP. If you are interested, please try to attend as a decision may be made soon. Regards Marshall From HeinerHummel@aol.com Tue Jul 28 01:47:21 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 94FF33A6AF4 for ; Tue, 28 Jul 2009 01:47:21 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.995 X-Spam-Level: X-Spam-Status: No, score=-1.995 tagged_above=-999 required=5 tests=[AWL=0.603, BAYES_00=-2.599, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Bz7AxrJqV6hq for ; Tue, 28 Jul 2009 01:47:20 -0700 (PDT) Received: from imo-d23.mx.aol.com (imo-d23.mx.aol.com [205.188.139.137]) by core3.amsl.com (Postfix) with ESMTP id AB91C3A6DA2 for ; Tue, 28 Jul 2009 01:47:18 -0700 (PDT) Received: from imo-da01.mx.aol.com (imo-da01.mx.aol.com [205.188.169.199]) by imo-d23.mx.aol.com (v107.10) with ESMTP id RELAYIN1-24a6ebb093e5; Tue, 28 Jul 2009 04:47:05 -0400 Received: from HeinerHummel@aol.com by imo-da01.mx.aol.com (mail_out_v40_r1.5.) id 5.c6c.51c61c49 (32914); Tue, 28 Jul 2009 04:47:02 -0400 (EDT) From: HeinerHummel@aol.com Message-ID: Date: Tue, 28 Jul 2009 04:47:02 EDT To: mrw@lilacglade.org, dino@cisco.com MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="-----------------------------1248770822" X-Mailer: 9.0 SE for Windows sub 5021 X-AOL-IP: 205.188.169.199 Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 08:47:21 -0000 -------------------------------1248770822 Content-Type: text/plain; charset="ISO-8859-1" Content-Transfer-Encoding: quoted-printable In einer eMail vom 27.07.2009 13:36:48 Westeurop=E4ische Normalzeit schrei= bt mrw@lilacglade.org: It was my understanding that the scalability of LISP would come from the ability to aggregate RLOCs for several sites behind a single LISP router (in other words, my ISP would have a LISP router within their network, aggregating RLOCs for a larger (logical or geographic) area. Well respected: LISP introduces, potentially, a new namespace. But then:= It reuses the old one by splitting it up. Whereas TARA would indeed introduce an new additional namespace, derived from the geographical coo= rdinates, which enables topology aggregation as to ABOLISH (not just reduce or reshape) the scalability problem. It was also mentioned that later on LISP may exchange its namespace by something better. But that can only work out in combination with some bett= er concept, i.e. with some other concept. Note, it neither takes a push- nor a pull model- to get geographical coordinates there where they are supposed to be. No ALT. No CONs. No noth= ing. And see above "ability to aggregegate": the use of geo.cordinates enables= not just one single aggregation hierarchy (like with IP prefixes) but as= many as you want: each single spot on the surface of this planet can be= viewed as the centerpoint of multiple areas of contentric circles around= it. I don't know of any better aggregation scheme and also believe that exploit= ing the geographical coordinates is the natural approach to deal with IP Mobility. Heiner -------------------------------1248770822 Content-Type: text/html; charset="ISO-8859-1" Content-Transfer-Encoding: quoted-printable
In einer eMail vom 27.07.2009 13:36:48 Westeurop=E4ische Normalzeit= schreibt mrw@lilacglade.org:
It was my understanding that the scalability of LISP would 
come from= the ability to aggregate RLOCs for several sites behind a 
single= LISP router (in other words, my ISP would have a LISP router 
within= their network, aggregating RLOCs for a larger (logical or 
geographic= ) area.
Well respected: LISP introduces, potentially, a new namespace. But th= en: It reuses the old one by splitting it up. Whereas TARA would indeed introduce  an new additional namespace, derived from the= geographical coordinates, which enables topology aggregation as to ABOLISH= (not just reduce or reshape) the scalability problem.
 
It was also mentioned that later on LISP may exchange its namespace= by something better. But that can only work out in combination with some bett= er concept, i.e. with some other concept.
Note, it neither takes a push- nor a pull model- to get geographical= coordinates there where they are supposed to be. No ALT. No CONs. No nothing.
 
And see above "ability to aggregegate": the use of geo.cordinates enables not just one single aggregation= hierarchy (like with IP prefixes) but as many as you want: each single spo= t on the surface of this planet can be viewed as the centerpoint of multip= le areas of contentric circles around it. I don't know of any better aggregat= ion scheme and also believe that exploiting the geographical coordinates is th= e natural approach to deal with IP Mobility.
 
 
Heiner
 
 
 
 
 -------------------------------1248770822-- From hartmans@mit.edu Tue Jul 28 03:35:50 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 739AC3A6E52 for ; Tue, 28 Jul 2009 03:35:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.387 X-Spam-Level: X-Spam-Status: No, score=-4.387 tagged_above=-999 required=5 tests=[AWL=1.612, BAYES_00=-2.599, J_CHICKENPOX_33=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id znTevdY7FPiW for ; Tue, 28 Jul 2009 03:35:49 -0700 (PDT) Received: from cmburns.debconf.org (cmburns.debconf.org [89.16.166.49]) by core3.amsl.com (Postfix) with ESMTP id 965A13A6D69 for ; Tue, 28 Jul 2009 03:35:49 -0700 (PDT) Received: from homer.dc9.debconf.org (unknown [194.224.98.146]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client CN "homer.dc9.debconf.org", Issuer "ca.debconf.org" (verified OK)) by cmburns.debconf.org (Postfix) with ESMTP id 89A4234DCC; Tue, 28 Jul 2009 10:35:40 +0000 (UTC) Received: from carter-zimmerman.suchdamage.org (host-0-16.rev.dc9.debconf.org [10.0.0.16]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client did not present a certificate) by homer.dc9.debconf.org (Postfix) with ESMTPS id 1AA56FFEB; Tue, 28 Jul 2009 10:35:40 +0000 (UTC) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 8E570452C; Tue, 28 Jul 2009 06:35:39 -0400 (EDT) To: Margaret Wasserman References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> From: Sam Hartman Date: Tue, 28 Jul 2009 06:35:39 -0400 In-Reply-To: (Margaret Wasserman's message of "Mon\, 27 Jul 2009 07\:36\:11 -0400") Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 10:35:50 -0000 >>>>> "Margaret" == Margaret Wasserman writes: Margaret> Sorry for the late reply, I was in transit. Margaret> There are a lot of things we will need in a future Margaret> LISP-based Internet that are not in charter for the LISP Margaret> WG (security, management, etc.). The LISP charter very Margaret> clearly restricts the work of the LISP WG to 5 items, Margaret> and mobility isn't one of them. It is my understanding of the LISP charter that security and management are in scope, although in some cases we may choose to document rather than solve security and management problems. I believe you were one of the people at the LISP BOF working to make sure that we worked on some aspects of management. Some aspects of management--defining a data model, management protocol are out of scope, but understanding management concerns, etc,are in scope. From hartmans@mit.edu Tue Jul 28 06:26:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id BCD763A6F6F for ; Tue, 28 Jul 2009 06:26:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.877 X-Spam-Level: X-Spam-Status: No, score=-4.877 tagged_above=-999 required=5 tests=[AWL=1.722, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id sjK3bCfTF+gh for ; Tue, 28 Jul 2009 06:26:08 -0700 (PDT) Received: from cmburns.debconf.org (cmburns.debconf.org [89.16.166.49]) by core3.amsl.com (Postfix) with ESMTP id B83D53A6ED6 for ; Tue, 28 Jul 2009 06:26:08 -0700 (PDT) Received: from homer.dc9.debconf.org (unknown [194.224.98.146]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client CN "homer.dc9.debconf.org", Issuer "ca.debconf.org" (verified OK)) by cmburns.debconf.org (Postfix) with ESMTP id 5BE5634DCB for ; Tue, 28 Jul 2009 13:26:08 +0000 (UTC) Received: from carter-zimmerman.suchdamage.org (host-0-16.rev.dc9.debconf.org [10.0.0.16]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client did not present a certificate) by homer.dc9.debconf.org (Postfix) with ESMTPS id D3CE3FFEB for ; Tue, 28 Jul 2009 13:26:06 +0000 (UTC) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 91601452C; Tue, 28 Jul 2009 09:26:06 -0400 (EDT) To: lisp@ietf.org From: Sam Hartman Date: Tue, 28 Jul 2009 09:26:06 -0400 Message-ID: User-Agent: Gnus/5.11 (Gnus v5.11) Emacs/22.2 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Subject: [lisp] Mobility architecture and LISP charter X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 13:26:09 -0000 I asked the proponents of the mobility architecture draft to prepare a slide explaining why their draft fits within the LISP charter. Since this was not presented yesterday, I'd like to ask for that here. Some discussion has already taken places, but I'd like to ask for a short explanation of why this draft falls within the charter that the proponents can agree to. The chairs will use this explanation along with comments from the discussion and AD in evaluating whether this is in scope. From lear@cisco.com Tue Jul 28 06:55:22 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A6D7B3A6D8F for ; Tue, 28 Jul 2009 06:55:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.732 X-Spam-Level: X-Spam-Status: No, score=-9.732 tagged_above=-999 required=5 tests=[AWL=0.867, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id vDmacheDef+c for ; Tue, 28 Jul 2009 06:55:21 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id 65B843A6E40 for ; Tue, 28 Jul 2009 06:55:21 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AlcAABigbkqQ/uCKe2dsb2JhbACBUZg2AQEWJAahRYgnj2IFhAyJbA X-IronPort-AV: E=Sophos;i="4.43,283,1246838400"; d="scan'208";a="45987261" Received: from ams-dkim-1.cisco.com ([144.254.224.138]) by ams-iport-1.cisco.com with ESMTP; 28 Jul 2009 13:54:40 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6SDselb031878; Tue, 28 Jul 2009 15:54:40 +0200 Received: from adsl-247-5-fixip.tiscali.ch (ams3-vpn-dhcp7812.cisco.com [10.61.94.131]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6SDseTB024284; Tue, 28 Jul 2009 13:54:40 GMT Message-ID: <4A6F0320.9000105@cisco.com> Date: Tue, 28 Jul 2009 15:54:40 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1.1) Gecko/20090715 Thunderbird/3.0b3 MIME-Version: 1.0 To: Sam Hartman References: In-Reply-To: X-Enigmail-Version: 0.97a Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1770; t=1248789280; x=1249653280; c=relaxed/simple; s=amsdkim1002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20Mobility=20architecture=20and= 20LISP=20charter |Sender:=20; bh=ZOk+XrK/Q2GVMX58/IpAYNCT96GLFvHhgEHcdAVyb10=; b=TRZPf0TTMWJABXL156XQBkF5S/JFR0PggqVoMHVVvGt9YLQs8JSf2CMN98 nF4IkZSbG+HY1fI8dMgPwLH7mEnUM7u0GrKMG8V8wD3kkiiJYsjLLs8kBZrV dDU/edWuuO; Authentication-Results: ams-dkim-1; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim1002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] Mobility architecture and LISP charter X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 13:55:22 -0000 Sam, LISP mobility is a natural area to explore (some of us considered doing so a while ago). One reason one could view it in scope is that mobility is likely to test the scalability of various mapping systems, demonstrating strengths and weaknesses. If one were to write an analysis about different mapping systems, you would certainly want to discuss mobility. It appears in the charter that you are being asked to do the analysis, and so this could be considered a supporting work. And even if you don't agree with that logic, you should still allow the authors to present work in this framework, even if you need to amend the charter. The output of this group will be experimental specifications, results, and analysis. Nothing here is closing the door on any other work the IETF or IRTF might produce or recommend. The LISP Mobility work also offers us an opportunity to compare and contrast other IP-based mobility systems like MIP[v6]. Similarly, I would suggest that other LISP-based mobility solutions be considered. Eliot On 7/28/09 3:26 PM, Sam Hartman wrote: > > I asked the proponents of the mobility architecture draft to prepare a > slide explaining why their draft fits within the LISP charter. Since > this was not presented yesterday, I'd like to ask for that here. Some > discussion has already taken places, but I'd like to ask for a short > explanation of why this draft falls within the charter that the > proponents can agree to. The chairs will use this explanation along > with comments from the discussion and AD in evaluating whether this is > in scope. > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > > From dmm@1-4-5.net Tue Jul 28 08:12:44 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 80ADC3A7051 for ; Tue, 28 Jul 2009 08:12:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id f44e6ALNcyxN for ; Tue, 28 Jul 2009 08:12:43 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 744783A704F for ; Tue, 28 Jul 2009 08:12:43 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id n6SFCXQC020281; Tue, 28 Jul 2009 08:12:33 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id n6SFCX0e020280; Tue, 28 Jul 2009 08:12:33 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Tue, 28 Jul 2009 08:12:33 -0700 From: David Meyer To: Sam Hartman Message-ID: <20090728151233.GA20055@1-4-5.net> References: MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="gKMricLos+KVdGMg" Content-Disposition: inline In-Reply-To: X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Cc: lisp@ietf.org Subject: Re: [lisp] Mobility architecture and LISP charter X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 28 Jul 2009 15:12:44 -0000 --gKMricLos+KVdGMg Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable On Tue, Jul 28, 2009 at 09:26:06AM -0400, Sam Hartman wrote: >=20 >=20 > I asked the proponents of the mobility architecture draft to prepare a > slide explaining why their draft fits within the LISP charter. Since > this was not presented yesterday, I'd like to ask for that here. Some > discussion has already taken places, but I'd like to ask for a short > explanation of why this draft falls within the charter that the > proponents can agree to. The chairs will use this explanation along > with comments from the discussion and AD in evaluating whether this is > in scope. Sam, I built slide 10 in the deck posted for the agenda to answer your question. Briefly: - Clearly routing must scale to support an Internet with a large number of mobile nodes. Since such mobility is expected to be a big part of the Internet's future, the network must scale to support mobility at this scale. - The LISP map-server and ALT infrastructure are mechanisms to do this for stationary sites which change addresses. Unlike the case with IPv6 and MIP6, we want to build an Internet where mobile nodes are first-class citizens (as just pointed out in MEXT). - The same infrastructure used when mobile nodes change addresses - Finally, a LISP site may be a single node. That is, the base LISP spec does not define the size of a LISP site or the EID-prefix that might be assigned to a site. LISP MN is in scope for the LISP WG for these reasons. To the point: LISP MN uses the LISP technology being standardized in the LISP WG today. Since that technology is in scope (obviously), LISP MN is in scope. Dave --gKMricLos+KVdGMg Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkpvFWEACgkQORgD1qCZ2KdCdACgj46kOnriKnYz8tkZwIhGQk1b cicAn25OZz+OzJ9CU21b3OmhvrZRsR/7 =sPtl -----END PGP SIGNATURE----- --gKMricLos+KVdGMg-- From dino@cisco.com Wed Jul 29 05:02:53 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C76213A7033; Wed, 29 Jul 2009 05:02:53 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.366 X-Spam-Level: X-Spam-Status: No, score=-6.366 tagged_above=-999 required=5 tests=[AWL=0.233, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id eR-OFN-e6aYE; Wed, 29 Jul 2009 05:02:53 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id F04323A6F75; Wed, 29 Jul 2009 05:02:52 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAI/Xb0qrR7PE/2dsb2JhbAC6Z4gnkDMFhBGBTg X-IronPort-AV: E=Sophos;i="4.43,289,1246838400"; d="scan'208";a="220667428" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-1.cisco.com with ESMTP; 29 Jul 2009 12:02:54 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6TC2sw6008959; Wed, 29 Jul 2009 05:02:54 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6TC2sIk017469; Wed, 29 Jul 2009 12:02:54 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 29 Jul 2009 05:02:54 -0700 Received: from dhcp-1789.meeting.ietf.org ([10.21.122.103]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 29 Jul 2009 05:02:53 -0700 Message-Id: From: Dino Farinacci To: Marshall Eubanks In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Wed, 29 Jul 2009 05:02:51 -0700 References: X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 29 Jul 2009 12:02:53.0847 (UTC) FILETIME=[80D0D270:01CA1044] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1358; t=1248868974; x=1249732974; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=nD092SkbaS6cNNW/MalWS3r3dBPzKQ4TiYIZ/VvyTWU=; b=JvISiOhxyPIEnCpXzaFm/zU7QGVAWD3G40IBQNm5J7iAsglRvc7WCnPRpL avFkBT2s11u/w5FSTtXeNZD4L2xoFFi/ZLcWNfYpkrC4lQxizcWQDuKCIC3s 2irk0OvMEA; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 29 Jul 2009 12:02:53 -0000 > This is a reminder that draft-fairhurst-6man-tsvwg-udptt and > > http://tools.ietf.org/html/draft-eubanks-chimento-6man-00 > > are still open and will be discussed at the 6man meeting Wednesday. > > Basically, one prescribes no checksum for the "outer" packet in > IPv6 encapsulations, the other a fixed checksum per flow. My > understanding is that this matter is relevant to LISP. > > If you are interested, please try to attend as a decision may be > made soon. Sorry, I have a conflict right now. But here is the position of one LISP implementor and a coauthor of the LISP specifications: From a practical perspective, we prefer that a LISP encapsulator (ITR and PTR) not incurred additional work when encapsulating packets. The main LISP spec indicates: (1) The UDP checksum in the outer header MUST be set to 0 by an encapsulator. (2) The decapsulator MUST ignore the UDP checksum. We stand by this text and see no reason to change it. There are no practical reasons to use outer header UDP checksums regardless of the 4 combinations of packet types (v4-in-v4, v6-in-v6, v6-in-v4, or v4-or-v6) being forwarded by LISP routers. Dino > > Regards > Marshall > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From iljitsch@muada.com Wed Jul 29 05:10:10 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9C35F3A62C1; Wed, 29 Jul 2009 05:10:10 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.192 X-Spam-Level: X-Spam-Status: No, score=-6.192 tagged_above=-999 required=5 tests=[AWL=0.407, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ayO363PLGd0Y; Wed, 29 Jul 2009 05:10:09 -0700 (PDT) Received: from sequoia.muada.com (sequoia.muada.com [83.149.65.1]) by core3.amsl.com (Postfix) with ESMTP id 6738C3A69FF; Wed, 29 Jul 2009 05:10:09 -0700 (PDT) Received: from dhcp-55f3.meeting.ietf.org (dhcp-55f3.meeting.ietf.org [130.129.85.243] (may be forged)) (authenticated bits=0) by sequoia.muada.com (8.13.3/8.13.3) with ESMTP id n6TC9R6x085387 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=NO); Wed, 29 Jul 2009 14:09:28 +0200 (CEST) (envelope-from iljitsch@muada.com) Message-Id: From: Iljitsch van Beijnum To: Dino Farinacci In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Wed, 29 Jul 2009 14:09:45 +0200 References: X-Mailer: Apple Mail (2.935.3) Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 29 Jul 2009 12:10:10 -0000 On 29 jul 2009, at 14:02, Dino Farinacci wrote: > From a practical perspective, we prefer that a LISP encapsulator > (ITR and PTR) not incurred additional work when encapsulating > packets. The main LISP spec indicates: > (1) The UDP checksum in the outer header MUST be set to 0 by an > encapsulator. > (2) The decapsulator MUST ignore the UDP checksum. > We stand by this text and see no reason to change it. Others, please note that this is orthogonal to the discussion at hand, as LISP packets will not go to unsuspecting IPv6 hosts, while with the help of a translator, legal-but-ill-advised IPv4 packets with UDP payload without a checksum will. From mrw@lilacglade.org Wed Jul 29 08:55:54 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id F1B953A6B6C for ; Wed, 29 Jul 2009 08:55:54 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.269 X-Spam-Level: X-Spam-Status: No, score=-2.269 tagged_above=-999 required=5 tests=[AWL=0.330, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id vBThr-EoZaWG for ; Wed, 29 Jul 2009 08:55:54 -0700 (PDT) Received: from QMTA11.emeryville.ca.mail.comcast.net (qmta11.emeryville.ca.mail.comcast.net [76.96.27.211]) by core3.amsl.com (Postfix) with ESMTP id 07B823A6AF7 for ; Wed, 29 Jul 2009 08:55:53 -0700 (PDT) Received: from OMTA15.emeryville.ca.mail.comcast.net ([76.96.30.71]) by QMTA11.emeryville.ca.mail.comcast.net with comcast id Modh1c0031Y3wxoABrvw7s; Wed, 29 Jul 2009 15:55:56 +0000 Received: from dhcp-53f4.meeting.ietf.org ([130.129.83.244]) by OMTA15.emeryville.ca.mail.comcast.net with comcast id Mrvf1c00A5GHNbm8brvj7j; Wed, 29 Jul 2009 15:55:54 +0000 Message-Id: From: Margaret Wasserman To: Eliot Lear In-Reply-To: <4A6D933F.1080701@cisco.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Wed, 29 Jul 2009 11:55:37 -0400 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> <4A6D933F.1080701@cisco.com> X-Mailer: Apple Mail (2.935.3) Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 29 Jul 2009 15:55:55 -0000 On Jul 27, 2009, at 7:45 AM, Eliot Lear wrote: > Hi Margaret, > > On 7/27/09 1:36 PM, Margaret Wasserman wrote: >> In this scenario, you are expecting LISP to run on the edge of my >> home or enterprise network, but I hadn't been thinking of it that >> way... It was my understanding that the scalability of LISP would >> come from the ability to aggregate RLOCs for several sites behind a >> single LISP router (in other words, my ISP would have a LISP router >> within their network, aggregating RLOCs for a larger (logical or >> geographic) area. > > When do RLOCs sit behind a LISP router? Most often one would expect > EIDs. I guess I'm not using the right terminology, sorry. I could also be misunderstanding something, but... It is my understanding that LISP provides a possible solution to the global route scaling problem because it creates two tiered routing domains: a global routing domain that uses RLOCS that are allocated in contiguous blocks that mirror the global network topology, and an edge routing domain that uses EIDs. I thought that the transition between the global routing domain (RLOCs) and the edge routing domain (EIDs) would happen at a fairly high level in the topology -- in an ISP network or perhaps at the edge of a large enterprise, which would result in significant scaling benefits for the Internet core. However, it seems that some of the design decisions being made in LISP (such as UDP/IP tunneling for NAT traversal, statements in the mobility spec) are being made to enable the RLOC-to-EID transition to happen at the edge of much smaller networks (homes, small offices, etc.), perhaps even behind a local NAT box. If LISP is deployed at the home gateway level, I am not sure how we gain much in the way of route scaling improvements, since we would have to support global domain (RLOC) routing all the way down to the per-home level, which is what we are doing today. So, what am I missing or misunderstanding? Margaret From lear@cisco.com Wed Jul 29 09:48:18 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0C7083A6822 for ; Wed, 29 Jul 2009 09:48:18 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.949 X-Spam-Level: X-Spam-Status: No, score=-9.949 tagged_above=-999 required=5 tests=[AWL=0.650, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id KJj7zLbZhj-q for ; Wed, 29 Jul 2009 09:48:17 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id CA6DF3A67D2 for ; Wed, 29 Jul 2009 09:48:16 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.43,289,1246838400"; d="scan'208";a="46086549" Received: from ams-dkim-2.cisco.com ([144.254.224.139]) by ams-iport-1.cisco.com with ESMTP; 29 Jul 2009 16:48:17 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6TGmH8S006203; Wed, 29 Jul 2009 18:48:17 +0200 Received: from adsl-247-5-fixip.tiscali.ch (ams3-vpn-dhcp7671.cisco.com [10.61.93.246]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6TGmGbS022445; Wed, 29 Jul 2009 16:48:16 GMT Message-ID: <4A707D50.3020905@cisco.com> Date: Wed, 29 Jul 2009 18:48:16 +0200 From: Eliot Lear User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1.1) Gecko/20090715 Thunderbird/3.0b3 MIME-Version: 1.0 To: Margaret Wasserman References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> <4A6D933F.1080701@cisco.com> In-Reply-To: X-Enigmail-Version: 0.97a Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 7bit DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1720; t=1248886097; x=1249750097; c=relaxed/simple; s=amsdkim2001; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=lear@cisco.com; z=From:=20Eliot=20Lear=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=+dKiqub/H8MjNcx2f6nhugYN663NftlIPOAMk7SrePE=; b=OxJER+Y2b38LK735tP9aRw0J0bydyzdRFz/HRy7BTJD4ZxHjYbKpaLwcK/ EiD/c2Asf+C3EfFEJ7fb8GW3ZraYo0SDOHDNjgXmdqnkSM4zUESD3XzzaUyU w0NWvCocqG; Authentication-Results: ams-dkim-2; header.From=lear@cisco.com; dkim=pass ( sig from cisco.com/amsdkim2001 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 29 Jul 2009 16:48:18 -0000 Hi Margaret, > It is my understanding that LISP provides a possible solution to the > global route scaling problem because it creates two tiered routing > domains: a global routing domain that uses RLOCS that are allocated > in contiguous blocks that mirror the global network topology, and an > edge routing domain that uses EIDs. > > I thought that the transition between the global routing domain > (RLOCs) and the edge routing domain (EIDs) would happen at a fairly > high level in the topology -- in an ISP network or perhaps at the edge > of a large enterprise, which would result in significant scaling > benefits for the Internet core. However, it seems that some of the > design decisions being made in LISP (such as UDP/IP tunneling for NAT > traversal, statements in the mobility spec) are being made to enable > the RLOC-to-EID transition to happen at the edge of much smaller > networks (homes, small offices, etc.), perhaps even behind a local NAT > box. > > If LISP is deployed at the home gateway level, I am not sure how we > gain much in the way of route scaling improvements, since we would > have to support global domain (RLOC) routing all the way down to the > per-home level, which is what we are doing today. > > So, what am I missing or misunderstanding? Not much. I think you've got quite a lot of it (or we're both missing a lot ;-). I would simply ask the question, when given a choice between chocolate and vanilla, have both. Life's too short. Why not go for both home gateways AND enterprise edges? I think it's perfectly feasible. What the mobile node draft then does, by the way, is take that one further. This tops the scaling chart. Eliot From dino@cisco.com Wed Jul 29 15:31:32 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9ABCA3A70F5 for ; Wed, 29 Jul 2009 15:31:32 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.405 X-Spam-Level: X-Spam-Status: No, score=-6.405 tagged_above=-999 required=5 tests=[AWL=0.194, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id AySijBdWwPIv for ; Wed, 29 Jul 2009 15:31:31 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id B6B973A70EA for ; Wed, 29 Jul 2009 15:31:31 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.43,290,1246838400"; d="scan'208";a="356622743" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-6.cisco.com with ESMTP; 29 Jul 2009 22:31:33 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6TMVXMx020645; Wed, 29 Jul 2009 15:31:33 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6TMVXSl026173; Wed, 29 Jul 2009 22:31:33 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 29 Jul 2009 15:31:33 -0700 Received: from host-78-64-88-7.homerun.telia.com ([10.21.74.3]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Wed, 29 Jul 2009 15:31:31 -0700 Message-Id: From: Dino Farinacci To: Margaret Wasserman In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Wed, 29 Jul 2009 14:14:14 -0700 References: <7070C816-A8C3-4D21-AFEA-82A70203E573@lilacglade.org> <08697F25-CB21-404D-8115-B8D61CC7B298@cisco.com> <4A6D933F.1080701@cisco.