From ima-bounces@ietf.org Wed Aug 03 09:16:20 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E0J6Z-0002rB-Vc; Wed, 03 Aug 2005 09:16:19 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E0J6Y-0002qA-CG for ima@megatron.ietf.org; Wed, 03 Aug 2005 09:16:18 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id JAA14342 for ; Wed, 3 Aug 2005 09:16:16 -0400 (EDT) Received: from sniper.icu.ac.kr ([210.107.128.51]) by ietf-mx.ietf.org with smtp (Exim 4.43) id 1E0JdD-000073-Re for ima@ietf.org; Wed, 03 Aug 2005 09:50:05 -0400 Received: (snipe 24471 invoked by alias); 3 Aug 2005 22:16:45 +0900 Received: from newcat@icu.ac.kr with Spamsniper 2.91.12 (Processed in 0.337389 secs); Received: from unknown (HELO ?86.255.15.161?) (Z@86.255.15.161) by unknown with SMTP; 3 Aug 2005 22:16:45 +0900 X-RCPTTO: ima@ietf.org Message-ID: <42F0C388.7040100@icu.ac.kr> Date: Wed, 03 Aug 2005 22:15:52 +0900 From: yangwoo ko User-Agent: Mozilla Thunderbird 1.0.6 (Windows/20050716) X-Accept-Language: en-us, en MIME-Version: 1.0 To: ima@ietf.org Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Spam-Score: 0.0 (/) X-Scan-Signature: 7d33c50f3756db14428398e2bdedd581 Content-Transfer-Encoding: 7bit Subject: [IMA] ALT address - Round 2 X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org Dear John, One point is not yet clear to me. An ALT-address in your draft has a loose (or user level) relationship with the corresponding TO-address. Users will have at least two addresses. One is in his/her native script and is for communication with others using/understanding/being-able-to-use the same script given that the mail infrastructure supports it. Another one is in all ASCII and is for fallback or for communication with others not-using/not-understading /not-currently-being-able-to-use the script. We may let users to use either of the two depending on the situation. If that is the case, I don't quite understand why we need to have ALT-address fields at all. Regards _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima From ima-bounces@ietf.org Wed Aug 03 10:12:35 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E0Jz1-0000Wv-T6; Wed, 03 Aug 2005 10:12:35 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E0Jz0-0000WK-KL for ima@megatron.ietf.org; Wed, 03 Aug 2005 10:12:34 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id KAA19187 for ; Wed, 3 Aug 2005 10:12:32 -0400 (EDT) Received: from ns.jck.com ([209.187.148.211] helo=bs.jck.com) by ietf-mx.ietf.org with esmtp (Exim 4.43) id 1E0KVg-00032J-NT for ima@ietf.org; Wed, 03 Aug 2005 10:46:22 -0400 Received: from [127.0.0.1] (helo=localhost) by bs.jck.com with esmtp (Exim 4.34) id 1E0Jyx-000177-UZ; Wed, 03 Aug 2005 10:12:32 -0400 Date: Wed, 03 Aug 2005 10:12:30 -0400 From: John C Klensin To: yangwoo ko , ima@ietf.org Subject: Re: [IMA] ALT address - Round 2 Message-ID: In-Reply-To: <42F0C388.7040100@icu.ac.kr> References: <42F0C388.7040100@icu.ac.kr> X-Mailer: Mulberry/4.0.1.1 (Win32) MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: quoted-printable Content-Disposition: inline X-Spam-Score: 0.0 (/) X-Scan-Signature: 2086112c730e13d5955355df27e3074b Content-Transfer-Encoding: quoted-printable Cc: X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org --On Wednesday, August 03, 2005 22:15 +0900 yangwoo ko=20 wrote: > > Dear John, > > One point is not yet clear to me. An ALT-address in > your draft has a loose (or user level) relationship > with the corresponding TO-address. Users will have > at least two addresses. One is in his/her native > script and is for communication with others > using/understanding/being-able-to-use the same script > given that the mail infrastructure supports it. Another > one is in all ASCII and is for fallback or for > communication with others not-using/not-understading > /not-currently-being-able-to-use the script. > > We may let users to use either of the two depending > on the situation. I would have said, instead, =E2=80=9Cthe user may use either of = the=20 two depending on the situation=E2=80=9D. I think it is = important to=20 stress that this is a user decision. > If that is the case, I don't quite understand why > we need to have ALT-address fields at all. In principle, you don=E2=80=99t. Whether or not we want to = permit=20 them depends on whether you want automatic downgrading to be=20 possible in the event that, for example, the target machine=20 (with known IMA capability) is configured (incorrectly?) with a=20 relay host that does not support IMA. If you presume: * A user with IMA support in her MUA and the associated first-hop (submission) MTA. Presumably, an IMA user can select the first-hop MTA so that it is IMA-capable and would want to do so. * A receiving/delivery system with IMA support. * All fallback or other intermediary MX hosts for the receiving / delivery system have IMA support. Presumably the choice of lower-preference MX hosts is under the control of the operators of the receiving system and they would prefer hosts that are as capable as they are (not only for IMA but for other SMTP extensions) Then one does not need alternate addresses and a great deal of=20 implementation complexity is avoided. I would caution that,=20 for many reasons, the above list of assumptions and presumptions = may not be met in some cases. For those cases, mail that starts = with forward- or backward-pointing IMA addresses in it is likely = to be bounced as undeliverable (or, if the anti-spammers are=20 involved, even worse things may occur). However, given the=20 amount of complexity that would be saved, if we concluded that=20 the cases were not numerous initially and would become fewer, it = might be best to drop alternate addresses. If nothing else, that line of discussion might justify a = =E2=80=9CMAY=20 implement downgrading and alternate address support=E2=80=9D = rather=20 than a =E2=80=9CSHOULD=E2=80=9D or even =E2=80=9CMUST=E2=80=9D = statement. Again, there are some odd cases here that I haven=E2=80=99t = analyzed.