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 29 Jul 2009 22:31:33.0034 (UTC) FILETIME=[533400A0:01CA109C] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=3333; t=1248906693; x=1249770693; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20Mobility=20Architecture |Sender:=20; bh=ivtHAzzZGqRWIV0ep/rRmkk3AcC0wBvEH1mtT05Ijac=; b=OlhMJ6rFdKvcvDLxDOfiXg1IKMAksReQtE4IbfAlbBBgklJsMw414Pc9rr 6GgcSbEZSPUaQdNETjWrQ3aCHT4v/Xp4W3Fp9MbAKmByLWyftvPhAvEPk946 HbK2XeRt/L; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 29 Jul 2009 22:31:32 -0000 > On Jul 27, 2009, at 7:45 AM, Eliot Lear wrote: > >> Hi Margaret, >> >> On 7/27/09 1:36 PM, Margaret Wasserman wrote: >>> In this scenario, you are expecting LISP to run on the edge of my >>> home or enterprise network, but I hadn't been thinking of it that >>> way... It was my understanding that the scalability of LISP would >>> come from the ability to aggregate RLOCs for several sites behind >>> a single LISP router (in other words, my ISP would have a LISP >>> router within their network, aggregating RLOCs for a larger >>> (logical or geographic) area. >> >> When do RLOCs sit behind a LISP router? Most often one would >> expect EIDs. > > I guess I'm not using the right terminology, sorry. I could also be > misunderstanding something, but... > > It is my understanding that LISP provides a possible solution to the > global route scaling problem because it creates two tiered routing > domains: a global routing domain that uses RLOCS that are allocated > in contiguous blocks that mirror the global network topology, and an > edge routing domain that uses EIDs. Right. > I thought that the transition between the global routing domain > (RLOCs) and the edge routing domain (EIDs) would happen at a fairly > high level in the topology -- in an ISP network or perhaps at the > edge of a large The word "transition" usually means moving from one technology to another. So I think it is being misused here. EIDs are used over the top of the core infrastructure and are not globally routable. They are used as TCP/UDP socket-ids and don't change when RLOCs might. > enterprise, which would result in significant scaling benefits for > the Internet core. However, it seems that some of the design > decisions being made in LISP (such as UDP/IP tunneling for NAT > traversal, statements in the If the home is still going to use private addresses and the LISP architecture indicates EIDs are global addresses, NAT will still be needed to translate from a private address used as a TCP/UDP socket-id to a global one. And then you can encapsulate after the translation step to get multi-homing. > mobility spec) are being made to enable the RLOC-to-EID transition > to happen at the edge of much smaller networks (homes, small > offices, etc.), perhaps even behind a local NAT box. I don't know where you are referring to "RLOC-to-EID transition" and frankly don't know what you mean. > If LISP is deployed at the home gateway level, I am not sure how we > gain much in the way of route scaling improvements, since we would > have to support global domain (RLOC) routing all the way down to the > per-home level, which is what we are doing today. > > So, what am I missing or misunderstanding? LISP solves many problems due to it's level of indirection. The home gateway case allows you to have a single IP address as a locator much like a home NAT box does. But you get other benefits like: (1) Both egress and ingress low-opex multi-homing. (2) IPv6 usage at home to IPv6 servers wihtout needing IPv6 deployed between the 2 sites. (3) Allows TCP connections to stay up while your DSL provider changes your IP address (i.e. your RLOC). Dino > > Margaret > > > From jnc@mercury.lcs.mit.edu Wed Jul 29 17:36:59 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D6D6C3A6B9E for ; Wed, 29 Jul 2009 17:36:59 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9w7S11sM9sZE for ; Wed, 29 Jul 2009 17:36:59 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 236FB3A6A48 for ; Wed, 29 Jul 2009 17:36:58 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 84C106BE579; Wed, 29 Jul 2009 20:36:59 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730003659.84C106BE579@mercury.lcs.mit.edu> Date: Wed, 29 Jul 2009 20:36:59 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 00:36:59 -0000 > From: jnc@mercury.lcs.mit.edu (Noel Chiappa) >> From: Margaret Wasserman I just realized that this part of my answer was confusing/wrong. Let me try this again: >> Are you also expecting that I will have my own map server within, or at >> the edge of, my home network? > Although you do have to have a LISP router somewhere, and the closer to > the current location of the mobile node (topologically) the better, > otherwise you'll get 'stretch' in the path. A LISP Mobile Node is its own xTR (i.e. LISP encapsulating/decapsulating router); the mobile host is prepared to receive and emit wrapped packets. For communicating with a non-LISP host, the LISP MN does need a proxy LISP encapsulating/decapsulating router somewhere, the 'Proxy ITR/ETR' (these could be two different boxes, actually). Noel From jnc@mercury.lcs.mit.edu Wed Jul 29 18:10:22 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5B1AD3A6896 for ; Wed, 29 Jul 2009 18:10:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ax7YjGvVVc4j for ; Wed, 29 Jul 2009 18:10:21 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 36C123A6A38 for ; Wed, 29 Jul 2009 18:10:21 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 1EE706BE579; Wed, 29 Jul 2009 21:10:22 -0400 (EDT) To: lisp@ietf.org, mrw@lilacglade.org Message-Id: <20090730011022.1EE706BE579@mercury.lcs.mit.edu> Date: Wed, 29 Jul 2009 21:10:22 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 01:10:22 -0000 > From: Margaret Wasserman > It is my understanding that LISP provides a possible solution to the > global route scaling problem because it creates two tiered routing > domains: a global routing domain that uses RLOCS that are allocated in > contiguous blocks that mirror the global network topology, and an edge > routing domain that uses EIDs. No, not really. Well, what you say is accurate, but it's only a _partial_ picture of what's really going on. Like I said, the best way to think of LISP is that it's an incrementally deployable system which splits the single IP address namespace into two separate namespaces: one for location, and one for identity. In keeping with the 'incremental' part, there is a boundary between the (logical) part of the network in which those two separate name(space)s exist, and the (logical) part of the network in which there's only one; and the location of that boundary can move over time. In the 'basic' LISP configuration, that boundary is at the very edge of a site - to absolutely minimize the number of things that have to be changed (e.g. hosts and routers inside the site don't have to be touched). There's an xTR at the boundary (wherever that is) which encapsulates/decapsulates packets; the encapsulated packet has both an EID and an RLOC (i.e. names from the two separate namespaces). In the mobile node case, that boundary has moved right into the host: i.e. _part_ of the host software understand that there are two separate namespaces, and that the host has both an EID and an RLOC, and part (e.g. the TCP) known only of the single 'IP address' namespace. > I thought that the transition between the global routing domain (RLOCs) > and the edge routing domain (EIDs) would happen at a fairly high level > in the topology ... However, it seems that some of the design decisions > being made in LISP ... are being made to enable the RLOC-to-EID > transition to happen at the edge of much smaller networks (homes, small > offices, etc.), perhaps even behind a local NAT box. Right. That's the 'location of the boundary moves over time' thing. > If LISP is deployed at the home gateway level, I am not sure how we > gain much in the way of route scaling improvements, since we would have > to support global domain (RLOC) routing all the way down to the > per-home level, which is what we are doing today. The thing is that we expect RLOCs to be assigned in such a way that they are much more eggregatable (i.e. smaller routing tables). E.g. one problem has always been that people don't want to change their hosts' IP addresses, because it's a pain in the XXX. So they keep their IP addresses when they move, and that causes routing table bloat. To put it another way, the requirements of low routing overhead (aggregatable addresses) and the requirement of ordinary users (have unchanging IP addresses for their hosts) were diametrically opposed - and as long as we only had a single namespace, there was no way to do both of those things at the same time. Now, with separate EID and RLOC spaces, we can. RLOCs are assigned to be maximally aggregatable, and EIDs stay constant no matter where the host(s) move. E.g. when a small office moves to a different ISP, it can both keep its old IP addresses, but without adding an entry to the core routing tables. So, to go back to your question: even if we have a neighbourhood full of LISP MN's, the entire neighbourhood will still only generate a single routing table entry - all the LISP MN's will have RLOCs allocated from a single block, even if their EIDs are from all sorts of different blocks. > So, what am I missing or misunderstanding? Did that clarify it? If not, please keep asking questions. Noel From jnc@mercury.lcs.mit.edu Wed Jul 29 18:35:24 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D1C063A70EE for ; Wed, 29 Jul 2009 18:35:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id GSiilyhXic8B for ; Wed, 29 Jul 2009 18:35:24 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 04EA13A6767 for ; Wed, 29 Jul 2009 18:35:24 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 636726BE57D; Wed, 29 Jul 2009 21:35:25 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730013525.636726BE57D@mercury.lcs.mit.edu> Date: Wed, 29 Jul 2009 21:35:25 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 01:35:24 -0000 > From: Dino Farinacci > If the home is still going to use private addresses .. NAT will still > be needed to translate from a private address .. to a global one. The thing is that when NAT is used in a LISP context, there are _two_ potential ways to do so. Remember that NAT in a normal 'vanilla IPv4' context allows a single global IP address to be shared by a bunch of hosts. With LISP, in the first usage mode, a NAT box can allow a single _EID_ to be shared by a bunch of hosts. This happens when the NAT box is between i) the LISP two-namespace/one-namespace boundary (see previous message), and ii) the hosts. In the second usage mode, a NAT box can allow a single _RLOC_ to be shared by a bunch of xTRs. This happens when the NAT box is between i) the LISP two-namespace/one-namespace boundary (i.e. the xTRS), and ii) the rest of the network. I'm not sure there's much use for the second mode, mind... I imagine the usual usage mode would be to allow a single EID to be shared between a bunch of hosts. Note that NAT is sort of orthogonal to LISP - LISP splits a single namespace into two, where each namespace has _different_ properties; NAT shares a single name between several entities, where for each user of the name their use has _identical_ properties with the other users (except for referring to a different box). >> are being made to enable the RLOC-to-EID transition to happen at the >> edge of much smaller networks > I don't know where you are referring to "RLOC-to-EID transition" and > frankly don't know what you mean. I think she means 'transition from a mapped/wrapped packet, with separate RLOC and EID, to an unwrapped/unmapped packet, with only an EID'. > But you get other benefits like: > > (1) Both egress and ingress low-opex multi-homing. > ... > (3) Allows TCP connections to stay up while your DSL provider changes > your IP address (i.e. your RLOC). Do note that for the third (and probably the first as well), you need to have 'permanent' EIDs (IP addresses) assigned to your host(s); you can't use the IP address the provider handed out to your cable/DSL/whatever hookup, because when it renumbers, that IP address - and in particular, its 'EID nature' - will 'belong' to someone else. Noel From jnc@mercury.lcs.mit.edu Wed Jul 29 19:05:52 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 06FBC3A7127 for ; Wed, 29 Jul 2009 19:05:52 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zS-X1oRwnG58 for ; Wed, 29 Jul 2009 19:05:51 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 53F6F3A6E11 for ; Wed, 29 Jul 2009 19:05:51 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 1582C6BE57D; Wed, 29 Jul 2009 22:05:52 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730020552.1582C6BE57D@mercury.lcs.mit.edu> Date: Wed, 29 Jul 2009 22:05:52 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 02:05:52 -0000 > From: jnc@mercury.lcs.mit.edu (Noel Chiappa) > In the second usage mode, a NAT box can allow a single _RLOC_ to be > shared by a bunch of xTRs. This happens when the NAT box is between i) > the LISP two-namespace/one-namespace boundary (i.e. the xTRS), and ii) > the rest of the network. > I'm not sure there's much use for the second mode, mind... Doohhh. My brain really isn't firing on all cylinders tonight.. Having the NAT box between the xTR and the rest of the network is, of course, exactly what the situation will be anytime a LISP MN migrates to some place that's behind a NAT box. There's some extra hair the xTR has to deal with in this case (basically, since NAT boxes don't have LISP ALGs, the xTR has to find its 'real' global RLOC to put in LISP control messages), but I don't recall how that works. Noel From rw@firstpr.com.au Wed Jul 29 19:49:51 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9ACF63A67DA for ; Wed, 29 Jul 2009 19:49:51 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.895 X-Spam-Level: X-Spam-Status: No, score=-1.895 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_AU=0.377, HOST_EQ_AU=0.327] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id z33ZYr33cYn8 for ; Wed, 29 Jul 2009 19:49:50 -0700 (PDT) Received: from gair.firstpr.com.au (gair.firstpr.com.au [150.101.162.123]) by core3.amsl.com (Postfix) with ESMTP id 683E73A712C for ; Wed, 29 Jul 2009 19:49:49 -0700 (PDT) Received: from [10.0.0.6] (wira.firstpr.com.au [10.0.0.6]) by gair.firstpr.com.au (Postfix) with ESMTP id 37304175562; Thu, 30 Jul 2009 12:49:50 +1000 (EST) Message-ID: <4A710A54.70705@firstpr.com.au> Date: Thu, 30 Jul 2009 12:49:56 +1000 From: Robin Whittle Organization: First Principles User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org References: <20090730011022.1EE706BE579@mercury.lcs.mit.edu> In-Reply-To: <20090730011022.1EE706BE579@mercury.lcs.mit.edu> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: Noel Chiappa Subject: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 02:49:51 -0000 This follows from Noel's message, responding to Margaret, in the "Re: [lisp] LISP Mobility Architecture" thread: http://www.ietf.org/mail-archive/web/lisp/current/msg00744.html I haven't been following recent discussions and I don't have time to read about or critique the new LISP mobility ID. However folks interested in mobility might wish to compare it with a scheme which is applicable to LISP: TTR Mobility Extensions for Core-Edge Separation Solutions to the Internet's Routing Scaling Problem Robin Whittle, Steven Russert 2008-08-25 http://www.firstpr.com.au/ip/ivip/#mobile I will comment on these continued assertions about LISP involving two separate namespaces. Please see this page for links to all the previous discussion about the meaning of "namespace" and my posts to the list about this: http://www.firstpr.com.au/ip/ivip/namespace/ Noel Chiappa wrote: >> From: Margaret Wasserman > >> It is my understanding that LISP provides a possible solution to the >> global route scaling problem because it creates two tiered routing >> domains: a global routing domain that uses RLOCS that are allocated in >> contiguous blocks that mirror the global network topology, and an edge >> routing domain that uses EIDs. I think this is an accurate description of LISP and the other core-edge separation schemes such as APT, Ivip and TRRP. There needs to be not too many prefixes which contain RLOCs, since each such prefix needs to be in the global BGP routing table - and a primary goal of any core-edge separation scheme is to reduce the number of such routes. > No, not really. Well, what you say is accurate, but it's only a _partial_ > picture of what's really going on. > > Like I said, the best way to think of LISP is that it's an incrementally > deployable system which splits the single IP address namespace into two > separate namespaces: one for location, and one for identity. These are not separate namespaces according to any definition I have been able to find. Noel, what is your definition of "namespace"? LISP involves two subsets of the global unicast address space. Some prefixes are in the global routing table and their addresses can be used for RLOC addresses. EID addresses are in other prefixes which are not within the first set, and so do not contribute to the burden on the BGP control plane by adding to the size of the global BGP routing table. A namespace is a context within which a number or name is interpreted. If there were two separate namespaces, then 12.34.56.78 would have one meaning on namespace 1 and another in namespace 2. Any situation which handles packets with addresses in two separate namespaces needs a way to figure out which namespace to use for each packet when interpreting the meaning of its address. However, what happens with LISP or any other core-edge separation scheme is that multiple prefixes of the global unicast space constituting the "RLOC-capable" subset of the address space are used for one purpose and the remainder of the global unicast space cannot be used for routing packets in the BGP core. That second subset can be used for EID addresses. LISP (in any form suitable for the foreseeable future, and as currently formally defined) does not allow the use of a single address for both purposes at once. This would be possible only if there were separate namespaces. In principle, LISP could work with separate namespaces for RLOCs and EIDs, but there is no way this can work in any time in the foreseeable future because it would require all BGP routers to also recognise these two namespaces. Then, the BGP routers would be able to see the packet destination address 12.34.56.78 as being either within the RLOC namespace, or the EID namespace. This would require modifications to all BGP routers and some new packet structure to carry information specifying the use of the RLOC or EID namespace. The whole idea of LISP, APT, Ivip and TRRP is to remain compatible with existing packet structures and BGP routers (though there are options in Ivip which do involve modified routers and packet structures as a way of avoiding encapsulation). I am sure that as long as LISP is to remain compatible with existing packet structures and BGP routers, that it does not involve separate namespaces for RLOC and EID addresses. > In keeping with > the 'incremental' part, there is a boundary between the (logical) part of the > network in which those two separate name(space)s exist, and the (logical) > part of the network in which there's only one; and the location of that > boundary can move over time. Noel, I would appreciate it if you described with a concrete examples how these two separate "namespaces" would work. I think this would illuminate some misunderstandings or at least point out the different meanings you and I ascribe to the term "namespace". > In the 'basic' LISP configuration, that boundary is at the very edge of a > site - to absolutely minimize the number of things that have to be changed > (e.g. hosts and routers inside the site don't have to be touched). There's an > xTR at the boundary (wherever that is) which encapsulates/decapsulates > packets; the encapsulated packet has both an EID and an RLOC (i.e. names from > the two separate namespaces). > > In the mobile node case, that boundary has moved right into the host: i.e. > _part_ of the host software understand that there are two separate > namespaces, and that the host has both an EID and an RLOC, and part (e.g. the > TCP) known only of the single 'IP address' namespace. > > > > I thought that the transition between the global routing domain (RLOCs) > > and the edge routing domain (EIDs) would happen at a fairly high level > > in the topology ... However, it seems that some of the design decisions > > being made in LISP ... are being made to enable the RLOC-to-EID > > transition to happen at the edge of much smaller networks (homes, small > > offices, etc.), perhaps even behind a local NAT box. > > Right. That's the 'location of the boundary moves over time' thing. > > > If LISP is deployed at the home gateway level, I am not sure how we > > gain much in the way of route scaling improvements, since we would have > > to support global domain (RLOC) routing all the way down to the > > per-home level, which is what we are doing today. I share Margaret's concern. This is not a problem with the TTR approach to mobility. > The thing is that we expect RLOCs to be assigned in such a way that they are > much more eggregatable (i.e. smaller routing tables). This is the goal of LISP etc. To achieve it, the addresses used by end-user networks need to be EID addresses. This includes any end-user network where a mobile device might have its care-of address. If Mobile LISP involves end-user networks having RLOC addresses, then I can't see how LISP could achieve its goals of making such networks portable between ISPs without renumbering and/or giving them robust multihoming via two or more upstream ISPs. You can't have some address 12.34.56.78 be both an EID and an RLOC. If an ITR treated this address as an EID, it would encapsulate any packet with 12.34.56.78 as its destination address and tunnel it to some RLOC address, based on looking up the mapping for 12.34.56.78. If any packet is encapsulated and tunneled to an address which an ITR recognises as being within the EID subset of addresses (which I think Noel calls the EID "namespace") then either that ITR or some other ITR will simply encapsulate the resulting packet as just described. This would continue for as often as the RLOC address returned by the mapping system was also within the subset of addresses known as the EID subset: that subset for which the mapping system will return an RLOC. It is absolutely clear that this has never been the intention with LISP. Every draft from 00 to the current 12: http://tools.ietf.org/html/draft-farinacci-lisp-12#page-8 includes this as part of the definition of EID: "EIDs MUST NOT be used as LISP RLOCs." If there were two separate namespaces for RLOC and EID space, then this statement would not be true. The same numeric address could be used as both an EID and an RLOC. > E.g. one problem has always been that people don't want to change their > hosts' IP addresses, because it's a pain in the XXX. So they keep their IP > addresses when they move, and that causes routing table bloat. > > To put it another way, the requirements of low routing overhead (aggregatable > addresses) and the requirement of ordinary users (have unchanging IP > addresses for their hosts) were diametrically opposed - and as long as we > only had a single namespace, there was no way to do both of those things at > the same time. > > Now, with separate EID and RLOC spaces, we can. RLOCs are assigned to be > maximally aggregatable, and EIDs stay constant no matter where the host(s) > move. E.g. when a small office moves to a different ISP, it can both keep its > old IP addresses, but without adding an entry to the core routing tables. > > So, to go back to your question: even if we have a neighbourhood full of LISP > MN's, the entire neighbourhood will still only generate a single routing > table entry - all the LISP MN's will have RLOCs allocated from a single > block, even if their EIDs are from all sorts of different blocks. > > > > So, what am I missing or misunderstanding? > > Did that clarify it? If not, please keep asking questions. Noel, how can a LISP MN act as its own ETR without an RLOC address of its own? From all I know about LISP, any such ETR function needs to have a unique IP address which is part of a prefix in the RLOC subset of the global unicast subset of the address space. If the MN is in an end-user network, and that end-user network is using EID addresses (as it must be be portable and scalably multihomable, as LISP provides), then its address can't be within an RLOC prefix. So how could the MN be its own ETR? By contrast, in the TTR approach to mobility, the MN is not its own ETR. It establishes a two-way tunnel to a Translating Tunnel Router, which with a single RLOC address is the ETR for many MNs in potentially many networks. The MN's care-of address can be behind NAT and it will still be able to make a two-way encrypted tunnel to the TTR. The TTR acts as its ETR and also handles outgoing packets, so the TTR is probably also an ITR. Multihoming and mobility is achieved by the MN tunneling to multiple TTRs, ideally a TTR which is "close" to the network it is tunneling from. - Robin From jnc@mercury.lcs.mit.edu Wed Jul 29 20:15:36 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0A97F3A6AF2 for ; Wed, 29 Jul 2009 20:15:36 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id eMhsb904d2wi for ; Wed, 29 Jul 2009 20:15:35 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 2FBE63A6E7A for ; Wed, 29 Jul 2009 20:15:35 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 1CB5E6BE58C; Wed, 29 Jul 2009 23:15:36 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> Date: Wed, 29 Jul 2009 23:15:36 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 03:15:36 -0000 > From: Robin Whittle > A namespace is a context within which a number or name is interpreted. Exactly. > the remainder of the global unicast space cannot be used for routing > packets in the BGP core. Not necessarily. LISP is a long process, and things that are true at one phase are not true at another. Remember the big debate some months back about whether a LISP EID was a 'true' EID or not? Well, now, with LISP Mobile, they are (i.e. the LEIDs of mobile nodes contain absolutely no location information whatsoever). So I expect that some day we may well see instances of the same 32-bit number being the RLOC of one place, and the EID of a host somewhere else. > This includes any end-user network where a mobile device might have its > care-of address. LISP Mobile does not have care-of addresses. > how can a LISP MN act as its own ETR without an RLOC address of its > own? It has an RLOC: whatever IPvN address it has been assigned by DHCP, etc, on the network to which it is currently attached. > If the MN is in an end-user network, and that end-user network is using > EID addresses .. then its address can't be within an RLOC prefix. If a LISP MN is behind an existing xTR (e.g. at a site boundary), then packets to it from elsewhere in the network have to be double-LISP-encapsulated when the arrive at the site's ETR (i.e. by the encapsulating ITR). The site xTR strips the first layer, and then the xTR in the LISP MN strips the second. I'm not sure if this is covered in the draft, but it happens pretty naturally: the EID maps to an RLOC which happens to be an EID (i.e. there's a valid mapping for it), and gets mapped and encapsulated again. (This is an instance of a circumstance where the two namespaces do in fact overlap. There is some complex hair I won't go into where if 'core' RLOCs are being allocated out of a namespace with another syntax, e.g. some new variable-length locator-spare, the source ITR can tell when it can stop looking up the RLOC, on the offchance it's also an 'EID', because RLOCs with that syntax cannot be an EID, but that's a long way down the road so I'm going to ignore it for now.) Noel From rw@firstpr.com.au Wed Jul 29 23:49:07 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2DE923A715C for ; Wed, 29 Jul 2009 23:49:07 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.895 X-Spam-Level: X-Spam-Status: No, score=-1.895 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_AU=0.377, HOST_EQ_AU=0.327] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id u+B02jqMZqcv for ; Wed, 29 Jul 2009 23:49:05 -0700 (PDT) Received: from gair.firstpr.com.au (gair.firstpr.com.au [150.101.162.123]) by core3.amsl.com (Postfix) with ESMTP id 1815C3A70A2 for ; Wed, 29 Jul 2009 23:48:35 -0700 (PDT) Received: from [10.0.0.6] (wira.firstpr.com.au [10.0.0.6]) by gair.firstpr.com.au (Postfix) with ESMTP id 2A927176101; Thu, 30 Jul 2009 16:48:36 +1000 (EST) Message-ID: <4A71424A.4000801@firstpr.com.au> Date: Thu, 30 Jul 2009 16:48:42 +1000 From: Robin Whittle Organization: First Principles User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Subject: [lisp] Critique of Mobile LISP: draft-meyer-lisp-mn-00 X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 06:49:07 -0000 Short version: This LISP Mobile approach can't work when the MN's address is behind NAT, as it would be on virtually all domestic, SOHO and commercial Internet services today. This applies whether the NAT box's public address is a conventional "RLOC" address or a LISP- mapped EID address. It cannot typically achieve continual connectivity when the MN changes to a new address (what would be called a new Care-of Address in conventional MIP or with the TTR Mobility approach). It requires double encapsulation when the MN is on a LISP-mapped EID address. This is exceedingly burdensome for VoIP packets in IPv6, due to the need to duplicate the IPv6, UDP and LISP headers. This also worsens the Path MTU Discovery problems. For instance, if the MN moves from an RLOC address to an EID address, all the ITRs will need to add a second set of headers. However, the ITRs have no way of informing the sending hosts that there is now a reduced value for the maximum packet length they should send. Every MN needs a dedicated address for its ETR function. This is OK in IPv6 but very inefficient in IPv4. The MN's reliance on a frequently distant Map-Resolver will further delay initial packets and reduce the reliability of the system. The TTR Mobility approach has none of these problems. I read the I-D: http://tools.ietf.org/html/draft-meyer-lisp-mn-00 This mentions (p 5): Proxy ETR (PETR): An infrastructure element used to decapsulate packets sent from mobile nodes non-LISP sites. Proxy ETRs are described in [LISP-IW]. ^ There seems to be a word missing before "non-LISP". Maybe "to non-LISP sites."? "Proxy ETRs" are not described in: http://tools.ietf.org/html/draft-lewis-lisp-interworking-02 I don't understand how a "Proxy ETR" could be used while adhering to one of the User Requirements (5.1), which is to avoid triangle routing: Shortest Path Data Plane: The LISP-MN architecture MUST allow for shortest path bidirectional traffic between a LISP mobile node and a stationary node, and between a LISP mobile node and another LISP mobile node (i.e., without triangle routing in the data path). This provides a low-latency data path between the LISP mobile node and the nodes that it is communicating with. More on this below. The 3rd line of page 8 may be missing "changed" or similar after "are not". I see on page 9 that Map Servers can act as query servers, rather than simply forwarding mapping replies to ETRs. I recall discussing this a few months ago and being told that they did not do this. I think it is a good idea that they be able to respond to the query themselves. I also see that MNs never send packets directly to ordinary IP addresses ("RLOC" addresses, of hosts or whatever which are not on LISP-mapped "EID" addresses). Instead, the packet is tunneled to a PETR (Proxy ETR). This seems to be at odds with the requirement to avoid "triangle routing". Also on page 9: Note that a LISP mobile node will need additional interworking infrastructure when talking to non-LISP sites [LISP-IW]; this is consistent with the design of any host at a LISP site which talks to a host at a non-LISP site. Hosts operating on LISP-mapped addresses have never needed any additional infrastructure to send packets to (my understanding of "talking to") hosts with conventional addresses. Hosts on conventional ("RLOC") addresses in networks without ITRs have always required "additional infrastructure" to be able to send packets to hosts on LISP-mapped EID addresses. I proposed this in June 2006 and LISP acquired such a mechanism - as a Proxy Tunnel Router (ITR in the DFZ) - in November 2006. The following paragraph (pages 9 and 10) explicitly restates that packets sent from MNs to hosts (stationary or using conventional mobile IP techniques) on non-LISP networks (that is on "RLOC" rather than "EID" addresses) will be sent via an intermediate Proxy ETR. This seems to be at odds with the above mentioned user requirement for no triangle routing. On page 11 the location of the Proxy ETR is discussed: In general, the PETR will be co-located with the LISP mobile node's Map-Server. (See also discussion of section 12.1) Generally, no matter where in the world the MN is located, it only uses a single Map-Server, which is determined by the MN's EID address. This EID address and therefore the identity and location of the Map-Server will not alter from one month to the next, or one year to the next. So if the Map-Server is in California and the MN is in Bangladesh, as long as the Proxy ETR is the same device as the Map-Server, then if the MN has a packet to send to a non-LISP destination host in India, the packet will be encapsulated to California and then be sent in its raw form to India. This problem is acknowledged: This may add stretch to packets sent from a LISP mobile node to a non-LISP destination. However, this acknowledgement doesn't go far enough. The truth of the matter is that this violates the above user requirement to avoid triangle routing - and it would surely make this form of mobility unacceptable to most users. So far in the I-D, there has been no discussion of why this Proxy-ETR approach is required. I guess it is required because the local network which the MN has an address on is likely to have filtering which would drop any packet sent from the MN with its EID address as the source address, since this EID would not be part of the local network's address range. (This problem is solved in the TTR approach to mobility: http://www.firstpr.com.au/ip/ivip/#mobile by the MN forming a two-way encrypted tunnel to one or more Translating Tunnel Routers which are ideally nearby, and which send such packets, in the raw directly to the destination host.) On page 13, while I haven't tried to understand every aspect of how the MN updates the mapping information in ITRs of devices which are sending packets to it, I am concerned about the requirement that this update in some circumstances be not achieved at all - but rather that the desired result is achieved by the ITR's mapping cache timing out. In particular, a LISP mobile node SHOULD set the TTL on the mappings in its Map-Replies to be in 1-2 minute range. Does this mean either or both of the following? 1 - That MNs will burden ITRs with the need for frequent lookups of mapping, due to the short caching time. 2 - That this caching time of 1 to 2 minutes also controls how long it will take before an ITR can successfully tunnel packets to a MN which has changed its RLOC address? Point 1 is a scaling and efficiency problem - and can most easily be rectified by making the time very long, such as 30 minutes or a few hours. Point 2 is a direct constraint on connectivity when the MN changes its point of connection, which some MNs will do frequently. This problem can be reduced by reducing the caching time. So the goal of mobile connectivity seems to be directly at odds with the scalability of the LISP system. (With the TTR approach, the mapping does not need to change whenever the MN gets a new CoA. It only changes when it chooses to use a new TTR. A new TTR may not be required for months - as long as the CoA is within 1000km or so - and connectivity is retained no matter how far apart the CoA and TTR are.) Does this mean that in order to keep LISP scalable, and to minimise the burden on ITRs and the mapping resolution infrastructure, that when a MN moves to a new RLOC address, its user must put up with (typically) 1 or 2 minutes of lost connectivity? This would be completely unacceptable to most users, even if the application-level sessions survived - and most sessions would time out. (I will pass over the section on multicast - I haven't read the LISP multicast stuff and since multicast doesn't work on the global Internet today, I have never been able to figure out why LISP is concerned with it.) Section 9.1 discusses the MN being on a private address, such as 10.x.x.x or whatever - and therefore implicitly behind NAT. It cites a not-yet-existent I-D: "draft-x-lisp-nat-traversal-00.txt (work in progress), June 2009." I can find no mention of such a draft in the mailing list. I cannot imagine how this could work. Furthermore, I am sure it won't work. ITRs need to be able to tunnel packets to ETRs without any prior arrangement. The MN can't directly know the address of its NAT box. There might be some tricky way the MN's Map-Server could figure out the public address of the NAT box, but there's no way a properly written NAT function would allow packets sent by some ITR to be sent to the MN. LISP MNs cannot work if they are behind NAT - either where the NAT box's public address is in conventional ("RLOC") space or is a LISP-mapped EID address. Section 9.2 discusses the common scenario in which the MN's address is a LISP-mapped EID address. Packets sent to the MN need to go through the following steps: 1 - First level encapsulation to create a second header (the first header is that of the original packet, and contains in its destination field the EID address of the MN). This encapsulation is performed by one of: a - For a non-LISP-mobile sending host in a conventional LISP site: an ITR in that site. b - For a non-mobile or conventionally mobile sending host in a site without an ITR: in a Proxy Tunnel Router (PTR - ITR in the DFZ). c - For a LISP-mobile sending host: in the ITR function of that MN. The destination address of this second header is the EID address which the destination MN is using in a manner analogous to the "Care-of-Address" CoA in conventional mobile IP or in the TTR Mobility approach. This is the address by which the destination MN's ETR function can be reached. 2 - Second level encapsulation - the same ITR as mentioned above recognises that it has just applied an EID address in the previous step (normally, prior to this Mobility I-D, all such encapsulation was to an RLOC address, which explicitly cannot be an EID address), so it looks up the mapping for that EID address and finds it mapped to a real RLOC address. (I will assume the MN's "CoA" is not within the network of another LISP MN's network, which would require another level of headers still.) The destination address of this second header is the ETR address of the site at which the MN has its address (the address I consider to be its CoA address, although the I-D does not use this terminology). 3 - The resulting packet is forwarded, typically across the DFZ, and arrives at the ETR of the MN's site. That ETR pops off the 3rd header and forwards the packet to the internal address within that network which is the MN's "CoA" address - within the LISP-mapped EID space this network uses. 4 - The packet arrives at the MN's ETR function, which strips off the 2nd header and passes the original packet to its stack for normal processing. There are at least two problems with this arrangement: 1 - This doubles the packet overhead. This is particularly a concern for IPv6, where it is doubling the IPv6 header, the UDP header and the LISP header. Now the headers are way longer than many data packets, including especially VoIP packets. 2 - This worsens the problems with Path MTU Discovery - longer packets exceeding MTU limits. For instance, if the MN is originally on an RLOC address then the LISP ITR and the sending host *may* be able to set up the sending host's packet length to match the limitations of the path with one set of headers (IP, UDP and LISP). However, if the MN moves to a LISP-mapped EID address, then the ITR will need to apply a second set of headers. It has no way of conveying to the sending host that the maximum packet length should now be shorter - so either the packets will be dropped at the limiting router, or the ITR would need to fragment the packet and send it as two, for the ETR in the destination network to reassemble. There also needs to be some logic in the ITR to ensure that it won't keep adding headers if the mapping of one EID is also to an EID which is mapped to another EID. Section 12.1 contains a requirement that the Proxy ETR only accept packets sent from RLOCs which it is authorised to receive packets from. This authorisation information must come from the Map-Server which handles the EID which the MN's EID prefix is a part of. Even if a particular RLOC address is registered, this does not ensure that only packets from the MN will be handled by the Proxy ETR. There's no way the Proxy ETR could verify the real source of packets. The outer header's source address could be spoofed and so could the inner header's. In summary, the problems I see with this LISP Mobile approach include: 1 - Cannot work with the MN behind NAT, whether the NAT box's public address is an ordinary RLOC address or on a LISP-mapped EID address. 2 - Requires "triangle routing" via a Proxy ETR for packets sent by the MN to non-LISP destination hosts. In principle, the Map-Server could have multiple Proxy-ETRs all over the world and somehow tell the MN to use one closest to its current "CoA" address. This would start to resemble the TTR Mobility approach. 3 - Requires double encapsulation if the MN's "CoA" is on a LISP- mapped EID address. This is inefficient and leads to worse PMTUD problems 4 - AFAIK, in some or many scenarios, there would be lost connectivity when the MN changes its "CoA" - or at the very least a really undesirable trade-off between the goals of reducing this and of making the LISP system scalable. 5 - Does not scale will in IPv4, since each MN needs a dedicated address for its ETR function in addition to its own EID address. This ETR address cannot be used by any other device. While that ETR address may well be a LISP-mapped EID address, this is still chewing two addresses from the IPv4 space for a single mobile device. 6 - Relying on a typically distant Map-Resolver will increase the delay times for the MN's internal ITR function being able to send initial packets. It will also reduce the reliability of the system compared to the usual LISP arrangement where the Map-Resolver is in the sending host's own network. Dino and colleagues: Steve Russert and I proposed the TTR Mobility approach in August last year: http://www.firstpr.com.au/ip/ivip/#mobile The TTR Mobility approach is applicable to LISP. MNs work fine behind NAT and there is no problem with triangle routing, assuming that there is a network of TTRs such that the MN can generally use one which is nearby. (These would be commercially profitable systems, so there would be competition between TTR network providers.) There is no loss of connectivity when the MN changes its CoA, assuming it has a few seconds to set up one CoA before losing the current one. Connectivity will be continual from all CoAs, no matter how distant the TTR, but optimal path lengths, lower latency and reduced packet loss rates will be achieved when the MN uses a nearby TTR. >From what I can see the TTR approach would be better than what you are proposing in this new LISP Mobility draft. What objections would you have to using the TTR approach instead? - Robin From menth@informatik.uni-wuerzburg.de Thu Jul 30 01:36:48 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 552D228C12B for ; Thu, 30 Jul 2009 01:36:48 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.249 X-Spam-Level: X-Spam-Status: No, score=-2.249 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_DE=0.35] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9+5MgCoOyrgH for ; Thu, 30 Jul 2009 01:36:47 -0700 (PDT) Received: from mailrelay.rz.uni-wuerzburg.de (mailrelay.rz.uni-wuerzburg.de [132.187.3.28]) by core3.amsl.com (Postfix) with ESMTP id 4D41828C17D for ; Thu, 30 Jul 2009 01:36:46 -0700 (PDT) Received: from virusscan.mail (localhost [127.0.0.1]) by mailrelay.mail (Postfix) with ESMTP id CD440A0823 for ; Thu, 30 Jul 2009 10:36:45 +0200 (CEST) Received: from localhost (localhost [127.0.0.1]) by virusscan.mail (Postfix) with ESMTP id C0FA2A081F for ; Thu, 30 Jul 2009 10:36:45 +0200 (CEST) Received: from [130.129.20.107] (dhcp-146b.meeting.ietf.org [130.129.20.107]) by mailmaster.uni-wuerzburg.de (Postfix) with ESMTP id 9B4741990B6 for ; Thu, 30 Jul 2009 10:36:45 +0200 (CEST) Message-ID: <4A715B9C.4040700@informatik.uni-wuerzburg.de> Date: Thu, 30 Jul 2009 10:36:44 +0200 From: Michael Menth Organization: University of Wuerzburg User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org Content-Type: text/plain; charset=ISO-8859-15; format=flowed Content-Transfer-Encoding: 7bit X-Virus-Scanned: by amavisd-new at uni-wuerzburg.de Subject: [lisp] FIRMS X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list Reply-To: menth@informatik.uni-wuerzburg.de List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 08:36:48 -0000 Hi, I would like to draw your attention to my talk on a "Future InteRnet Mapping System (FIRMS)" in RRG on Friday 2.15 pm in Congresshall C. http://trac.tools.ietf.org/group/irtf/trac/wiki/RRGagendaStockholm This mapping system could be used also for LISP, but it is designed to be more general than for what LISP is currently intended, e.g., it supports per-EID mapping. We implemented the list-ms interface, but we call the map-server "map-base" in our proposal as it is not necessarily collocated with an ETR. I am looking forward to your comments. Regards, Michael -- Dr. Michael Menth, Assistant Professor University of Wuerzburg, Institute of Computer Science Am Hubland, D-97074 Wuerzburg, Germany, room B206 phone: (+49)-931/31-86644 (new), fax: (+49)-931/888-6632 mailto:menth@informatik.uni-wuerzburg.de http://www3.informatik.uni-wuerzburg.de/research/ngn From rw@firstpr.com.au Thu Jul 30 05:54:53 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 507A93A68A9 for ; Thu, 30 Jul 2009 05:54:53 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.895 X-Spam-Level: X-Spam-Status: No, score=-1.895 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_AU=0.377, HOST_EQ_AU=0.327] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 7VbOc2ZN9mSk for ; Thu, 30 Jul 2009 05:54:51 -0700 (PDT) Received: from gair.firstpr.com.au (gair.firstpr.com.au [150.101.162.123]) by core3.amsl.com (Postfix) with ESMTP id C889F3A69D2 for ; Thu, 30 Jul 2009 05:54:50 -0700 (PDT) Received: from [10.0.0.6] (wira.firstpr.com.au [10.0.0.6]) by gair.firstpr.com.au (Postfix) with ESMTP id E090B175E32; Thu, 30 Jul 2009 22:54:51 +1000 (EST) Message-ID: <4A719822.1090000@firstpr.com.au> Date: Thu, 30 Jul 2009 22:54:58 +1000 From: Robin Whittle Organization: First Principles User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org References: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> In-Reply-To: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: Noel Chiappa Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 12:54:53 -0000 Short version: "RLOC" and "EID" are not, and never have been, separate namespaces. They are two sets into which addresses may be classified, where the addresses are all interpreted according to the one namespace: that which applies to the set of addresses known as global unicast. Before LISP Mobile, and still according to draft-farinacci-lisp-12, "RLOC" and "EID" are disjoint sets. LISP Mobile can use one address as both an EID and an RLOC, so these sets are no longer disjoint, but are potentially overlapping. LISP and the other core-edge separation schemes do not involve separate namespaces for the RLOC and EID addressing functions. If they did (as HIP does) then we would not be able to have them voluntarily deployed on a wide enough scale to solve the routing scaling problem. Hi Noel, Thanks for your speedy response, in which you wrote: > > A namespace is a context within which a number or name is interpreted. > > Exactly. OK! > > the remainder of the global unicast space cannot be used for routing > > packets in the BGP core. > > Not necessarily. > > LISP is a long process, and things that are true at one phase are not true at > another. Remember the big debate some months back about whether a LISP EID > was a 'true' EID or not? Well, now, with LISP Mobile, they are (i.e. the > LEIDs of mobile nodes contain absolutely no location information whatsoever). > > So I expect that some day we may well see instances of the same 32-bit number > being the RLOC of one place, and the EID of a host somewhere else. An example of this appears in draft-meyer-lisp-mn-00. Please see my previous message which is a critique of this I-D: http://www.ietf.org/mail-archive/web/lisp/current/msg00749.html The ITR encapsulates a traffic packet so it will be tunneled to and ETR function of the MN, which can be on an EID address. If so, then the ITR adds a second layer of encapsulation so the resulting packet is tunneled to the ETR of the LISP site to which this EID prefix is currently mapped. Header 3: To ZZ, the ETR at the ISP which is being used by the LISP end-user network within which the MN is currently located. Header 2: To YY, the MN's address within that LISP end-user network. Header 1: The original packet - to XX, the MN's own EID address. Here the one address YY is used in both an EID role and an RLOC role: 1 - As the RLOC address of the MN's ETR function: that is, YY is the address at which the MN is currently located - which in this example happens to be in an end-user network network which is using LISP-mapped EID space. (This would generally be known as the MN's Care-of Address, but this terminology is not used in the LISP-MN draft.) The ITR got this address YY by looking up the mapping for the MN's own EID address: XX. 2 - YY is used as an EID because the MN's current address is within a LISP-mapped EID prefix. The ITR looks up its mapping for this and from that mapping decides on a particular ETR address to which this packet must be encapsulated. This is the ETR address of the ISP the LISP site is using - an RLOC address ZZ. > > This includes any end-user network where a mobile device might have its > > care-of address. > > LISP Mobile does not have care-of addresses. OK - but it has an address on the network to which it is currently attached. In mobile IP the same concept is known as a "care-of address" and I suggest this be used in Mobile LISP too. MNs will often have multiple care-of addresses (or whatever you want to call them) on multiple networks. For instance the MN could have an address on a 3G network and another via WiFi to a completely different network. Some of these addresses will be on RLOC addresses and others on EID addresses. > > how can a LISP MN act as its own ETR without an RLOC address of its > > own? > > It has an RLOC: whatever IPvN address it has been assigned by DHCP, etc, on > the network to which it is currently attached. As I mentioned in my critique, Mobile LISP can't work with the MN on an address behind NAT. > > If the MN is in an end-user network, and that end-user network is using > > EID addresses .. then its address can't be within an RLOC prefix. > > If a LISP MN is behind an existing xTR (e.g. at a site boundary), then > packets to it from elsewhere in the network have to be > double-LISP-encapsulated when the arrive at the site's ETR (i.e. by the > encapsulating ITR). The site xTR strips the first layer, and then the xTR in > the LISP MN strips the second. I have now read and commented on the LISP Mobile I-D. I had not anticipated that anyone would propose double encapsulation. > I'm not sure if this is covered in the draft, > but it happens pretty naturally: the EID maps to an RLOC which happens to be > an EID (i.e. there's a valid mapping for it), and gets mapped and > encapsulated again. > > (This is an instance of a circumstance where the two namespaces do in fact > overlap. There is some complex hair I won't go into where if 'core' RLOCs are > being allocated out of a namespace with another syntax, e.g. some new > variable-length locator-spare, the source ITR can tell when it can stop > looking up the RLOC, on the offchance it's also an 'EID', because RLOCs with > that syntax cannot be an EID, but that's a long way down the road so I'm > going to ignore it for now.) OK. I think you are using the term "namespace" far too loosely. A few days ago, you wrote: http://www.ietf.org/mail-archive/web/lisp/current/msg00726.html The scalability of LISP fundamentally derives from the addition of a new namespace (or, to be a tad more precise, splitting an existing namespace - addresses - into two separate ones: routing locators, and endpoint identifiers); and there is a layer of binding (i.e. associations of names from one namespace to names in the other) between the two namespaces. A namespace cannot be split. It is a context by which the meaning of a number or name is evaluated. The set of addresses to which a namespace applies can be split, but the result is not separate namespaces - it is just separate subsets of numbers within the original namespace. The set of numbers 0000 0000 to 9999 9999 has a particular set of meanings in the namespace of the Australian 03 telephone area code (Victoria and Tasmania). We can split this set of numbers in various ways. For instance, we can split it numerically, such as all the numbers starting with 7, all the numbers starting with 8 etc. We could also split this set it into subsets according to whether the number referred to an active telephone service or not. That subset could be further split into subsets for homes, business and government etc. None of these subsets are to be interpreted by separate namespaces. They are all interpreted according to a single namespace: the logic by which numbers in the 03 part of the Australian telephone number system are interpreted. There is another namespace for 8 digit numbers which are within the Australian 02 area code (New South Wales - daft name for an Australian state 38 times bigger than Wales . . .) A particular number/name 3344 5566 has one meaning in the 02 namespace and another, completely separate and independent, meaning in the 03 namespace. With Mobile LISP, even when the MN's internal ETR function is on an EID address, that address is still interpreted according to one namespace by which all global unicast addresses are interpreted. However, it is used for two purposes: Firstly, it is used as an address of an ETR. In that case, we think of it as an RLOC. Secondly, it is used as the address of something where that address is mapped by the LISP mapping system, and the system returns an "RLOC" address (rather than a response saying it is not mapped). In this case, the address is being used as an EID. When LISP was designed, and still according to the latest version: http://tools.ietf.org/html/draft-farinacci-lisp-12 it was not contemplated that any address would be used for both roles at once. Consequently, there is an edict to this effect: EIDs MUST NOT be used as LISP RLOCs. This will need to be revised in order to be compatible with draft-meyer-lisp-mn-00. The original LISP arrangement was not separate namespaces for RLOCs and EIDs - it was simply separating the set of addresses which the global unicast address space applies to into two separate subsets. Any address which is used as an EID is a member of the "EID" set and is prohibited from being used as an RLOC, so it can't be in the "RLOC" set. Now, with Mobile LISP, "EID" and "RLOC" become descriptions of roles which an address could perform. An address YY can be the RLOC of XX when XX is being used in its EID role. The same value YY can be used an EID role, for which an address ZZ is the RLOC of YY. I think it is neither accurate nor helpful to portray these separate roles or sets as separate namespaces. To do so would degrade the important and otherwise clear meaning of "namespace" and/or present LISP in a confusing and inaccurate manner. When an ITR gets mapping for a packet's destination address and therefore encapsulates the packet, it will at that point be using the inner (original) destination address as an EID and the results of the mapping lookup, for the outer destination address, as an RLOC. An ITR will always find a mapping for, and therefore will encapsulate, any packet whose address is within the EID subset of the global unicast address space. There is no separate namespace. All packets are treated the same way. If they arrive at or are generated within the ITR their outer header's destination address is examined to see whether the mapping system returns an RLOC. If it does, the packet is encapsulated with that RLOC address as the outer header's destination. Before the LISP Mobile I-D, and still according to draft-farinacci-lisp-12, these subsets of the set of global unicast addresses: RLOC EID were disjoint sets. Now, according to LISP Mobile, they are potentially overlapping sets. They are not separate namespaces. When a router or an ITR processes a packet with a given address NN in the destination field, it always does the same thing. There is nothing to say "interpret this as an EID" or "interpret this as an RLOC". (If there was, and if the ITR's behavior for NN changed as a result, then there would be separate EID and RLOC namespaces.) In all cases ordinary routers forward packets according to the destination address. In all cases the ITR looks at the destination address and if it can find mapping for that address as an EID, then it will encapsulate the packet. While it is technically possible to use an IPv6 RLOC address to tunnel a packet which is addressed to an IPv4 EID, this is not separate RLOC and EID namespaces, since the number ranges of IPv4 and IPv6 are incompatible. Here is how LISP could have separate namespaces for EIDs and RLOCs, using IPv4 addresses in the example. 44.55.66.77 when interpreted according to the EID namespace identifies a particular host. 44.55.66.77 when interpreted according to the RLOC namespace identifies an ETR address, which has no relationship whatsoever with the host just mentioned. This would be handy, since the entire set of global unicast addresses could be devoted to EID purposes and the same set could be used independently as RLOCs to identify billions of ETR addresses. However, to implement this, every router, including every DFZ router, would need to be modified to somehow identify the packets and decide which namespace within which to interpret the destination address. This could be done by looking past the IP header, finding a UDP header of the right sort and then finding a LISP header. Alternatively, the IPv4 header format could be changed to tell each router which namespace to use. This would be great except . . . . except we would have to re-engineer every router in the world before LISP could be used. The most important thing about the core-edge separation schemes (LISP, APT, Ivip and TRRP - maybe SixOne Router too) is that they do NOT use separate namespaces for identifying hosts and ETRs. This means they can be deployed globally without altering IP packet formats or modifying all routers. Also, there is no need to modify hosts. HIP has separate namespaces. It only works with modified hosts. HIP cannot be a solution to the routing scaling problem, because we need a system which can be introduced widely on an entirely voluntary basis. This rules out any system which only works with upgraded hosts, such as HIP. The requirement for widespread voluntary adoption may also rule out any system which requires upgrades to all DFZ routers. However I remain optimistic that the alterations to packet formats and DFZ router functions I suggest in draft-whittle-ivip4-etr-addr-forw-01 and especially http://www.firstpr.com.au/ip/ivip/ivip6/ could be introduced easily before Ivip is deployed. I tried to formalise these constraints due to the need for voluntary adoption: http://www.firstpr.com.au/ip/ivip/RRG-2009/constraints/ no-one seemed to have a significant disagreement with them. - Robin From dino@cisco.com Thu Jul 30 06:31:41 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 1D4E83A6C7D for ; Thu, 30 Jul 2009 06:31:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.433 X-Spam-Level: X-Spam-Status: No, score=-6.433 tagged_above=-999 required=5 tests=[AWL=0.166, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ntgOHc9xXeOF for ; Thu, 30 Jul 2009 06:31:40 -0700 (PDT) Received: from sj-iport-5.cisco.com (sj-iport-5.cisco.com [171.68.10.87]) by core3.amsl.com (Postfix) with ESMTP id 52BDD3A6C30 for ; Thu, 30 Jul 2009 06:31:40 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAHQ9cUqrR7PE/2dsb2JhbAC6MIgnkCMFhBGBTg X-IronPort-AV: E=Sophos;i="4.43,295,1246838400"; d="scan'208";a="88061186" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-5.cisco.com with ESMTP; 30 Jul 2009 13:31:42 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6UDVgJ2014164; Thu, 30 Jul 2009 06:31:42 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6UDVgbJ024192; Thu, 30 Jul 2009 13:31:42 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 06:31:41 -0700 Received: from dhcp-1789.meeting.ietf.org ([10.21.95.169]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 06:31:41 -0700 Message-Id: <2DC01886-6E0D-4135-B65A-0EEF9AF1A1CC@cisco.com> From: Dino Farinacci To: Robin Whittle In-Reply-To: <4A719822.1090000@firstpr.com.au> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 06:31:38 -0700 References: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> <4A719822.1090000@firstpr.com.au> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 30 Jul 2009 13:31:41.0599 (UTC) FILETIME=[12D102F0:01CA111A] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1541; t=1248960702; x=1249824702; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20does=20not=20involve=20 separate=20namespaces |Sender:=20; bh=xgrsCt65FLOcFblPODZbTd19+ul13fdr+AWqZ65ek+k=; b=rLsASY9IcR7416ybixcKBvHlIW/lV9sDmId7Jnj+TXiG5l/4X3c0GqPjS7 cenSxqR6mZo6MbCmQUdw9UFmZOHMLJ/fCkER/DHn15wY37H3NCV3ZMsUVils cAHZaBMWY6; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: lisp@ietf.org, Noel Chiappa Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 13:31:41 -0000 > Short version: "RLOC" and "EID" are not, and never have been, > separate namespaces. Let me give you an example where EIDs and RLOCs are separate namespaces. Today, the LISP test network uses 2610:00d0::/32 as a global unique EID-prefix. IPv6 sites will have devices assigned from this global prefix. This is a PI-prefix because it is not assigned to any service provider. This prefix is not injected into the underlying routing system, be it the /32 itself or any more specifics. RLOCs will be assigned out of the 2002::/16 (among possibly other high- level prefixes). They can be PA-assigned prefixes. They will be assigned to the LISP ETR CE/PE link. They will appear in locator-sets of LISP map-cache entries. So, architecturally, the 2 address spaces are separate and can implemented that way. It could be desirable to have an EID address out of the 2002::/16 space or a RLOC address out of the 2610:00d0::/32 space. But it may not be needed with such a large address space. For IPv4, life is harder because of the vast install base, so the clear separation is harder to appreciate. But you could have the same address assigned from each namespace. Just an FYI, in the prototype implementation, we use another VRF called "the LISP VRF" which stores solely EID-prefixes so we can operate the BGP-ALT in this namespace. And the default VRF has both namespaces so you can run underlying BGP at the site as well as having EID-subnets in your IGP. Dino From jnc@mercury.lcs.mit.edu Thu Jul 30 06:34:52 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 29C6B3A6829 for ; Thu, 30 Jul 2009 06:34:52 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id jeiQlzdDoJap for ; Thu, 30 Jul 2009 06:34:51 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 830D43A63EB for ; Thu, 30 Jul 2009 06:34:51 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id E73AD6BE5C4; Thu, 30 Jul 2009 09:34:52 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730133452.E73AD6BE5C4@mercury.lcs.mit.edu> Date: Thu, 30 Jul 2009 09:34:52 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 13:34:52 -0000 > From: Robin Whittle > "RLOC" and "EID" are not, and never have been, separate namespaces. Yes, that's why we don't need a translation service to map from one to another. Got it. Noel From scott.brim@gmail.com Thu Jul 30 06:42:40 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AB1B428C1BE for ; Thu, 30 Jul 2009 06:42:40 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.672 X-Spam-Level: X-Spam-Status: No, score=-2.672 tagged_above=-999 required=5 tests=[AWL=-0.073, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id LdiHyxwQH2cv for ; Thu, 30 Jul 2009 06:42:39 -0700 (PDT) Received: from mail-fx0-f226.google.com (mail-fx0-f226.google.com [209.85.220.226]) by core3.amsl.com (Postfix) with ESMTP id 79BA728C1EE for ; Thu, 30 Jul 2009 06:42:39 -0700 (PDT) Received: by fxm26 with SMTP id 26so679750fxm.42 for ; Thu, 30 Jul 2009 06:42:38 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:received:received:message-id:date:from :user-agent:mime-version:to:cc:subject:references:in-reply-to :content-type:content-transfer-encoding; bh=1SLlTPtcoSJ2guDzi+lH7+sqxMEdfoiR0qayI8ipxB0=; b=hvlP5a5kgVBUXASfD3eV2njBw59BA+JF0yhSRBlm2i9JGskpjFH357s7EvOiCV7gdO EQtlVjPvVbOUU6iw2xrfC/nLQwUv9h0jisAaZxigfgbrYX4bImqj82+vAAN3fhZkMzXc hdZbslXhQfIcgpIaUICdPkK9fxFuLZLk3xTrQ= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=message-id:date:from:user-agent:mime-version:to:cc:subject :references:in-reply-to:content-type:content-transfer-encoding; b=wbWWHMFg1LpjepT4LD1eEPTYdgNF7YhO9uvpBN4xPhdE5yDmx7Obi2oQd4X/xCcqaN HjOiKu1HqLX50yGT6MrOPAPir5Z+Xr6RsAFpXv+z9gywck5rgsLfO0qFgZU/OQLuFrbr HcnKG3E1Qm0LKhLYhvBDbav6DVvrKUUsZVmVs= Received: by 10.103.243.9 with SMTP id v9mr710342mur.72.1248961358088; Thu, 30 Jul 2009 06:42:38 -0700 (PDT) Received: from dhcp-55fa.meeting.ietf.org (dhcp-55fa.meeting.ietf.org [130.129.85.250]) by mx.google.com with ESMTPS id s10sm13879611muh.47.2009.07.30.06.42.36 (version=TLSv1/SSLv3 cipher=RC4-MD5); Thu, 30 Jul 2009 06:42:37 -0700 (PDT) Message-ID: <4A71A34A.3080503@gmail.com> Date: Thu, 30 Jul 2009 15:42:34 +0200 From: Scott Brim User-Agent: Mozilla/5.0 (Macintosh; U; Intel Mac OS X 10.5; en-US; rv:1.9.1.1) Gecko/20090715 Thunderbird/3.0b3 MIME-Version: 1.0 To: Dino Farinacci References: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> <4A719822.1090000@firstpr.com.au> <2DC01886-6E0D-4135-B65A-0EEF9AF1A1CC@cisco.com> In-Reply-To: <2DC01886-6E0D-4135-B65A-0EEF9AF1A1CC@cisco.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: Noel Chiappa , Robin Whittle , lisp@ietf.org Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 13:42:40 -0000 Dino Farinacci allegedly wrote on 07/30/2009 15:31 GMT+02:00: > So, architecturally, the 2 address spaces are separate and can > implemented that way. It could be desirable to have an EID address out > of the 2002::/16 space or a RLOC address out of the 2610:00d0::/32 > space. But it may not be needed with such a large address space. > > For IPv4, life is harder because of the vast install base, so the clear > separation is harder to appreciate. But you could have the same address > assigned from each namespace. Suppose a nameserver or some other piece of critical infrastructure is in RLOC space, and an endpoint wants to talk to it. What happens? How does the endpoint's site network, or xTR, tell whether the destination address is an RLOC or an EID if the address spaces overlap? Scott From jnc@mercury.lcs.mit.edu Thu Jul 30 06:49:07 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E55B43A6994 for ; Thu, 30 Jul 2009 06:49:07 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 2w+na9gL38Wz for ; Thu, 30 Jul 2009 06:49:07 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 5BD883A6C57 for ; Thu, 30 Jul 2009 06:49:06 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id D3A2A6BE5C7; Thu, 30 Jul 2009 09:49:07 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730134907.D3A2A6BE5C7@mercury.lcs.mit.edu> Date: Thu, 30 Jul 2009 09:49:07 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 13:49:08 -0000 > From: Scott Brim > Suppose a nameserver or some other piece of critical infrastructure is > in RLOC space, and an endpoint wants to talk to it. If endpoints want to be able to talk to it, probably the best way is to have an EID assigned to it. > How does ... tell whether the destination address is an RLOC or an EID > if the address spaces overlap? Without context, you can't. People seem to be forgetting the words 'incremental' and 'practical' here. Yes, if we were doing a 'clean sheet' design, we could make a clear separation between the two. HELLO! We don't have that luxury. Some ugliness is therefore inevitable. Noel From dino@cisco.com Thu Jul 30 06:54:15 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C017928C189 for ; Thu, 30 Jul 2009 06:54:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.153 X-Spam-Level: X-Spam-Status: No, score=-6.153 tagged_above=-999 required=5 tests=[AWL=-0.154, BAYES_00=-2.599, J_CHICKENPOX_47=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PF918v1y9fbV for ; Thu, 30 Jul 2009 06:54:14 -0700 (PDT) Received: from sj-iport-3.cisco.com (sj-iport-3.cisco.com [171.71.176.72]) by core3.amsl.com (Postfix) with ESMTP id E29DC3A6802 for ; Thu, 30 Jul 2009 06:54:09 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAE9DcUqrR7PD/2dsb2JhbAC6R4gnkCEFhBGBTg X-IronPort-AV: E=Sophos;i="4.43,295,1246838400"; d="scan'208";a="180564401" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-3.cisco.com with ESMTP; 30 Jul 2009 13:54:11 +0000 Received: from sj-core-5.cisco.com (sj-core-5.cisco.com [171.71.177.238]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6UDsBBZ010872; Thu, 30 Jul 2009 06:54:11 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id n6UDsBPh013155; Thu, 30 Jul 2009 13:54:11 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 06:54:11 -0700 Received: from dhcp-1789.meeting.ietf.org ([10.21.95.169]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 06:54:10 -0700 Message-Id: From: Dino Farinacci To: Scott Brim In-Reply-To: <4A71A34A.3080503@gmail.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 06:54:08 -0700 References: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> <4A719822.1090000@firstpr.com.au> <2DC01886-6E0D-4135-B65A-0EEF9AF1A1CC@cisco.com> <4A71A34A.3080503@gmail.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 30 Jul 2009 13:54:11.0268 (UTC) FILETIME=[37482840:01CA111D] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=3536; t=1248962051; x=1249826051; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20LISP=20does=20not=20involve=20 separate=20namespaces |Sender:=20; bh=gx/FM4LEvhVqbDqA8fyvAu4QXF2c2kQNI/oocFqkqns=; b=mFwpFyuBabdA2PJMfJ+23qwGwKij2NPLLIWrYkbefmt0nOgcKP8XZ+mNCy lGxR+HbeYEclhifUmbZWvn3DF2EZLth4o6hKy1pd4FHLLrjIM8kgmnHw3M71 A5aPfd1dfH; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: Noel Chiappa , Robin Whittle , lisp@ietf.org Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 13:54:15 -0000 > Dino Farinacci allegedly wrote on 07/30/2009 15:31 GMT+02:00: >> So, architecturally, the 2 address spaces are separate and can >> implemented that way. It could be desirable to have an EID address >> out >> of the 2002::/16 space or a RLOC address out of the 2610:00d0::/32 >> space. But it may not be needed with such a large address space. >> >> For IPv4, life is harder because of the vast install base, so the >> clear >> separation is harder to appreciate. But you could have the same >> address >> assigned from each namespace. > > Suppose a nameserver or some other piece of critical infrastructure > is in RLOC space, and an endpoint wants to talk to it. What > happens? How does the endpoint's site network, or xTR, tell whether > the destination address is an RLOC or an EID if the address spaces > overlap? The ALT tells you if the destination is in EID space or RLOC space. But that is not sufficient. You have to consider other cases based on the source address of the packet. If the source address of the site host is not from a list of configured EID-prefixes for the site, the ITR "natively forwards" the packet (which means it does not encapsulate it). So this would be RLOC- to-RLOC communication. If the source address of the site host is from a list of configured EID-prefixes for the site, the ITR will natively forward based on the first paragraph above. So this would be EID-to- RLOC communication. When an ITR is not attached to the ALT, which is the default setting for a LISP site router (because we want it to be as low-opex as possible), it will have "negative cache entries, which are coarse prefixes that reside in the map-cache, with an action of "natively forward". The map-resolver sends these "negative Map-Replies" when it finds out that the destination of a Map-Request is not in the ALT. The negative cache entries are very coarse so we can keep the smallest number as possible in the map-cache. I have included some "show ip lisp map-cache" output from an ITR on the LISP test network. Notice the bit patterns and prefix mask-lengths used based on a single EID- prefix block of 153.16.0.0/16 allocated to LISP sites. Dino ---- LISP IP Mapping Cache for VRF "default", 9 entries 0.0.0.0/1, uptime: 1d07h, expires: 23:54:43, via map-reply Negative cache entry, action: forward-native 128.0.0.0/4, uptime: 1d06h, expires: 23:54:43, via map-reply Negative cache entry, action: forward-native 152.0.0.0/8, uptime: 20:26:25, expires: 03:33:34, via map-reply Negative cache entry, action: forward-native 153.16.10.0/24, uptime: 1d07h, expires: 23:58:49, via map-reply, auth Locator Uptime State Priority/Weight Data|Control in/out xxx.xxx.xxx.xxx 1d07h up 1/50 0/0 | 909/910 xxx.xxx.xxx.xxx 1d07h up 1/50 0/0 | 910/910 153.16.19.0/24, uptime: 1d02h, expires: 23:58:49, via map-reply, auth Locator Uptime State Priority/Weight Data|Control in/ out xxx.xxx.xxx.x 1d02h up 5/100 3/4 | 3065/3066 154.0.0.0/7, uptime: 06:58:14, expires: 17:01:45, via map-reply Negative cache entry, action: forward-native 160.0.0.0/3, uptime: 06:50:32, expires: 17:09:27, via map-reply Negative cache entry, action: forward-native 192.0.0.0/3, uptime: 06:49:30, expires: 17:10:29, via map-reply Negative cache entry, action: forward-native ---- From mrw@lilacglade.org Thu Jul 30 09:12:13 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id EBB0E28C2E2 for ; Thu, 30 Jul 2009 09:12:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.232 X-Spam-Level: X-Spam-Status: No, score=-2.232 tagged_above=-999 required=5 tests=[AWL=0.367, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CUfPaYWHxiTP for ; Thu, 30 Jul 2009 09:12:12 -0700 (PDT) Received: from QMTA11.emeryville.ca.mail.comcast.net (qmta11.emeryville.ca.mail.comcast.net [76.96.27.211]) by core3.amsl.com (Postfix) with ESMTP id 46FB828C2ED for ; Thu, 30 Jul 2009 09:12:12 -0700 (PDT) Received: from OMTA17.emeryville.ca.mail.comcast.net ([76.96.30.73]) by QMTA11.emeryville.ca.mail.comcast.net with comcast id NG4A1c0051afHeLABGCFzh; Thu, 30 Jul 2009 16:12:15 +0000 Received: from dhcp-53f4.meeting.ietf.org ([130.129.83.244]) by OMTA17.emeryville.ca.mail.comcast.net with comcast id NGC01c00b5GHNbm8dGC4SM; Thu, 30 Jul 2009 16:12:12 +0000 Message-Id: <37958BAF-F87C-40E2-A83E-DFB85A09DDB7@lilacglade.org> From: Margaret Wasserman To: Noel Chiappa In-Reply-To: <20090730011022.1EE706BE579@mercury.lcs.mit.edu> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 12:11:59 -0400 References: <20090730011022.1EE706BE579@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) Cc: lisp@ietf.org Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 16:12:14 -0000 Hi Noel, Thank you for your response. It was very helpful, but I still have some questions/concerns... On Jul 29, 2009, at 9:10 PM, Noel Chiappa wrote: > > Like I said, the best way to think of LISP is that it's an > incrementally > deployable system which splits the single IP address namespace into > two > separate namespaces: one for location, and one for identity. In > keeping with > the 'incremental' part, there is a boundary between the (logical) > part of the > network in which those two separate name(space)s exist, and the > (logical) > part of the network in which there's only one; and the location of > that > boundary can move over time. This is what I referring to in my earlier message when I said RLOC-to- EID transition. I think that the term "boundary" is much clearer. Thank you. > >> I thought that the transition between the global routing domain >> (RLOCs) >> and the edge routing domain (EIDs) would happen at a fairly high >> level >> in the topology ... However, it seems that some of the design >> decisions >> being made in LISP ... are being made to enable the RLOC-to-EID >> transition to happen at the edge of much smaller networks (homes, >> small >> offices, etc.), perhaps even behind a local NAT box. > > Right. That's the 'location of the boundary moves over time' thing. In which direction do you think the boundary will move? Am I right in my understanding that I can only have one LISP boundary between an end-node and the Internet core? If so, will an end-site be unable to deploy LISP at their site boundary if their ISP has already deployed it at a higher level? If that is the case, and the LISP boundary starts at the edges of sites, it would require a lot of coordination to move that boundary towards the Internet core later (as it would have to move upward for all sites at the same time, and the sites might lose some advantages that they have been enjoying). > >> If LISP is deployed at the home gateway level, I am not sure how we >> gain much in the way of route scaling improvements, since we would >> have >> to support global domain (RLOC) routing all the way down to the >> per-home level, which is what we are doing today. > > The thing is that we expect RLOCs to be assigned in such a way that > they are > much more eggregatable (i.e. smaller routing tables). > > E.g. one problem has always been that people don't want to change > their > hosts' IP addresses, because it's a pain in the XXX. So they keep > their IP > addresses when they move, and that causes routing table bloat. > > To put it another way, the requirements of low routing overhead > (aggregatable > addresses) and the requirement of ordinary users (have unchanging IP > addresses for their hosts) were diametrically opposed - and as long > as we > only had a single namespace, there was no way to do both of those > things at > the same time. > > Now, with separate EID and RLOC spaces, we can. RLOCs are assigned > to be > maximally aggregatable, and EIDs stay constant no matter where the > host(s) > move. E.g. when a small office moves to a different ISP, it can both > keep its > old IP addresses, but without adding an entry to the core routing > tables. > > So, to go back to your question: even if we have a neighbourhood > full of LISP > MN's, the entire neighbourhood will still only generate a single > routing > table entry - all the LISP MN's will have RLOCs allocated from a > single > block, even if their EIDs are from all sorts of different blocks. This all makes sense to me, I think... Your explanation basically says (as I interpret it) that LISP will allow us to give provider-independent identifiers (EIDs) to end sites, without adding routes to the core Internet routing tables. There is an assertion/belief that end-sites will not care about what locators (RLOCs) are used to route their packets, as long as the identifier(s) (EIDs) that others (other end-nodes, users, customers) use to find them remain persistent, even if they move (topologically) within the Internet for whatever reason. So, we believe that we will be able to freely change a LISP-enabled site's RLOCs to retain a high level of aggregation, even when a site changes ISPs or the structure of the ISP network changes. If that assertion/belief is actually true, then I do understand (now that you have explained it to me -- thank you!) how LISP hopes to address the scaling issues with the global routing table, even if the LISP boundaries are at site boundaries. I have some concerns about how well this will work, though... We already (pre-LISP) have a situation where the DNS is often used as a mapping system to locate other sites and services. The DNS name(s) of a site do not change when the site's address(es) change, so the DNS name could be considered a persistent identifier. The problem is that certain properties of the DNS make it unreasonable to use DNS names in all of the places that we'd prefer to have a persistent identifier for a remote host. Are we sure that EIDs (and the associated EID->RLOC mapping mechanism) will be acceptable for this purpose? How are we planning to avoid the problems that have made the in the DNS unacceptable? Margaret From mrw@lilacglade.org Thu Jul 30 09:50:05 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 08D113A710F for ; Thu, 30 Jul 2009 09:50:05 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.212 X-Spam-Level: X-Spam-Status: No, score=-2.212 tagged_above=-999 required=5 tests=[AWL=0.053, BAYES_00=-2.599, IP_NOT_FRIENDLY=0.334] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dpmpAdYT+uT4 for ; Thu, 30 Jul 2009 09:50:04 -0700 (PDT) Received: from QMTA03.westchester.pa.mail.comcast.net (qmta03.westchester.pa.mail.comcast.net [76.96.62.32]) by core3.amsl.com (Postfix) with ESMTP id A9C513A6BF8 for ; Thu, 30 Jul 2009 09:50:04 -0700 (PDT) Received: from OMTA10.westchester.pa.mail.comcast.net ([76.96.62.28]) by QMTA03.westchester.pa.mail.comcast.net with comcast id NBNj1c0010cZkys53Gq7i9; Thu, 30 Jul 2009 16:50:07 +0000 Received: from dhcp-53f4.meeting.ietf.org ([130.129.83.244]) by OMTA10.westchester.pa.mail.comcast.net with comcast id NGpr1c0015GHNbm3WGpu8w; Thu, 30 Jul 2009 16:50:05 +0000 Message-Id: From: Margaret Wasserman To: Dino Farinacci In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 12:49:49 -0400 References: X-Mailer: Apple Mail (2.935.3) Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 16:50:05 -0000 On Jul 29, 2009, at 8:02 AM, Dino Farinacci wrote: >> This is a reminder that draft-fairhurst-6man-tsvwg-udptt and >> >> http://tools.ietf.org/html/draft-eubanks-chimento-6man-00 >> >> are still open and will be discussed at the 6man meeting Wednesday. >> >> Basically, one prescribes no checksum for the "outer" packet in >> IPv6 encapsulations, the other a fixed checksum per flow. My >> understanding is that this matter is relevant to LISP. >> >> If you are interested, please try to attend as a decision may be >> made soon. > > Sorry, I have a conflict right now. But here is the position of one > LISP implementor and a coauthor of the LISP specifications: > > From a practical perspective, we prefer that a LISP encapsulator > (ITR and PTR) not incurred additional work when encapsulating > packets. The main LISP spec indicates: > > (1) The UDP checksum in the outer header MUST be set to 0 by an > encapsulator. > (2) The decapsulator MUST ignore the UDP checksum. > > We stand by this text and see no reason to change it. Are you using "we" to refer to yourself as both an implementor and a co-author? ;-) FWIW, I have serious concerns about draft-fairhurst-6man-tsvwg-udptt, as it involves overloading the UDP "next-header" value to refer to two different header types (real UDP and UDP-TT). However, I also have serious concerns about using zero UDP checksums with IPv6. > > There are no practical reasons to use outer header UDP checksums > regardless of the 4 combinations of packet types (v4-in-v4, v6-in- > v6, v6-in-v4, or v4-or-v6) being forwarded by LISP routers. I think that this statement is answering the wrong question... Since we have standards-track protocols that indicate that UDP checksums must not be zero in IPv6 (for good reasons), I believe that we should use valid UDP checksums in IPv6 outer headers, unless we can provide practical (and compelling) reasons why _not_ to do so. So, what are those reasons? If we do manage to achieve consensus that it makes sense to zero-out the UDP checksum in IPv6 outer headers, there are a number of questions we will have to answer... The problem with eliminating the UDP checksum in UDP over IPv6 is that (unlike in IPv4) the IPv6 source and destination addresses are not protected. So, the packet may be corrupted such that it is sent to the wrong destination. When it arrives at the wrong destination, it may be processed by an IP stack that is unaware of LISP. We need to consider what will happen if one of these packets is received by a non-LISP node. Are you assuming that non-LISP stacks will simply throw away these packets, because they have zero (and therefore invalid) UDP checksums? That's only a good assumption if we assume that LISP is the _only_ protocol that will allow the use of zero checksums. If the packet is processed by the stack, there shouldn't be a non-LISP application on port 4342, so the packet should be dropped. We should define, however, how the sending LISP node will deal with an ICMPv6 "port unreachable" error, so that an error received from the wrong destination does not interfere with communication with the right destination. We also need to consider the possibility that a packet will be received by a different LISP node than the one for which it was intended, or that it will arrive at the correct LISP destination with the wrong source address in the external header. What happens in those cases? Margaret From christopher.morrow@gmail.com Thu Jul 30 10:28:22 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 069AA28C2D5; Thu, 30 Jul 2009 10:28:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id B5Fkv+3G6ofb; Thu, 30 Jul 2009 10:28:21 -0700 (PDT) Received: from mail-yw0-f174.google.com (mail-yw0-f174.google.com [209.85.211.174]) by core3.amsl.com (Postfix) with ESMTP id E53EF28C1BB; Thu, 30 Jul 2009 10:28:20 -0700 (PDT) Received: by ywh4 with SMTP id 4so1039994ywh.17 for ; Thu, 30 Jul 2009 10:28:18 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:sender:received:in-reply-to :references:date:x-google-sender-auth:message-id:subject:from:to:cc :content-type:content-transfer-encoding; bh=f6fPT5hnn3oR92O4yXr4aqq8bcDkO5Rw85W5XnpsuG8=; b=Z6mkVkXJauVKtFecuhBe7+I0tp6daz0cZvQsgkkMbZaQLNDOHO+QXCw+ekbuii9LLu ER+N9FhAW9VC+/D4sqeMtNvzlu/GtgaSvWXfXBSEiuEDr9JCHvV2tZayhHJLYU3r57HS tROXEhERsyrrQKKSpo1ygC/mA1w7A73wKLCNg= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:sender:in-reply-to:references:date :x-google-sender-auth:message-id:subject:from:to:cc:content-type :content-transfer-encoding; b=UctVqXpoNX9m/wHUxiqBEfz4oQzoUD+psvEOJXYSD/Ek4ELMqRh0Bgyd7L6x6j9QHR m36O6XmA1owGocO37GdguJTh1oh1/SLWQMuqDUKU9iU4Dg6y4eWhNJ4rkNm4YCZcQ3mv jpOdYIFfqTeuLRXRY1Yrjv/mx/p74hnWZDRnM= MIME-Version: 1.0 Sender: christopher.morrow@gmail.com Received: by 10.100.239.16 with SMTP id m16mr1803967anh.192.1248974898536; Thu, 30 Jul 2009 10:28:18 -0700 (PDT) In-Reply-To: References: Date: Thu, 30 Jul 2009 13:28:18 -0400 X-Google-Sender-Auth: b6abbe72ced87425 Message-ID: <75cb24520907301028g7076f9m73c3d9c4c2747f5e@mail.gmail.com> From: Christopher Morrow To: Margaret Wasserman Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 17:28:22 -0000 On Thu, Jul 30, 2009 at 12:49 PM, Margaret Wasserman wr= ote: > > > Since we have standards-track protocols that indicate that UDP checksums > must not be zero in IPv6 (for good reasons), I believe that we should use (enumerate good reasons pls) > valid UDP checksums in IPv6 outer headers, unless we can provide practica= l > (and compelling) reasons why _not_ to do so. =A0So, what are those reason= s? > > If we do manage to achieve consensus that it makes sense to zero-out the = UDP > checksum in IPv6 outer headers, there are a number of questions we will h= ave > to answer... I thought the question was actually to: o drop no-checksum packets at transition points (v4 -> v6) or o compute checksums at transition points I don't think there was discussion about not checksumming ipv6 packets, changing the v6 spec to look more like its predecessor here isn't a bad thing (I think)... but wasn't part of the original discussion. > The problem with eliminating the UDP checksum in UDP over IPv6 is that > (unlike in IPv4) the IPv6 source and destination addresses are not > protected. =A0So, the packet may be corrupted such that it is sent to the > wrong destination. =A0When it arrives at the wrong destination, it may be > processed by an IP stack that is unaware of LISP. huh? doesn't this mythical distant system have a network stack with state for UDP packets and isn't it going to just reject the packet with an icmp port-unreachable? (as happens today on all os's I've seen) > > We need to consider what will happen if one of these packets is received = by > a non-LISP node. =A0Are you assuming that non-LISP stacks will simply thr= ow some list originating node will get a spurious icmp port unreachable. > > We also need to consider the possibility that a packet will be received b= y a > different LISP node than the one for which it was intended, or that it wi= ll > arrive at the correct LISP destination with the wrong source address in t= he > external header. =A0What happens in those cases? lisp, I think, has nonce protections (or application layer protections) for this sort of mishap, it has to in order to deal with normal security issues. -chris From jnc@mercury.lcs.mit.edu Thu Jul 30 11:21:01 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C7CFD3A71E3 for ; Thu, 30 Jul 2009 11:21:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9S1C1Dl+RsiN for ; Thu, 30 Jul 2009 11:21:00 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 9DE673A71AA for ; Thu, 30 Jul 2009 11:21:00 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 65D6E6BE587; Thu, 30 Jul 2009 14:21:01 -0400 (EDT) To: lisp@ietf.org Message-Id: <20090730182101.65D6E6BE587@mercury.lcs.mit.edu> Date: Thu, 30 Jul 2009 14:21:01 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] LISP Mobility Architecture X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 18:21:01 -0000 > From: Margaret Wasserman > Thank you for your response. Sure. > but I still have some questions/concerns... Sure. >> That's the 'location of the boundary moves over time' thing. > In which direction do you think the boundary will move? My assumption has always been that it would move closer to the host, because I'd like to see the 'advanced' area (the one where the two separate namespaces are in use) spread over time, so that the architecture of the Internet as a whole can evolve. (I should explain that my long-term vision is that once we have a collection of xTRs as a boundary around a 'LISP' backbone, we can evolve what's inside that area separately from the edges.) > Am I right in my understanding that I can only have one LISP boundary > between an end-node and the Internet core? I too had originally assumed there would/could only be one, but as pointed out when the question about 'what happens when a LISP MN moves to a site which has already deployed LISP, and gets as an 'RLOC' an IPvN address which is actually an 'EID' in that site' came up, that situation is handled by having nested LISP encapsulations. I.e. you can have more than one boundary, they nest. As RW correctly points out, this has the usual downsides of multiple encapsulations: header overhead, etc. I'm also not thrilled about the way in which it entangles the EID and RLOC namespaces. The upside is that it's simpler to implement than the alternative (which is to have an encapsulation which can hold multiple, nested, RLOCs, and a mapping system which can return a nested-multi-RLOC output). > If so, will an end-site be unable to deploy LISP at their site boundary > if their ISP has already deployed it at a higher level? Although this is in fact technically feasible, it's still an interesting scenario to discuss and evaluate. I guess my first question is 'why would an ISP deploy LISP anywhere but the ISP/customer boundary anyway'? There's no point to deploying it at the ISP/ISP boundary. It would naturally be deployed at the customer boundary, to protect the customer from address changes in the ISP, no? > it would require a lot of coordination to move that boundary towards > the Internet core later (as it would have to move upward for all sites > at the same time The question of 'how to move the boundary' is an interesting one, but there' is not a synchronization issue - and in any event, I think it would be more likely to move in the other direction (i.e. away from the core). > .. LISP will allow us to give provider-independent identifiers (EIDs) > to end sites, without adding routes to the core Internet routing > tables. .. end-sites will not care about what locators (RLOCs) are used > to route their packets, as long as the identifier(s) (EIDs) that others > .. use to find them remain persistent, even if they move > (topologically) within the Internet for whatever reason. So, we believe > that we will be able to freely change a LISP-enabled site's RLOCs to > retain a high level of aggregation, even when a site changes ISPs or > the structure of the ISP network changes. Exactly. (In addition, a variety of things like multi-homing and traffic engineering are also simpler if location and identity and separated, but let's leave that for the moment.) > I have some concerns about how well this will work, though... Well, nothing in life is certain... :-) > We already (pre-LISP) have a situation where the DNS is often used as a > mapping system to locate other sites and services. The DNS name(s) of a > site do not change when the site's address(es) change, so the DNS name > could be considered a persistent identifier. The problem is that > certain properties of the DNS make it unreasonable to use DNS names in > all of the places that we'd prefer to have a persistent identifier for > a remote host. Well, exactly. I'd felt for a long time that we ought to be able to change addreses easily, because we had DNS, but apparently that isn't so. Too many places in the software use IP addresses, not DNS names. To some degree this seems to be partially historical - since DNS name are more recent, a lot of historical expectations were that we'd use IP addresses, and so they got built in to a lot of places they didn't need to be. Although there is _some_ success to DNS names, especially in places in which they are 'deeply embedded'. E.g. moving a web site to a different provider seems to be _relatively_ doable, because the web is _so_ centric on DNS names. > Are we sure that EIDs (and the associated EID->RLOC mapping mechanism) > will be acceptable for this purpose? I guess I'm hoping that a combination of i) already having two 'static' namespaces (DNS names and EIDS), ii) the fact that most hosts can't even see RLOCs, plus iii) hard-learned lessons about how painful it gets when names which ought to be dynamic get 'hard-coded' into places where we ought to be using non-dynamic names, will prevent the same problem happening all over again. We'll see, I guess! > How are we planning to avoid the problems that have made the in the DNS > unacceptable? It's not so much that DNS was unacceptable (I think), as that IP addresses were used, e.g. in access control lists at places other than the site itself. Were there problems with DNS names that led to people preferring addresses? To the extent there were problems with DNS names, would EIDs be so different that they would not share them? If so, then I think we can avoid people using RLOCs, and degrading their dynamicity? Does that sound plausible? Noel From lars.eggert@nokia.com Thu Jul 30 12:26:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 770C228C16D; Thu, 30 Jul 2009 12:26:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.571 X-Spam-Level: X-Spam-Status: No, score=-2.571 tagged_above=-999 required=5 tests=[AWL=0.028, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id otuLuM58+cmk; Thu, 30 Jul 2009 12:26:08 -0700 (PDT) Received: from mail.fit.nokia.com (mail.fit.nokia.com [195.148.124.195]) by core3.amsl.com (Postfix) with ESMTP id 67E2228C146; Thu, 30 Jul 2009 12:26:08 -0700 (PDT) Received: from [IPv6:2001:df8::80:225:ff:fe45:eccf] ([IPv6:2001:df8:0:80:225:ff:fe45:eccf]) (authenticated bits=0) by mail.fit.nokia.com (8.14.3/8.14.3) with ESMTP id n6UJPZwo039080 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=NOT); Thu, 30 Jul 2009 22:25:35 +0300 (EEST) (envelope-from lars.eggert@nokia.com) Message-Id: From: Lars Eggert To: Dino Farinacci In-Reply-To: Content-Type: multipart/signed; boundary=Apple-Mail-36-91789722; micalg=sha1; protocol="application/pkcs7-signature" Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 21:25:29 +0200 References: X-Mailer: Apple Mail (2.935.3) X-Greylist: Sender succeeded SMTP AUTH, not delayed by milter-greylist-4.2.2 (mail.fit.nokia.com [IPv6:2001:2060:40:1::123]); Thu, 30 Jul 2009 22:25:36 +0300 (EEST) Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 19:26:09 -0000 --Apple-Mail-36-91789722 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, Dino, On 2009-7-29, at 14:02, Dino Farinacci wrote: > From a practical perspective, we prefer that a LISP encapsulator (ITR > and PTR) not incurred additional work when encapsulating packets. could you share some data on how much of a performance impact we're talking about here? I was under the (maybe naive) impression that checksum offloading was practically ubiquitous these days. > The main LISP spec indicates: > > (1) The UDP checksum in the outer header MUST be set to 0 by an > encapsulator. > (2) The decapsulator MUST ignore the UDP checksum. > > We stand by this text and see no reason to change it. This is in direct conflict with what RFC2460 says, and I'd personally would find it problematic to approve publication of an Experimental protocol that did this, unless there was an IETF consensus on a standards-track document that would update RFC2460 accordingly. Such a document would IMO need to show extremely strong arguments for why this change is needed. Updating RFC2460 is also in direct conflict with the message that the IETF has been trying to send, namely, that IPv6 is stable and done. Is this really worth it? > There are no practical reasons to use outer header UDP checksums > regardless of the 4 combinations of packet types (v4-in-v4, v6-in-v6, > v6-in-v4, or v4-or-v6) being forwarded by LISP routers. I hear you, but is there any quantifiable downside to just compute the checksums, esp. if it can be done in hardware? 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Thu, 30 Jul 2009 13:22:39 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rOL-kR7vTmOp; Thu, 30 Jul 2009 13:22:38 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id D213228C11F; Thu, 30 Jul 2009 13:22:38 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id CE4016BE597; Thu, 30 Jul 2009 16:22:39 -0400 (EDT) To: ipv6@ietf.org, lisp@ietf.org Message-Id: <20090730202239.CE4016BE597@mercury.lcs.mit.edu> Date: Thu, 30 Jul 2009 16:22:39 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 20:22:39 -0000 > From: Lars Eggert > This is in direct conflict with what RFC2460 says, and I'd personally > would find it problematic to approve publication of an Experimental > protocol that did this, unless there was an IETF consensus on a > standards-track document that would update RFC2460 accordingly. Such a > document would IMO need to show extremely strong arguments for why this > change is needed. This is for an inter-router packet carriage use, not end-end. Why the dickens should there be a mandatory checksum on the data in the packet for sending a packet from one router to another? Noel From dino@cisco.com Thu Jul 30 13:25:51 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 83BEA3A6D19; Thu, 30 Jul 2009 13:25:51 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.436 X-Spam-Level: X-Spam-Status: No, score=-6.436 tagged_above=-999 required=5 tests=[AWL=0.163, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id LK4T7c7xuAax; Thu, 30 Jul 2009 13:25:50 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 8516D3A6D18; Thu, 30 Jul 2009 13:25:50 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAPOecUqrR7PE/2dsb2JhbAC7M4gnkEAFhBeBTg X-IronPort-AV: E=Sophos;i="4.43,297,1246838400"; d="scan'208";a="357321267" Received: from sj-dkim-4.cisco.com ([171.71.179.196]) by sj-iport-6.cisco.com with ESMTP; 30 Jul 2009 20:25:52 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-4.cisco.com (8.12.11/8.12.11) with ESMTP id n6UKPqlV030486; Thu, 30 Jul 2009 13:25:52 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6UKPq5c018997; Thu, 30 Jul 2009 20:25:52 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 13:25:52 -0700 Received: from host-78-64-88-106.homerun.telia.com ([10.21.144.178]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 13:25:51 -0700 Message-Id: From: Dino Farinacci To: Lars Eggert In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 13:25:49 -0700 References: X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 30 Jul 2009 20:25:51.0914 (UTC) FILETIME=[EEC228A0:01CA1153] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2442; t=1248985552; x=1249849552; c=relaxed/simple; s=sjdkim4002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=GYh9sd+/d2W3TzWcWk6iCa/F6XwF3eeUVsN6nvfUVAY=; b=ZJZSFuwS9nMH/rlrW00O7bxK5wfpMntcaYo6SfPTwiOHDcEikFpeMmAj1p LUKrC8F5WtAxjn50kq5ijDDF2rtcKYXBPLlI07zd5uMh/4Tf6QYHZRB7W96Q S7GWqAAnHm; Authentication-Results: sj-dkim-4; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim4002 verified; ); Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 20:25:51 -0000 > Hi, Dino, > > On 2009-7-29, at 14:02, Dino Farinacci wrote: >> From a practical perspective, we prefer that a LISP encapsulator (ITR >> and PTR) not incurred additional work when encapsulating packets. > > could you share some data on how much of a performance impact we're > talking about here? I was under the (maybe naive) impression that > checksum offloading was practically ubiquitous these days. One of the problems with IPv6 is that is so similar to IPv4 but different enough to cause pain for implementations. So since we can use 0 UDP checksums for IPv4 in UDP in IPv4, we would want to build (or use existing hardware) that does IPv6-or-IPv4 in UDP in IPv6. Reasons being (1) cost in building hardware, (2) chip area, (3) power, (4) complexity, and (5) inconsistency from IPv4. This is only for encapsulated packets. This is for the outer header only. >> The main LISP spec indicates: >> >> (1) The UDP checksum in the outer header MUST be set to 0 by an >> encapsulator. >> (2) The decapsulator MUST ignore the UDP checksum. >> >> We stand by this text and see no reason to change it. > > This is in direct conflict with what RFC2460 says, and I'd > personally would find it problematic to approve Sorry, but we want to build practical products. If you don't build practical standards, vendors will violate them. > publication of an Experimental protocol that did this, unless there > was an IETF consensus on a standards-track document that would > update RFC2460 accordingly. Such a document would IMO need to show > extremely strong arguments for why this change is needed. Updating > RFC2460 is also in direct conflict with the message that the IETF > has been trying to send, namely, that IPv6 is stable and done. Is > this really worth it? > >> There are no practical reasons to use outer header UDP checksums >> regardless of the 4 combinations of packet types (v4-in-v4, v6-in-v6, >> v6-in-v4, or v4-or-v6) being forwarded by LISP routers. > > I hear you, but is there any quantifiable downside to just compute > the checksums, esp. if it can be done in hardware? A hardware forwarding engine is not going to compute a pseudo-header checksum and compute every byte of a packet. It's just not going to happen. There has never been a requirement to do this before. My guess is you can slow performance by 20%. Dino From dino@cisco.com Thu Jul 30 13:30:13 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D9BE33A69D0; Thu, 30 Jul 2009 13:30:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.153 X-Spam-Level: X-Spam-Status: No, score=-6.153 tagged_above=-999 required=5 tests=[AWL=-0.154, BAYES_00=-2.599, J_CHICKENPOX_42=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mS64-oyOg8Za; Thu, 30 Jul 2009 13:30:13 -0700 (PDT) Received: from sj-iport-3.cisco.com (sj-iport-3.cisco.com [171.71.176.72]) by core3.amsl.com (Postfix) with ESMTP id 1E0C23A682F; Thu, 30 Jul 2009 13:30:13 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAOOfcUqrR7O6/2dsb2JhbAC7KognkD8FhBeBTg X-IronPort-AV: E=Sophos;i="4.43,297,1246838400"; d="scan'208";a="180687811" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-3.cisco.com with ESMTP; 30 Jul 2009 20:30:15 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6UKUFNg026810; Thu, 30 Jul 2009 13:30:15 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6UKUFHi023930; Thu, 30 Jul 2009 20:30:15 GMT Received: from xfe-sjc-212.amer.cisco.com ([171.70.151.187]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 13:30:14 -0700 Received: from host-78-64-88-106.homerun.telia.com ([10.21.144.178]) by xfe-sjc-212.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 13:30:13 -0700 Message-Id: <66F0C005-04F8-4F4F-9D79-28BF6229BDF1@cisco.com> From: Dino Farinacci To: Margaret Wasserman In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 13:30:10 -0700 References: X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 30 Jul 2009 20:30:13.0947 (UTC) FILETIME=[8AF138B0:01CA1154] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1492; t=1248985815; x=1249849815; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=qAH9i/Hp0RQGmtXtzeAaeMoPUfMGU3+yQ+CPCZTJO7A=; b=HUNIo5IRPGyoKfBr11CzLzA7J18sxCn8Nr1FzEwv9mP8Nr7inu98KE4hdW kMpGZxU7VBs/AAtbFE9gk3hb/v1wbZlfu+KGrQmNERbobXGtZmaUYVZ9R/Ff 18+IZRXcNF; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 20:30:13 -0000 > We need to consider what will happen if one of these packets is > received by a non-LISP node. Are you assuming Non-LISP nodes cannot decapsulate LISP packets so they don't have this problem. ;-) Zero UDP checksums are build in an outer UDP header by an ITR, and an ETR which decapsulates the packet will not check the checksum. > that non-LISP stacks will simply throw away these packets, because > they have zero (and therefore invalid) UDP checksums? We spec'ed this out for AMT as well. Same performance issue. > That's only a good assumption if we assume that LISP is the _only_ > protocol that will allow the use of zero checksums. If the packet > is processed by the stack, there shouldn't be a non-LISP application > on port 4342, so the packet should be dropped. We should define, > however, how the sending LISP node will deal with an ICMPv6 "port > unreachable" error, so that an error received from the wrong > destination does not interfere with communication with the right > destination. I cannot parse any of this and non of it makes sense to me. > We also need to consider the possibility that a packet will be > received by a different LISP node than the one for which it was > intended, or that it will arrive at the correct LISP destination > with the wrong source address in the external header. What happens > in those cases? This doesn't happen since the outer IP header is checksum. Dino From lars.eggert@nokia.com Thu Jul 30 15:28:09 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2E9723A68D6; Thu, 30 Jul 2009 15:28:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.539 X-Spam-Level: X-Spam-Status: No, score=-2.539 tagged_above=-999 required=5 tests=[AWL=0.060, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id bWO7VTBKtBQT; Thu, 30 Jul 2009 15:28:08 -0700 (PDT) Received: from mail.fit.nokia.com (mail.fit.nokia.com [195.148.124.195]) by core3.amsl.com (Postfix) with ESMTP id 215AE3A687E; Thu, 30 Jul 2009 15:28:07 -0700 (PDT) Received: from host-78-64-88-157.homerun.telia.com (host-78-64-88-157.homerun.telia.com [78.64.88.157]) (authenticated bits=0) by mail.fit.nokia.com (8.14.3/8.14.3) with ESMTP id n6UMRxie042854 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=NOT); Fri, 31 Jul 2009 01:27:59 +0300 (EEST) (envelope-from lars.eggert@nokia.com) Message-Id: <193AB49B-E857-4C8F-A091-A329CFC74625@nokia.com> From: Lars Eggert To: Noel Chiappa In-Reply-To: <20090730202239.CE4016BE597@mercury.lcs.mit.edu> Content-Type: multipart/signed; boundary=Apple-Mail-37-102740130; micalg=sha1; protocol="application/pkcs7-signature" Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 00:27:59 +0200 References: <20090730202239.CE4016BE597@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) X-Greylist: Sender succeeded SMTP AUTH, not delayed by milter-greylist-4.2.2 (mail.fit.nokia.com [195.148.124.194]); Fri, 31 Jul 2009 01:28:00 +0300 (EEST) Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 22:28:09 -0000 --Apple-Mail-37-102740130 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, On 2009-7-30, at 22:22, Noel Chiappa wrote: >> From: Lars Eggert > >> This is in direct conflict with what RFC2460 says, and I'd personally >> would find it problematic to approve publication of an Experimental >> protocol that did this, unless there was an IETF consensus on a >> standards-track document that would update RFC2460 accordingly. >> Such a >> document would IMO need to show extremely strong arguments for why >> this >> change is needed. > > This is for an inter-router packet carriage use, not end-end. Why > the dickens > should there be a mandatory checksum on the data in the packet for > sending a > packet from one router to another? Since we're up-levelling the discussion, I don't understand why one would use UDP as a router-router protocol in the first place, especially for IPv6, where the chance that the packet will hit a NAT are probably exactly zero. What I'm saying is that *if* UDP us used, it needs to be used according to the RFCs that capture the IETF consensus on their use, or the IETF consensus must be revised. 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Thu, 30 Jul 2009 15:33:06 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.439 X-Spam-Level: X-Spam-Status: No, score=-6.439 tagged_above=-999 required=5 tests=[AWL=0.160, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id pUyBLek+UR2M; Thu, 30 Jul 2009 15:33:05 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 5EC4D3A6A35; Thu, 30 Jul 2009 15:33:05 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEALe8cUqrR7O6/2dsb2JhbAC6XYgnkDsFhBeBTg X-IronPort-AV: E=Sophos;i="4.43,297,1246838400"; d="scan'208";a="221575434" Received: from sj-dkim-2.cisco.com ([171.71.179.186]) by sj-iport-1.cisco.com with ESMTP; 30 Jul 2009 22:33:07 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6UMX7aF027098; Thu, 30 Jul 2009 15:33:07 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6UMX7QQ009512; Thu, 30 Jul 2009 22:33:07 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 15:33:07 -0700 Received: from host-78-64-88-106.homerun.telia.com ([10.21.123.250]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 15:33:06 -0700 Message-Id: <54F0639D-A1EF-420B-9B14-EEC1CE77B212@cisco.com> From: Dino Farinacci To: Lars Eggert In-Reply-To: <193AB49B-E857-4C8F-A091-A329CFC74625@nokia.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 15:33:04 -0700 References: <20090730202239.CE4016BE597@mercury.lcs.mit.edu> <193AB49B-E857-4C8F-A091-A329CFC74625@nokia.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 30 Jul 2009 22:33:07.0015 (UTC) FILETIME=[B5A21D70:01CA1165] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1136; t=1248993187; x=1249857187; c=relaxed/simple; s=sjdkim2002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=9udPjd1vnNHaL2/fP54Z7ItpNipylxNNcKZjtQhFInk=; b=ZJrCyHqWlmpxSouUHys9+wkF3tdkBSb7GXYAAjRcDUWromCFKoYjUNr1jM SBaFGdETSqKsXygmAcHGj2iLQGYqMYBVjXiyRT+HZOIAvgobsMwnVvWNcdkp ez7cCnXg1x; Authentication-Results: sj-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim2002 verified; ); Cc: "ipv6@ietf.org" , Noel Chiappa , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 22:33:06 -0000 > Since we're up-levelling the discussion, I don't understand why one > would use UDP as a router-router protocol in the first place, > especially for IPv6, where the chance that the packet will hit a NAT > are probably exactly zero. Because when you use tunnel encapsulation, core routers attached to LAGs will see packets from one flow and polarize traffic on one member of the LAG. So if the encapsulator can modify the source port of the UDP header based on a 5-tuple hash of the inner header, then there can be evenly balanced LAGs. Core routers today load-split traffic across members of LAGs by doing a 5-tuple hash. And the 5 tuple hash works for TCP and UDP protocol numbered packets only. The LISP authors received a lot of good input from network operators to not create this LAG problem. Hence, LISP uses UDP encapsulation. > What I'm saying is that *if* UDP us used, it needs to be used > according to the RFCs that capture the IETF consensus on their use, > or the IETF consensus must be revised. And what we are are saying is to be practical (and sensible). Dino From lars.eggert@nokia.com Thu Jul 30 15:51:17 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0D1733A6A35; Thu, 30 Jul 2009 15:51:17 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.549 X-Spam-Level: X-Spam-Status: No, score=-2.549 tagged_above=-999 required=5 tests=[AWL=0.050, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id jkoV5S8ubvBf; Thu, 30 Jul 2009 15:51:16 -0700 (PDT) Received: from mail.fit.nokia.com (mail.fit.nokia.com [195.148.124.195]) by core3.amsl.com (Postfix) with ESMTP id D94773A6A30; Thu, 30 Jul 2009 15:51:15 -0700 (PDT) Received: from host-78-64-88-157.homerun.telia.com (host-78-64-88-157.homerun.telia.com [78.64.88.157]) (authenticated bits=0) by mail.fit.nokia.com (8.14.3/8.14.3) with ESMTP id n6UMp3Z5043119 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=NOT); Fri, 31 Jul 2009 01:51:03 +0300 (EEST) (envelope-from lars.eggert@nokia.com) Message-Id: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> From: Lars Eggert To: Dino Farinacci In-Reply-To: Content-Type: multipart/signed; boundary=Apple-Mail-38-104123675; micalg=sha1; protocol="application/pkcs7-signature" Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 00:51:03 +0200 References: X-Mailer: Apple Mail (2.935.3) X-Greylist: Sender succeeded SMTP AUTH, not delayed by milter-greylist-4.2.2 (mail.fit.nokia.com [195.148.124.194]); Fri, 31 Jul 2009 01:51:03 +0300 (EEST) Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 22:51:17 -0000 --Apple-Mail-38-104123675 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, >> could you share some data on how much of a performance impact we're >> talking about here? I was under the (maybe naive) impression that >> checksum offloading was practically ubiquitous these days. > > One of the problems with IPv6 is that is so similar to IPv4 but > different enough to cause pain for implementations. So since we can > use 0 UDP checksums for IPv4 in UDP in IPv4, we would want to build > (or use existing hardware) that does IPv6-or-IPv4 in UDP in IPv6. if the existing hardware sends UDP packets over IPv6 with checksum zero, it is not compliant to the RFCs. If you're building new hardware, you will have to sacrifice some gates to do a UDP checksum calculation. Alternatively, you could pick a different encapsulation or change the IETF consensus on using UDP in IPv6. > Sorry, but we want to build practical products. If you don't build > practical standards, vendors will violate them. Let me be blunt: If you are going to ignore IETF consensus, why are you here? If you want to change that consensus, please convince the IETF to do so. Ignoring the consensus and the process by which we arrive at it is not an option. >>> There are no practical reasons to use outer header UDP checksums >>> regardless of the 4 combinations of packet types (v4-in-v4, v6-in- >>> v6, >>> v6-in-v4, or v4-or-v6) being forwarded by LISP routers. >> >> I hear you, but is there any quantifiable downside to just compute >> the checksums, esp. if it can be done in hardware? > > A hardware forwarding engine is not going to compute a pseudo-header > checksum and compute every byte of a packet. It's just not going to > happen. I freely admit I'm not a hardware guy, but a hardware checksum was cheaply doable at (then) high-performance in 1995. See RFC1936. > There has never been a requirement to do this before. My guess is you > can slow performance by 20%. There hasn't been a requirement for IPv4 because there is an IP header checksum. As to the performance numbers, my guess would be different, which is why I asked if you had data. 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Thu, 30 Jul 2009 16:33:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id I9PKUe6SMoB6; Thu, 30 Jul 2009 16:33:09 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 294793A71A0; Thu, 30 Jul 2009 16:33:09 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 4A4EB6BE591; Thu, 30 Jul 2009 19:33:10 -0400 (EDT) To: ipv6@ietf.org, lisp@ietf.org Message-Id: <20090730233310.4A4EB6BE591@mercury.lcs.mit.edu> Date: Thu, 30 Jul 2009 19:33:10 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 30 Jul 2009 23:33:09 -0000 > From: Lars Eggert > Alternatively, you could pick a different encapsulation Dino, why don't we just drop the 'inside IPv6' encapsulations from the spec? I.e. keep only IPv4 in IPv4 and IPv6 in IPv4? The IPv6 encapsulations could be documented in a short non-IETF note that's posted on a personal web page somewhere. (I'm assuming here that there are a few ISPs who'd actually want to run inside IPv6, otherwise we could just drop them entirely.) Noel From christian.vogt@ericsson.com Thu Jul 30 17:01:21 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id F2A413A699A for ; Thu, 30 Jul 2009 17:01:20 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.399 X-Spam-Level: X-Spam-Status: No, score=-6.399 tagged_above=-999 required=5 tests=[AWL=-0.115, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4, SARE_MILLIONSOF=0.315] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id qBTUArRf26BN for ; Thu, 30 Jul 2009 17:01:19 -0700 (PDT) Received: from imr1.ericy.com (imr1.ericy.com [198.24.6.9]) by core3.amsl.com (Postfix) with ESMTP id A9DD63A6841 for ; Thu, 30 Jul 2009 17:01:19 -0700 (PDT) Received: from eusrcmw751.eamcs.ericsson.se (eusrcmw751.exu.ericsson.se [138.85.77.51]) by imr1.ericy.com (8.13.1/8.13.1) with ESMTP id n6V01IIt005776 for ; Thu, 30 Jul 2009 19:01:20 -0500 Received: from eusrcmw751.eamcs.ericsson.se ([138.85.77.56]) by eusrcmw751.eamcs.ericsson.se with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 19:01:02 -0500 Received: from [10.16.1.9] ([164.48.124.45]) by eusrcmw751.eamcs.ericsson.se with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 19:01:02 -0500 Message-Id: From: Christian Vogt To: lisp@ietf.org Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 01:59:46 +0200 X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 31 Jul 2009 00:01:02.0431 (UTC) FILETIME=[FE06B6F0:01CA1171] Subject: [lisp] CFP - Special Issue on Internet Routing Scalability in IEEE JSAC X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 00:01:21 -0000 Dear all - FYI and for further distribution: Below is a call for papers for a special issue on Internet routing scalability in the IEEE Journal on Selected Areas in Communications. - Christian ------------------------------------------------------------------------ CALL FOR PAPERS IEEE Journal on Selected Areas in Communications (JSAC) INTERNET ROUTING SCALABILITY The Internet routing infrastructure provides connectivity among millions of computers around the globe. As the Internet went through a phenomenal growth over the last three decades, its routing system has encountered multitude of challenges brought forth by the unprecedented scale of the system. In addition to the rapid growth in the number of customer networks, there have been increasing trends of customer network multihoming to facilitate load balancing and fail-over between multiple providers, desiring provider-independent IP address assignments over provider-allocated addresses to avoid internal renumbering when changing providers, and Virtual Private Networks (VPNs) deployment to support business and enterprise users. Unfortunately, the rapid user growth compounded with multihoming, provider-independent addressing, and VPN provisioning has led to a fast growth of the global routing systems. At the same time, Internet service providers (ISPs) face economical constraints that may prevent them from prompt upgrade to the latest technologies to meet the demands. More recently, the Internet routing architecture also confronted two new challenges: the imminent exhaustion of IPv4 address space and hence foreseeable wide deployment of IPv6, and the emerging mobile access to Internet from billions of hand-held devices. The latter further drives the demands for IPv6 roll out, yet the sheer size of the IPv6 address space presents a great scaling concern to the routing system, and the impact of various global-scale mobility solutions on the routing system remains to be fully understood. The ever increasing size of the global routing system also directly impacts its security and management. It is imperative to solve the routing scalability problems in order to enable continued growth of the Internet while allowing ISPs to operate with feasible upgrade intervals. This need has sparked a plethora of recent research efforts, with proposed solutions ranging from backwards-compatible, evolutionary techniques, to revolutionary clean-slate approaches. This special issue will focus on the latest research on Internet routing scalability. Prospective authors are expected to submit original unpublished contributions to further analyze the problem space, to compare and evaluate existing solution proposals, or to present new solutions. Topics of interest include, but are not limited to, the following: - addressing schemes that facilitate scalable routing designs, - scalable solutions to network multihoming, traffic engineering, and VPN support - impact of mobility on routing scalability - routing threat analyses and security methods - economical considerations - analytical or comparative studies All submissions must be prepared in accordance with the format described at http://www.jsac.ucsd.edu/Guidelines/info.html, and be sent via email to jsac-routing@lists.cs.ucla.edu according to the following timetable: Manuscript submission: October 30, 2009 Acceptance notification: February 15, 2010 Final Manuscript due: May 15, 2010 Publication: 3rd quarter, 2010 Guest Editors: - Tim Griffin, University of Cambridge UK (Timothy.Griffin@cl.cam.ac.uk) - Tony Li, Ericsson USA (tony.li@tony.li) - Dan Massey, Colorado State University, USA (massey@cs.colostate.edu) - Christian Vogt, Ericsson USA (christian.vogt@ericsson.com) - Jia Wang, AT&T Labs, Inc. - Research, USA (jiawang@research.att.com) - Lixia Zhang, University of California, USA (lixia@cs.ucla.edu) http://www.jsac.ucsd.edu/Calls/internetroutingscalabilityCFP.pdf From byzek@cisco.com Thu Jul 30 17:32:06 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A45393A6A49; Thu, 30 Jul 2009 17:32:06 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.203 X-Spam-Level: X-Spam-Status: No, score=-5.203 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, MIME_QP_LONG_LINE=1.396, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id oDCUqIHY--pj; Thu, 30 Jul 2009 17:32:05 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 8216A3A679C; Thu, 30 Jul 2009 17:32:05 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: Ap4EAOfXcUqrR7PD/2dsb2JhbACYeKEtiCeQPQWEF4FO X-IronPort-AV: E=Sophos;i="4.43,298,1246838400"; d="scan'208";a="191398102" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-2.cisco.com with ESMTP; 31 Jul 2009 00:32:07 +0000 Received: from sj-core-1.cisco.com (sj-core-1.cisco.com [171.71.177.237]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6V0W7nk023504; Thu, 30 Jul 2009 17:32:07 -0700 Received: from xbh-sjc-221.amer.cisco.com (xbh-sjc-221.cisco.com [128.107.191.63]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6V0W7b8006080; Fri, 31 Jul 2009 00:32:07 GMT Received: from xmb-sjc-214.amer.cisco.com ([171.70.151.145]) by xbh-sjc-221.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Thu, 30 Jul 2009 17:32:07 -0700 Received: from 10.116.77.98 ([10.116.77.98]) by xmb-sjc-214.amer.cisco.com ([171.70.151.145]) with Microsoft Exchange Server HTTP-DAV ; Fri, 31 Jul 2009 00:32:06 +0000 User-Agent: Microsoft-Entourage/12.15.0.081119 Date: Thu, 30 Jul 2009 20:31:34 -0400 From: byzek To: Lars Eggert , "Dino Farinacci (dino)" Message-ID: Thread-Topic: [lisp] IPv6 UDP checksum issue Thread-Index: AcoRaFuS8wnCiFuFTbq0MPm+bUrIqQADeYmE In-Reply-To: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> Mime-version: 1.0 Content-type: text/plain; charset="ISO-8859-1" Content-transfer-encoding: quoted-printable X-OriginalArrivalTime: 31 Jul 2009 00:32:07.0328 (UTC) FILETIME=[55976A00:01CA1176] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=2783; t=1249000327; x=1249864327; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=byzek@cisco.com; z=From:=20byzek=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=JYEOUqhVAVzgGedXR3NCCyMyUzrWW1JQux2hy+9kOgU=; b=hSqMj2oHYNLmmkMQRR9KuL03v/DbkXG/jTN7xwwX9j8zPVtg6m7wBRnXgy kNkd5oCj/wGIb5i8pg82q772ktnbLey8Z2uOZbR6Ip5GKAbXTPCnIfizIfp8 7JRZI9yHea; Authentication-Results: sj-dkim-3; header.From=byzek@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 00:32:06 -0000 On Thu 7/30/09 6:51 PM, "Lars Eggert" wrote: > Hi, >=20 >>> could you share some data on how much of a performance impact we're >>> talking about here? I was under the (maybe naive) impression that >>> checksum offloading was practically ubiquitous these days. >>=20 >> One of the problems with IPv6 is that is so similar to IPv4 but >> different enough to cause pain for implementations. So since we can >> use 0 UDP checksums for IPv4 in UDP in IPv4, we would want to build >> (or use existing hardware) that does IPv6-or-IPv4 in UDP in IPv6. >=20 > if the existing hardware sends UDP packets over IPv6 with checksum > zero, it is not compliant to the RFCs. If you're building new > hardware, you will have to sacrifice some gates to do a UDP checksum > calculation. Alternatively, you could pick a different encapsulation > or change the IETF consensus on using UDP in IPv6. >=20 >> Sorry, but we want to build practical products. If you don't build >> practical standards, vendors will violate them. >=20 > Let me be blunt: If you are going to ignore IETF consensus, why are > you here? >=20 > If you want to change that consensus, please convince the IETF to do > so. Ignoring the consensus and the process by which we arrive at it is > not an option. >=20 >>>> There are no practical reasons to use outer header UDP checksums >>>> regardless of the 4 combinations of packet types (v4-in-v4, v6-in- >>>> v6, >>>> v6-in-v4, or v4-or-v6) being forwarded by LISP routers. >>>=20 >>> I hear you, but is there any quantifiable downside to just compute >>> the checksums, esp. if it can be done in hardware? >>=20 >> A hardware forwarding engine is not going to compute a pseudo-header >> checksum and compute every byte of a packet. It's just not going to >> happen. >=20 > I freely admit I'm not a hardware guy, but a hardware checksum was > cheaply doable at (then) high-performance in 1995. See RFC1936. >=20 >> There has never been a requirement to do this before. My guess is you >> can slow performance by 20%. >=20 > There hasn't been a requirement for IPv4 because there is an IP header > checksum. As to the performance numbers, my guess would be different, > which is why I asked if you had data. It's not about performance; a large percentage of the currently-deployed hardware can=B9t do UDP checksum calculations during encapsulation because it doesn=B9t have access to the entire packet. Most hardware is streamlined to only provide the first n bytes of a packet to the forwarding engine, where typically n < 128. -J >=20 > Lars >=20 >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From rw@firstpr.com.au Thu Jul 30 18:32:14 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A5CB33A6A08 for ; Thu, 30 Jul 2009 18:32:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.895 X-Spam-Level: X-Spam-Status: No, score=-1.895 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, HELO_EQ_AU=0.377, HOST_EQ_AU=0.327] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wQ5Ec8tLQpZc for ; Thu, 30 Jul 2009 18:32:13 -0700 (PDT) Received: from gair.firstpr.com.au (gair.firstpr.com.au [150.101.162.123]) by core3.amsl.com (Postfix) with ESMTP id 9DA4A3A6B60 for ; Thu, 30 Jul 2009 18:32:12 -0700 (PDT) Received: from [10.0.0.6] (wira.firstpr.com.au [10.0.0.6]) by gair.firstpr.com.au (Postfix) with ESMTP id 9B8A6175C6E; Fri, 31 Jul 2009 11:32:13 +1000 (EST) Message-ID: <4A7249A4.7040004@firstpr.com.au> Date: Fri, 31 Jul 2009 11:32:20 +1000 From: Robin Whittle Organization: First Principles User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org References: <20090730031536.1CB5E6BE58C@mercury.lcs.mit.edu> <4A719822.1090000@firstpr.com.au> <2DC01886-6E0D-4135-B65A-0EEF9AF1A1CC@cisco.com> <4A71A34A.3080503@gmail.com> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: Scott Brim , Noel Chiappa Subject: Re: [lisp] LISP does not involve separate namespaces X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 01:32:14 -0000 I am replying to 5 sequential messages here - 2 from Dino, 2 from Noel and 1 from Scott. Dino's message: http://www.ietf.org/mail-archive/web/lisp/current/msg00752.html 2610:00d0::/32 and 2002::/16 are two separate subsets of the set of addresses which are global unicast. There is nothing about these which accords with the definition of "namespace" Noel and I agree on: msg00748: RW: A namespace is a context within which a number or name is interpreted. NC: Exactly. Dino - what is your definition of "namespace"? When an ordinary router receives a packet with a destination address matching either of these prefixes, it doesn't have any concept of LISP or of the EID or RLOC role the address may be playing. With Mobile LISP, the destination address could be in an RLOC role (of the MN's internal ETR function) at the same time as being in an EID role since it is a LISP-mapped EID address. So there is no such different interpretation of addresses in these prefixed by ordinary routers. Nor would an ITR which supports Mobile LISP treat them any differently. If an ITR receives, or generates within itself (as in Mobile LISP), a packet with an address which the mapping system returns one or more RLOCs for, then it will encapsulate the packet with one of those RLOCs as the destination address of the outermost header. So these are just subsets of the global unicast address space. Before Mobile LISP they were non-overlapping (disjoint) subsets. Now, with Mobile LISP, they are potentially overlapping sets. These sets - the fact that an address could be playing an EID and/or an RLOC role - have nothing at all to do with separate namespaces. Noel wrote: RW: > "RLOC" and "EID" are not, and never have been, separate > namespaces. Yes, that's why we don't need a translation service to map from one to another. Got it. Rather than just blowing me off, please respond to my messages msg00747 and msg00751 by showing in detail how LISP, as currently defined or as it could be introduced in any practical manner, involves separate namespaces for an address depending on the EID or RLOC role it is playing. There no such thing as translation from one namespace to another. There is no translation between namespaces for the Cisco phone number 526-4000. That number on its own is useless unless you happen to be calling from close to Cisco's head office. The namespace within which this number can be interpreted to identify the Cisco head office phone service is the US area code (400) namespace. There is no such thing as translating the meaning which 526-4000 has in the (400) namespace into an identical, similar or related meaning in the (399) namespace, the (401) namespace or any other namespace. RLOC and EID are roles an address can play within the LISP system. Sometimes an address plays both roles, as does the YY address in msg00751. Scott wrote in msg00747, responding to Dino: > How does the endpoint's site network, or xTR, tell whether the > destination address is an RLOC or an EID if the address spaces > overlap? Before Mobile LISP, and as LISP as currently defined by draft-farinacci-lisp-12 EID and RLOC address spaces are disjoint sets: EIDs MUST NOT be used as LISP RLOCs. therefore, it would be possible for an xTR (ITR or ETR) to determine which set a given address YY falls into. It would do this by sending a map request for YY. If it receives mapping, then YY is an EID. If not, YY is an RLOC. Before Mobile LISP, if a packet was addressed to an EID, then the ITR would encapsulate it. Then, since the resulting outer header was and RLOC address, and since an RLOC address could not also be an EID address, there was no need to examine the packet further. So the ITR simply forwards it. With Mobile LISP, the set of addresses which are playing an EID role can overlap with the set which are playing an RLOC role. So there is no clear notion of an address being "an EID" or "an RLOC". An address might be playing the EID role in one relationship and an RLOC role in another. Please see my attempt to explain how Mobile LISP works, with addresses XX, YY and ZZ in the double-encapsulation system, in msg00751. YY plays both roles at once. It is a member of both the EID and the RLOC subsets, which overlap. There is no separate namespace for handling addresses which are playing one role or another. Ordinary routers treat packets just the same, oblivious to LISP and the role the destination address might be playing in various parts of the LISP system. ETRs treat them just the same. If an ETR receives a packet with the outer destination address matching one of its ("RLOC") addresses, it strips off that outer header and then processes the packet according to the next header. ITRs treat them just the same. If an ITR receives, or generates within itself, a packet with YY as the destination address, it looks up the mapping for YY. It makes no difference whether or not YY was playing the RLOC role for an ETR which happens to be the internal ETR function of a MN. If the ITR receives mapping for YY, this tells it that YY is part of the set of addresses which are playing an EID role, so it encapsulates the packet with another set of headers (IP, UDP and LISP) with an outer destination address selected from the one or more "RLOC" addresses returned in the mapping. None of this involves separate namespaces. Noel wrote in msg00755: > People seem to be forgetting the words 'incremental' and > 'practical' here. Yes, if we were doing a 'clean sheet' design, we > could make a clear separation between the two. HELLO! We don't have > that luxury. Some ugliness is therefore inevitable. >From the perspective of architectural purity, I agree, ideally we would have separate namespaces so we could re-use the entire global unicast address space in an "RLOC" role without upsetting the existing "EID" role. On this basis, not having separate namespaces for addresses being used in these roles is indeed "ugly". On this basis, HIP is beautiful and LISP, APT, Ivip and TRRP are ugly. The routing scaling problem is a practical matter involving billions of dollars and the capacity of the Internet to work efficiently - including matters of economics, address space utilisation and access for new entrants. Billions of people depend on the Internet for business, interpersonal, emergency and political communications. The Internet is of vast practical value. As an academic exercise, the routing scaling problem probably would be best solved with a clean-slate design, separate namespaces or whatever. Our task is a practical one, and the constraints imposed by the need for very widespread voluntary adoption: http://www.firstpr.com.au/ip/ivip/RRG-2009/constraints/ mean that practical considerations are more important than theoretical ideals. LISP, APT, Ivip and TRRP all share the important attribute that they can work with all devices - existing hosts and routers - continuing to use the same single namespace for interpreting the meanings of addresses which are used in both the RLOC and EID roles. HIP can't do this. I am sure there could be a version of LISP with separate namespaces for the EID and RLOC functions. However, this would have nothing to so with LISP as a potentially practical solution to the routing scaling problem, which is what we are discussing on this list. With billions of dollars and the fate of one of humanity's greatest creations at stake, the fact that LISP, APT, Ivip, TRRP and any other core-edge separation scheme does not involve separate namespaces for EIDs and RLOCs is *beautiful*. Dino, in msg00756, demonstrates how an ITR treats destination addresses the same way irrespective of whatever EID or RLOC role they may be playing in some part of the LISP system. (I am assuming here that the ITR supports Mobile LISP.) The prefixes which are flagged "Negative cache entry" are flagged in effect: "Don't bother looking up the mapping for any address which matches this prefix - the ITR has already been told there is none. Therefore, treat this address as if it is playing an RLOC role and forward the packet, as it is, to the destination". Prefixes which have "Locator ..." are in effect: "Any destination address matching this prefix will be regarded as an EID by the ITR, and so its packet will be encapsulated, with the outer destination address being one of the "RLOC" addresses (xxx.xxx.xxx.xxx in Dino's listing) which have already been cached from a previous map request. If a packet arrives, or is generated internally, with a destination address which does not match any of the prefixes in the cache, then the ITR will request its mapping and a new entry will be added to the cache. Then, it will treat the package as described in one of the two previous paragraphs. The ITR doesn't know or care whether the destination address is playing an EID or an RLOC role. There is no separate namespace for EIDs and RLOCs. - Robin From rw@firstpr.com.au Thu Jul 30 19:24:35 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A5BED3A6C6F for ; Thu, 30 Jul 2009 19:24:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.895 X-Spam-Level: X-Spam-Status: No, score=-1.895 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_AU=0.377, HOST_EQ_AU=0.327] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id cx8BVnGG96I1 for ; Thu, 30 Jul 2009 19:24:34 -0700 (PDT) Received: from gair.firstpr.com.au (gair.firstpr.com.au [150.101.162.123]) by core3.amsl.com (Postfix) with ESMTP id 08C8C3A6D14 for ; Thu, 30 Jul 2009 19:23:51 -0700 (PDT) Received: from [10.0.0.6] (wira.firstpr.com.au [10.0.0.6]) by gair.firstpr.com.au (Postfix) with ESMTP id 2D917175A1B; Fri, 31 Jul 2009 12:23:53 +1000 (EST) Message-ID: <4A7255C0.4070003@firstpr.com.au> Date: Fri, 31 Jul 2009 12:24:00 +1000 From: Robin Whittle Organization: First Principles User-Agent: Thunderbird 2.0.0.22 (Windows/20090605) MIME-Version: 1.0 To: lisp@ietf.org References: <4A71424A.4000801@firstpr.com.au> In-Reply-To: <4A71424A.4000801@firstpr.com.au> Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Subject: Re: [lisp] Critique of Mobile LISP: draft-meyer-lisp-mn-00 - why not use the TTR approach instead? X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 02:24:35 -0000 Short version: In what ways do the LISP team think that the current Mobile LISP approach is superior to the TTR approach? I am certain that Mobile LISP's principle of locating the ETR in the MN cannot be made to work well enough to be acceptable to most users. An alternative has existed since June 2007 and was fully documented in August 2008 - the "TTR Mobility Extensions for Core-Edge Separation Solutions to the Internet's Routing Scaling Problem". The TTR approach is well suited to LISP. It will work fine with the MN's CoA behind NAT. It provides continual connectivity as long as the MN has at least one functional CoA. It does not require a mapping change every time the MN changes its CoA. For most users, if the current TTR is within 1000km or so of the MN, then there's no need to use another TTR, so there is no need to change the mapping. Even if the MN does acquire and rely upon a CoA on the other side of the Earth from the current TTR, a mapping change is not required. A mapping change is only needed to use a different TTR, and generally it is best to use one close to the MN, to reduce latency and the risk of packet loss. The MN can use both the old and the new TTRs at the same time, so there is no loss of connectivity as the mapping change propagates over seconds, minutes or even hours to the various ITRs which are handling packets addressed to the MN. Further to my critique: http://www.ietf.org/mail-archive/web/lisp/current/msg00749.html Mobile LISP follows the persistent assumption many people seem to have when thinking about mobility and a core-edge separation scheme such as LISP: that the Mobile Node (MN) should act as its own ETR. This lead most people to think that extending a core-edge separation scheme to mobility would be impractical, since this means the mapping would have to change every time the MN got a new Care-of Address (CoA) - the address it acquires on some access network, and it may acquire multiple such CoA addresses on multiple access networks. Mobile LISP follows this most obvious approach and it is indeed impractical for both of these two major reasons. Just one would be sufficient to make it completely impractical. 1 - When the MN needs to use a different CoA, connectivity can only continue after the mapping has been updated and all ITRs which are currently sending packets to the MN's ETR function at the old CoA begin using the new mapping. This makes the whole proposal a complete non-starter. Even with Ivip, which should be able to get mapping updates to all ITRs in a few seconds (for a small fee - a few cents I guess) this would be a non-starter because even a few seconds of lost connectivity is unacceptable. Furthermore, the cost of the updates becomes a significant impediment, considering the MN may acquire and use new CoAs frequently and automatically - perhaps every few seconds as various radio links become available. It is even worse with LISP, where there is no way of getting mapping to some or all ITRs in a few seconds. Reducing the time delay for all ITRs updating their mapping can in some - I guess many - cases only be achieved by shortening the caching time, and therefore burdening ITRs and the global mapping lookup system with more frequent lookups. A MN might have a WiFi CoA and a 3G CoA. The WiFi link is faster, cheaper and generally more reliable, so the WiFi CoA is the one to use as long as it is available. However, when the WiFi system becomes unreachable, the MN needs to switch to the 3G system within a fraction of a second, with no loss of connectivity. There's no way the current Mobile LISP approach can do this. 2 - The inability of the system to work when the MN's CoA is behind NAT. ITRs need to be able to tunnel packets to the ETR function without any delay, handshaking etc. This precludes the use of complex and time-consuming NAT traversal techniques (which, by the way, would be a great way of DOSing the MN and whatever servers were involved in the NAT traversal stuff). In IPv4 (the Internet which everyone relies upon - and the only one with a routing scaling problem) most mobile devices would be connected to the Net via NAT. For instance any device on cabled or WiFi Ethernet in a home or SOHO setting. The TTR approach has neither of these problems. I first described it on the RAM list in June 2007 (section: "ViP-Mobile"): http://www.ietf.org/mail-archive/web/ram/current/msg01518.html The TTR approach has been available to LISP or any other core-edge separation scheme since then - 2 years before the release of draft-meyer-lisp-mn-00. The TTR approach was fully documented, with diagrams etc. in August 2008: http://www.firstpr.com.au/ip/ivip/#mobile http://www.firstpr.com.au/ip/ivip/TTR-Mobility.pdf TTR Mobility Extensions for Core-Edge Separation Solutions to the Internet's Routing Scaling Problem Robin Whittle, Steven Russert 2008-08-25 - Robin From dino@cisco.com Fri Jul 31 00:12:20 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9F79228C1C7; Fri, 31 Jul 2009 00:12:20 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.599 X-Spam-Level: X-Spam-Status: No, score=-10.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ykJ3UlwmMzgk; Fri, 31 Jul 2009 00:12:19 -0700 (PDT) Received: from ams-iport-1.cisco.com (ams-iport-1.cisco.com [144.254.224.140]) by core3.amsl.com (Postfix) with ESMTP id B7AFB3A6DF3; Fri, 31 Jul 2009 00:12:18 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AlgAAOk1ckqQ/uCLe2dsb2JhbACaGgEBFiQGnjqIJ5A+BYQXgU4 X-IronPort-AV: E=Sophos;i="4.43,301,1246838400"; d="scan'208";a="46182263" Received: from ams-dkim-2.cisco.com ([144.254.224.139]) by ams-iport-1.cisco.com with ESMTP; 31 Jul 2009 07:12:19 +0000 Received: from ams-core-1.cisco.com (ams-core-1.cisco.com [144.254.224.150]) by ams-dkim-2.cisco.com (8.12.11/8.12.11) with ESMTP id n6V7CJiH029634; Fri, 31 Jul 2009 09:12:19 +0200 Received: from xbh-ams-101.cisco.com (xbh-ams-101.cisco.com [144.254.74.71]) by ams-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id n6V7CJTN011028; Fri, 31 Jul 2009 07:12:19 GMT Received: from xfe-ams-332.cisco.com ([144.254.231.73]) by xbh-ams-101.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 31 Jul 2009 09:12:18 +0200 Received: from dhcp-1789.meeting.ietf.org ([10.21.149.96]) by xfe-ams-332.cisco.com with Microsoft SMTPSVC(6.0.3790.1830); Fri, 31 Jul 2009 09:12:16 +0200 Message-Id: From: Dino Farinacci To: Lars Eggert In-Reply-To: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Thu, 30 Jul 2009 23:58:08 -0700 References: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 31 Jul 2009 07:12:17.0641 (UTC) FILETIME=[3CDA6D90:01CA11AE] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=4120; t=1249024339; x=1249888339; c=relaxed/simple; s=amsdkim2001; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=jJHvduwE00E5QUbTvpgON2Ix1z/zASQo+sTkkcPKAN0=; b=ACMo9bP7r7WZwRi37SVIoSiyRvrVvjnPfGK4MeoSzOC+WcSHPLyQr8EFci EjVp/SPDnvO7yfzWnyTSFTrhRwp0Am/smFPxgI9kD1MwNSoL0F1g1epa0MAP VCFZEdx/cV; Authentication-Results: ams-dkim-2; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/amsdkim2001 verified; ); Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 07:12:20 -0000 > Hi, > >>> could you share some data on how much of a performance impact we're >>> talking about here? I was under the (maybe naive) impression that >>> checksum offloading was practically ubiquitous these days. >> >> One of the problems with IPv6 is that is so similar to IPv4 but >> different enough to cause pain for implementations. So since we can >> use 0 UDP checksums for IPv4 in UDP in IPv4, we would want to build >> (or use existing hardware) that does IPv6-or-IPv4 in UDP in IPv6. > > if the existing hardware sends UDP packets over IPv6 with checksum > zero, it is not compliant to the RFCs. If you're building new > hardware, you will have to sacrifice some gates to do a UDP checksum > calculation. Alternatively, you could pick a different encapsulation > or change the IETF consensus on using UDP in IPv6. Existing hardware has no case of encapsulating in UDP-IPv6. So this is a new *feature*. I already told the list the cost of "sacrificing some gates". It's a non-starter. We cannot pick another encapsulation for the reasons I said before, LAGs. Let's do this the right way. We have to make IPv6 stuff *easier* to implement rather than creating more barriers to entry. >> Sorry, but we want to build practical products. If you don't build >> practical standards, vendors will violate them. > > Let me be blunt: If you are going to ignore IETF consensus, why are > you here? I am not ignoring IETF consensus. I am trying to convince you, and would urge the IETF to be practical. This is not a big issue, should have been resolved but has been argued since Vancouver IETF. > If you want to change that consensus, please convince the IETF to do > so. Ignoring the consensus and the process by which we arrive at it > is not an option. Why do you think we are ignoring the consensus. Marhsall Eubanks (and the MBONED working group) has been trying to close this issue for AMT for around 2 years now. I have been helping him with it. We are being proactive. So I am not sure why you have this defensive tone. >>>> There are no practical reasons to use outer header UDP checksums >>>> regardless of the 4 combinations of packet types (v4-in-v4, v6-in- >>>> v6, >>>> v6-in-v4, or v4-or-v6) being forwarded by LISP routers. >>> >>> I hear you, but is there any quantifiable downside to just compute >>> the checksums, esp. if it can be done in hardware? >> >> A hardware forwarding engine is not going to compute a pseudo-header >> checksum and compute every byte of a packet. It's just not going to >> happen. > > I freely admit I'm not a hardware guy, but a hardware checksum was > cheaply doable at (then) high-performance in 1995. See RFC1936. Header checksums have been in hardware for decades. That is not what we are talking about here. When you require a forwarder to do an entire packet checksum which must be added into a pseudo header checksum of some fields which are not in contiguous memory, it requires more RTL, additional buffer and memory usage and a lot of time to add in every byte (that increases forwarding latency which users do not like). Entire packet checksums has *never* be done in any shipping router product. IP header checksums, adds up 20 bytes which are contiguous and at a fixed location in a packet. Modifying checksums are easy too. But to ask a router to checksum every byte of a packet while encapsulating (when the checksum is not placed in a trailer) requires a lot of unnecessary complex logic when the packet is already protected at each link hop with CRCs. >> There has never been a requirement to do this before. My guess is you >> can slow performance by 20%. > > There hasn't been a requirement for IPv4 because there is an IP > header checksum. As to the performance numbers, my guess would be > different, which is why I asked if you had data. We have really good CRCs on data links today. Requiring a UDP checksum in an encapsulating header is chasing a problem that doesn't exist. Dino From dino@cisco.com Fri Jul 31 00:14:35 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 27C553A6912; Fri, 31 Jul 2009 00:14:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.452 X-Spam-Level: X-Spam-Status: No, score=-6.452 tagged_above=-999 required=5 tests=[AWL=0.147, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id D5YIHBnGTU3W; Fri, 31 Jul 2009 00:14:34 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 1BC923A6D34; Fri, 31 Jul 2009 00:14:06 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEACk2ckqrR7PD/2dsb2JhbAC5GIgnkD4FhBeBTogi X-IronPort-AV: E=Sophos;i="4.43,301,1246838400"; d="scan'208";a="357636018" Received: from sj-dkim-3.cisco.com ([171.71.179.195]) by sj-iport-6.cisco.com with ESMTP; 31 Jul 2009 07:14:08 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-3.cisco.com (8.12.11/8.12.11) with ESMTP id n6V7E8FQ029303; Fri, 31 Jul 2009 00:14:08 -0700 Received: from xbh-sjc-211.amer.cisco.com (xbh-sjc-211.cisco.com [171.70.151.144]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6V7E8wY029055; Fri, 31 Jul 2009 07:14:08 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 31 Jul 2009 00:14:07 -0700 Received: from dhcp-1789.meeting.ietf.org ([10.21.149.96]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 31 Jul 2009 00:14:07 -0700 Message-Id: <5E6EF5AC-8125-475E-9755-257944F633EE@cisco.com> From: Dino Farinacci To: jnc@mercury.lcs.mit.edu (Noel Chiappa) In-Reply-To: <20090730233310.4A4EB6BE591@mercury.lcs.mit.edu> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 00:14:05 -0700 References: <20090730233310.4A4EB6BE591@mercury.lcs.mit.edu> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 31 Jul 2009 07:14:07.0766 (UTC) FILETIME=[7E7E2B60:01CA11AE] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=1110; t=1249024448; x=1249888448; c=relaxed/simple; s=sjdkim3002; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=UL9ijqTrNElAl3E3WyXJhtHmDD4gbR/l9t+qssmc6Bg=; b=TH9hlDw4xTdGLdcsfHwPEaF9O1lgaTgBCjBjWQTUT06PR/KG48Xq9r0IGX PHAVPFJFoFbzmcxrgKsvfhUK6PROJcA75JEjG/mrSHWXPFHzId9wD9PkNJRK A7gw+Q0zdi; Authentication-Results: sj-dkim-3; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim3002 verified; ); Cc: ipv6@ietf.org, lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 07:14:35 -0000 Because we want to make all combinations work. Because we want IPv6 to be real. Why move it to another draft when the same contention will occur. The opponents just have to face the music. And if they are going to take issue with this, what about the bigger more critical issues? Will those take decades to resolve? Don't we have a deployment deadline for IPv6? Dino On Jul 30, 2009, at 4:33 PM, Noel Chiappa wrote: > >> From: Lars Eggert > >> Alternatively, you could pick a different encapsulation > > Dino, why don't we just drop the 'inside IPv6' encapsulations from > the spec? > I.e. keep only IPv4 in IPv4 and IPv6 in IPv4? The IPv6 > encapsulations could be > documented in a short non-IETF note that's posted on a personal web > page > somewhere. (I'm assuming here that there are a few ISPs who'd > actually want to > run inside IPv6, otherwise we could just drop them entirely.) > > Noel > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From christopher.morrow@gmail.com Fri Jul 31 00:34:31 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 556AF3A6E9B; Fri, 31 Jul 2009 00:34:31 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id M8Fw6dkFy+wA; Fri, 31 Jul 2009 00:34:30 -0700 (PDT) Received: from mail-yx0-f186.google.com (mail-yx0-f186.google.com [209.85.210.186]) by core3.amsl.com (Postfix) with ESMTP id 1F0423A6BAA; Fri, 31 Jul 2009 00:34:25 -0700 (PDT) Received: by yxe16 with SMTP id 16so1988325yxe.31 for ; Fri, 31 Jul 2009 00:34:26 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=gamma; h=domainkey-signature:mime-version:sender:received:in-reply-to :references:date:x-google-sender-auth:message-id:subject:from:to:cc :content-type:content-transfer-encoding; bh=TwtYz23J1Cm2EtdD5BJEKLHzfrVgm6Q2NBIshG3BmRw=; b=TngKU0dCZTEIRCMPrmdK1yZDLrgmhuG0EfybG2ssAbDViUp0WCpNEYpT9ezDbffSzF v1CPnA7lkfN7XSRkqSF0HzNLonJKoXyCYwcTwncYJaxAg0+clow2FUZKi6z9W+1nk815 Ndh3dza8ACXsJbRXlq7viNiDyi6tznT5jNroo= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=gamma; h=mime-version:sender:in-reply-to:references:date :x-google-sender-auth:message-id:subject:from:to:cc:content-type :content-transfer-encoding; b=TyeXQwCT1+oShwO+WwWXEeLLYvkNcxHjhHz3JSJkk2A+Bxaa+X60oi4A6tkQB0W7vp UmKsg1Dnew6yQYCtUeybozNXp35llSqZ/DqZxwrZI8QMRiykPyry94c4M11Pb8jiyE61 DSrdPsERhmu2e6vVCgXoAAEhrM0RKescnrX18= MIME-Version: 1.0 Sender: christopher.morrow@gmail.com Received: by 10.100.228.13 with SMTP id a13mr1793929anh.105.1249025665991; Fri, 31 Jul 2009 00:34:25 -0700 (PDT) In-Reply-To: <5E6EF5AC-8125-475E-9755-257944F633EE@cisco.com> References: <20090730233310.4A4EB6BE591@mercury.lcs.mit.edu> <5E6EF5AC-8125-475E-9755-257944F633EE@cisco.com> Date: Fri, 31 Jul 2009 03:34:25 -0400 X-Google-Sender-Auth: a907556a06c89732 Message-ID: <75cb24520907310034q3c66bdddsa45bfc9852e056f7@mail.gmail.com> From: Christopher Morrow To: Dino Farinacci Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable Cc: ipv6@ietf.org, Noel Chiappa , lisp@ietf.org Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 07:34:31 -0000 On Fri, Jul 31, 2009 at 3:14 AM, Dino Farinacci wrote: > Because we want to make all combinations work. Because we want IPv6 to be > real. > > Why move it to another draft when the same contention will occur. > > The opponents just have to face the music. And if they are going to take > issue with this, what about the bigger more critical issues? Will those t= ake > decades to resolve? Don't we have a deployment deadline for IPv6? yes, ~5-7yrs before ipv4 free-pool run-out... wait that was 4-6 years ago. > On Jul 30, 2009, at 4:33 PM, Noel Chiappa wrote: > >> >>> From: Lars Eggert >> >>> Alternatively, you could pick a different encapsulation >> >> Dino, why don't we just drop the 'inside IPv6' encapsulations from the >> spec? >> I.e. keep only IPv4 in IPv4 and IPv6 in IPv4? The IPv6 encapsulations >> could be >> documented in a short non-IETF note that's posted on a personal web page >> somewhere. (I'm assuming here that there are a few ISPs who'd actually >> want to >> run inside IPv6, otherwise we could just drop them entirely.) >> >> =A0 =A0 =A0 =A0Noel >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > From lars.eggert@nokia.com Fri Jul 31 01:30:00 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 5C7683A6B39; Fri, 31 Jul 2009 01:30:00 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.563 X-Spam-Level: X-Spam-Status: No, score=-2.563 tagged_above=-999 required=5 tests=[AWL=0.036, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0WpHUPM+-Yvm; Fri, 31 Jul 2009 01:29:59 -0700 (PDT) Received: from mail.fit.nokia.com (mail.fit.nokia.com [195.148.124.195]) by core3.amsl.com (Postfix) with ESMTP id 826803A6C22; Fri, 31 Jul 2009 01:29:45 -0700 (PDT) Received: from dhcp-1558.meeting.ietf.org (dhcp-1558.meeting.ietf.org [130.129.21.88]) (authenticated bits=0) by mail.fit.nokia.com (8.14.3/8.14.3) with ESMTP id n6V8TWQe056662 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=NOT); Fri, 31 Jul 2009 11:29:33 +0300 (EEST) (envelope-from lars.eggert@nokia.com) Message-Id: <9A49FB30-3293-4681-86FD-0ABF7CD60994@nokia.com> From: Lars Eggert To: Dino Farinacci In-Reply-To: Content-Type: multipart/signed; boundary=Apple-Mail-46-138833066; micalg=sha1; protocol="application/pkcs7-signature" Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 10:29:32 +0200 References: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> X-Mailer: Apple Mail (2.935.3) X-Greylist: Sender succeeded SMTP AUTH, not delayed by milter-greylist-4.2.2 (mail.fit.nokia.com [195.148.124.194]); Fri, 31 Jul 2009 11:29:33 +0300 (EEST) Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 08:30:00 -0000 --Apple-Mail-46-138833066 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Hi, we're going in circles, maybe because I'm unclear. I'll try to explain my concerns in a different way, respond to some of your points below, and then go silent for a while to let others chime in. I think we're all on the same page that there needs to be a checksum somewhere to protect against misdelivery to an application and data corruption. With IPv4, there's some redundancy, because the IPv4 checksum and the transport checksums cover some of the same fields. That redundancy was removed in IPv6 by eliminating an IPv6 checksum, to reduce forwarding cost. The transport checksum was made mandatory. The transport checksum is costlier to calculate than an IP header checksum, because it includes the data, but the argument was that endpoints have the capacity to do this. Now, if a transport protocol is used for tunneling IP inside its payload, it no longer strictly needs to checksum-protect its payload *if* you require for the inner IP packet and its payload to be protected by some sort of checksum. My point is that allowing this for this corner use case is essentially lifting the requirement of a mandatory UDP checksum altogether. Why? Nobody is going to implement a check that verifies that if a UDP checksum of zero is encountered, that the payload of this UDP packet contains an IP packet that has a payload that is protected by some checksum. It's just too complicated. So basically we'd be reverting the consensus behind RFC2460 to cover what I see as a corner use case. Now, on to the specific points in your latest email: On 2009-7-31, at 8:58, Dino Farinacci wrote: > I already told the list the cost of "sacrificing some gates". It's a > non-starter. Please understand that for some of us, the idea of updating RFC2460 at this time is pretty close to a non-starter. > We cannot pick another encapsulation for the reasons I > said before, LAGs. Are there significant deployments of port-based LAGs in existing IPv6 networks? >> Let me be blunt: If you are going to ignore IETF consensus, why are >> you here? > > I am not ignoring IETF consensus. I am trying to convince you, and > would urge the IETF to be practical. This is not a big issue, should > have been resolved but has been argued since Vancouver IETF. The paragraph in your original that I replied to here said: "Sorry, but we want to build practical products. If you don't build practical standards, vendors will violate them." To me, this sounds like you are going to do whatever you are going to do, independent of what the current IETF consensus in RFC2460 is. > When you require a forwarder to do an > entire packet checksum which must be added into a pseudo header > checksum of some fields which are not in contiguous memory, it > requires more RTL, additional buffer and memory usage and a lot of > time to add in every byte (that increases forwarding latency which > users do not like). Entire packet checksums has *never* be done in any > shipping router product. I understand that the overhead of computing a payload checksum is higher than computing a header checksum. I also understand that routers did not need to do this in the past. LISP, an experimental protocol, has now decided to use UDP on routers with IPv6. The result is that according to the current IETF consensus, this leads to a situation where LISP boxes need to compute UDP checksums. My personal opinion is that revising the IPv6 consensus around UDP over IPv6 for the purposes of an experimental protocol is not productive at this time. If the IETF comes to a different consensus, I'm fine with being in the rough on this. This is how our decision process works. 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Fri, 31 Jul 2009 05:06:29 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id r0+8g-q0eK9T; Fri, 31 Jul 2009 05:06:28 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id B2E8A3A6AF5; Fri, 31 Jul 2009 05:06:28 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 7B18A6BE5CB; Fri, 31 Jul 2009 08:06:29 -0400 (EDT) To: ipv6@ietf.org, lisp@ietf.org Message-Id: <20090731120629.7B18A6BE5CB@mercury.lcs.mit.edu> Date: Fri, 31 Jul 2009 08:06:29 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 12:06:29 -0000 > From: Dino Farinacci > Because we want to make all combinations work. I wasn't saying to drop support for 'IPvN in IPv6' encapsulations from the protocol, or the implementations. I was just saying take it out of the _RFC_. > Why move it to another draft when the same contention will occur. Don't advance the I-D - just leave it as an I-D. (Think of it as 'routing around the damage' :-). Noel From dino@cisco.com Fri Jul 31 05:26:35 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 463F33A6D2F; Fri, 31 Jul 2009 05:26:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.463 X-Spam-Level: X-Spam-Status: No, score=-6.463 tagged_above=-999 required=5 tests=[AWL=0.136, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PGPZlB8KNFkd; Fri, 31 Jul 2009 05:26:34 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 5269F3A6847; Fri, 31 Jul 2009 05:26:34 -0700 (PDT) X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: ApoEAPN/ckqrR7MV/2dsb2JhbAC5DIgnkDgFhBeBTg X-IronPort-AV: E=Sophos;i="4.43,302,1246838400"; d="scan'208";a="357778926" Received: from sj-dkim-1.cisco.com ([171.71.179.21]) by sj-iport-6.cisco.com with ESMTP; 31 Jul 2009 12:26:22 +0000 Received: from sj-core-2.cisco.com (sj-core-2.cisco.com [171.71.177.254]) by sj-dkim-1.cisco.com (8.12.11/8.12.11) with ESMTP id n6VCQMi4027142; Fri, 31 Jul 2009 05:26:22 -0700 Received: from xbh-sjc-231.amer.cisco.com (xbh-sjc-231.cisco.com [128.107.191.100]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id n6VCQL6N012709; Fri, 31 Jul 2009 12:26:21 GMT Received: from xfe-sjc-211.amer.cisco.com ([171.70.151.174]) by xbh-sjc-231.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 31 Jul 2009 05:26:21 -0700 Received: from dhcp-1789.meeting.ietf.org ([10.21.75.166]) by xfe-sjc-211.amer.cisco.com with Microsoft SMTPSVC(6.0.3790.3959); Fri, 31 Jul 2009 05:26:20 -0700 Message-Id: <4EE69664-CF47-47A2-AF37-DC0591FF52E4@cisco.com> From: Dino Farinacci To: Lars Eggert In-Reply-To: <9A49FB30-3293-4681-86FD-0ABF7CD60994@nokia.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v935.3) Date: Fri, 31 Jul 2009 05:26:17 -0700 References: <0E71FC61-5A42-4C5A-A22A-69B3213A9EBA@nokia.com> <9A49FB30-3293-4681-86FD-0ABF7CD60994@nokia.com> X-Mailer: Apple Mail (2.935.3) X-OriginalArrivalTime: 31 Jul 2009 12:26:21.0462 (UTC) FILETIME=[1CA55360:01CA11DA] DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; l=4375; t=1249043182; x=1249907182; c=relaxed/simple; s=sjdkim1004; h=Content-Type:From:Subject:Content-Transfer-Encoding:MIME-Version; d=cisco.com; i=dino@cisco.com; z=From:=20Dino=20Farinacci=20 |Subject:=20Re=3A=20[lisp]=20IPv6=20UDP=20checksum=20issue |Sender:=20; bh=xPNYPgbA2EXAlpr2cqNYmV+SdUXBRXdPkQnefOxuXjQ=; b=mn9PpghiP25WBHcNTg6Il1QRqcTh4+Hkeomt67O2RzVLFvTq8lwZwrxXrp 2dr95hWFz2Ma2zP50goN5y02y/enSRvezn1SX1mLF4dYRJbO/4Vn5FmRYa47 Kr2qy1IoYii/s53kuZ+S42e9XCAdw5tjNraLl79FotSJ8fzncUAcc=; Authentication-Results: sj-dkim-1; header.From=dino@cisco.com; dkim=pass ( sig from cisco.com/sjdkim1004 verified; ); Cc: "ipv6@ietf.org" , "lisp@ietf.org" Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 12:26:35 -0000 > Now, if a transport protocol is used for tunneling IP inside its > payload, it no longer strictly needs to checksum-protect its payload > *if* you require for the inner IP packet and its payload to be > protected by some sort of checksum. Right, agree. > My point is that allowing this for this corner use case is > essentially lifting the requirement of a mandatory UDP checksum > altogether. Just lift it for protocols that encapsulate in UDP. That is, for tunneling protocols where routers encapsulate packets. > Why? Nobody is going to implement a check that verifies that if a > UDP checksum of zero is encountered, that the payload of this UDP > packet contains an IP packet that has a payload that is protected by > some checksum. It's just too complicated. Right, LISP specifies to ignore the checksum. Plus a check for zero is much cheaper than any other UDP "lite" proposals that have been put forth. It's one instruction in the forwarding path. But we don't have to do that in LISP. > So basically we'd be reverting the consensus behind RFC2460 to cover > what I see as a corner use case. I don't think we should do that. Marshall Eubanks suggested an additional ID that says that UDP checksums could avoid use for tunneling protocols. Why can't we just go forward with that idea? > Now, on to the specific points in your latest email: > > On 2009-7-31, at 8:58, Dino Farinacci wrote: >> I already told the list the cost of "sacrificing some gates". It's a >> non-starter. > > Please understand that for some of us, the idea of updating RFC2460 > at this time is pretty close to a non-starter. I never suggested updating 2460. >> We cannot pick another encapsulation for the reasons I >> said before, LAGs. > > Are there significant deployments of port-based LAGs in existing > IPv6 networks? Yes. At least, there are IPv6 routers that have silicon burned to do this. Even if those routers have not been configured to forward IPv6 packets. >>> Let me be blunt: If you are going to ignore IETF consensus, why are >>> you here? >> >> I am not ignoring IETF consensus. I am trying to convince you, and >> would urge the IETF to be practical. This is not a big issue, should >> have been resolved but has been argued since Vancouver IETF. > > The paragraph in your original that I replied to here said: "Sorry, > but we want to build practical products. If you don't build > practical standards, vendors will violate them." To me, this sounds > like you are going to do whatever you are going to do, independent > of what the current IETF consensus in RFC2460 is. The products will have their own trajectory path. I am active on this thread so the IETF drafts and the products can be consistent. >> When you require a forwarder to do an >> entire packet checksum which must be added into a pseudo header >> checksum of some fields which are not in contiguous memory, it >> requires more RTL, additional buffer and memory usage and a lot of >> time to add in every byte (that increases forwarding latency which >> users do not like). Entire packet checksums has *never* be done in >> any >> shipping router product. > > I understand that the overhead of computing a payload checksum is > higher than computing a header checksum. I also understand that > routers did not need to do this in the past. What is "this"? > LISP, an experimental protocol, has now decided to use UDP on > routers with IPv6. The result is that according to the current IETF > consensus, this leads to a situation where LISP boxes need to > compute UDP checksums. It is not "has now decided", it was drafted day-1 to use UDP because of important feedback from network operators. > My personal opinion is that revising the IPv6 consensus around UDP > over IPv6 for the purposes of an experimental protocol is not > productive at this time. If the IETF comes to a different consensus, > I'm fine with being in the rough on this. This is how our decision > process works. I would like to propose to have a "how UDP checksums are computed by hosts" and another document that says "how UDP checksums are computed by tunnel routers". That is a viable path forward I think. What do you think? Dino From jnc@mercury.lcs.mit.edu Fri Jul 31 06:47:40 2009 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AA86128C31B; Fri, 31 Jul 2009 06:47:40 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id L87cifHajK2C; Fri, 31 Jul 2009 06:47:40 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id EAE5228C319; Fri, 31 Jul 2009 06:47:39 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id CC8436BE5CC; Fri, 31 Jul 2009 09:47:40 -0400 (EDT) To: ipv6@ietf.org, lisp@ietf.org Message-Id: <20090731134740.CC8436BE5CC@mercury.lcs.mit.edu> Date: Fri, 31 Jul 2009 09:47:40 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] IPv6 UDP checksum issue X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 31 Jul 2009 13:47:40 -0000 > From: Lars Eggert > if a transport protocol is used for tunneling IP inside its payload, it > no longer strictly needs to checksum-protect its payload *if* you > require for the inner IP packet and its payload to be protected by some > sort of checksum. Yes, exactly. Inside a LISP user-data packet, you will find one of two things: - An IPv4 packet, in which case that packet is protected against mis-delivery by its IP header checksum. (The payload in the user's packet may not be protected by a checksum, but IPv4 allows applications to make this choice.) - An IPv6 packet, in which case that packet is protected against mis-delivery and damage by its header+payload checksum. There are no other cases. The UDP checksum in the outer header on LISP user-data does nothing, is expensive/impossible to compute (depending on the hardware), and therefore the correct practical engineering choice is to not compute it. > Nobody is going to implement a check that verifies that if a UDP > checksum of zero is encountered, that the payload of this UDP packet > contains an IP packet that has a payload that is protected by some > checksum. It's just too complicated. You don't need to. There cannot be anything in an LISP user-data packet _except_ an IP packet of some sort (see above). Noel