=20 For example, if we have a message that, internally, is From: ascii-address@host To: ima-address@ima-capable-host, ascii-address@host2 and the first hop is IMA-capable, then the second (delivery if=20 there are no MX relays) hop envelopes will include RCPT TO: (going over a connection to that host only) and RCPT TO: (going over a connection to that host only) This is fine, except that, in the second case, we=E2=80=99ve got = some=20 issues about what the mail headers are supposed to look like=20 and/or whether encapsulation should occur. This type of situation, and the even more complex one involving=20 mailing lists containing both traditional-style and IMA-style=20 addresses, are examples of what I was talking about yesterday=20 when I suggested that one of the difficult and time-consuming=20 activities in developing a protocol in this area will involve=20 identifying all of these cases and making sure that a given=20 solution works (or we have an appropriate solution) for it. Note that =E2=80=9Cwhat happens to the headers=E2=80=9D for a=20 multiple-recipient message is quite important because there are=20 many things that make it desirable for all recipients to=20 receive, in some form, identical headers. In addition, anything = that involves signed headers or header components (such as=20 several of the anti-spam proposals) is going to require _very_=20 careful handling of anything that alters headers in any way. To repeat what I said yesterday, I think this can be done. I am = quite optimistic that it can be done well, without limiting=20 email capabilities as the price of internationalization. But we = have some serious hard work ahead of us, not just a little bit=20 of quick protocol design. regards, john _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima From ima-bounces@ietf.org Tue Aug 09 05:24:31 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E2QLX-0004dc-8A; Tue, 09 Aug 2005 05:24:31 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E2QBu-0001XZ-Am for ima@megatron.ietf.org; Tue, 09 Aug 2005 05:14:35 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id FAA23802 for ; Tue, 9 Aug 2005 05:14:30 -0400 (EDT) Received: from smtp2.cnnic.cn ([159.226.7.151] helo=cnnic.cn) by ietf-mx.ietf.org with smtp (Exim 4.43) id 1E2Qja-0000gM-KR for ima@ietf.org; Tue, 09 Aug 2005 05:49:34 -0400 Received: (eyou send program); Tue, 09 Aug 2005 17:13:50 +0800 Message-ID: <323578830.12784@cnnic.cn> X-EYOUMAIL-SMTPAUTH: yaojk@cnnic.cn Received: from unknown (HELO cnnicyaojk) (159.226.6.18) by 159.226.7.151 with SMTP; Tue, 09 Aug 2005 17:13:50 +0800 Message-ID: <01aa01c59cc2$78261f80$1206e29f@cnnicyaojk> From: "YAO Jiankang" To: Date: Tue, 9 Aug 2005 17:12:30 +0800 MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----=_NextPart_000_01A6_01C59D05.862A65D0" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 6.00.2800.1506 X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2800.1506 X-Spam-Score: 3.0 (+++) X-Scan-Signature: a0a8e13d029b208c382865480b51b347 X-Mailman-Approved-At: Tue, 09 Aug 2005 05:24:29 -0400 Subject: [IMA] let's talk about how to combine John and JET's draft X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org This is a multi-part message in MIME format. ------=_NextPart_000_01A6_01C59D05.862A65D0 Content-Type: multipart/alternative; boundary="----=_NextPart_001_01A7_01C59D05.862A65D0" ------=_NextPart_001_01A7_01C59D05.862A65D0 Content-Type: text/plain; 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name="draft-lee-jet-ima-00.txt" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="draft-lee-jet-ima-00.txt" Content-Transfer-Encoding: quoted-printable =20 =20 =20 = =20 Internet Draft = Jiankang Yao, Editor=20 Draft-Lee-JET-IMA-00.txt = CNNIC =20 June 27, 2005 Jeff = Yeh Editor=20 Expires: December 27,2005 = TWNIC=20 =20 =20 Internationalized eMail Address (IMA) = =20 < draft-lee-jet-ima-00.txt >=20 =20 =20 Status of this Memo =20 =20 By submitting this Internet-Draft, each author = represents that any=20 applicable patent or other IPR claims of which he or = she is aware=20 have been or will be disclosed, and any of which he or = she becomes=20 aware will be disclosed, in accordance with Section 6 = of BCP 79.=20 =20 Internet-Drafts are working documents of the Internet = Engineering=20 Task Force (IETF), its areas, and its working groups. = Note that=20 other groups may also distribute working documents as = Internet-Drafts.=20 =20 Internet-Drafts are draft documents valid for a = maximum of six months =20 and may be updated, replaced, or obsoleted by other = documents at any =20 time. It is inappropriate to use Internet-Drafts as = reference=20 material or to cite them other than as "work in = progress".=20 =20 The list of current Internet-Drafts can be accessed at = http://www.ietf.org/1id-abstracts.html=20 =20 The list of Internet-Draft Shadow Directories can be = accessed at=20 http://www.ietf.org/shadow.html=20 =20 This Internet-Draft expires on December 27, 2005.=20 =20 =20 =20 Abstract =20 =20 An email address has two parts - local part and domain = part -=20 separated by "@" sign. This document describes a basic = solution to=20 internationalized email address (IMA) and includes = some preliminary=20 survey results. The proposed solution enables SMTP = servers to support=20 IMA. The solution discussed in this document is = immediately=20 deployable by interested parties without affecting or = breaking any=20 other existing systems. =20 =20 Document Conventions =20 =20 =0C =20 JET Expires - December 2005 = [Page 1]=20 =0C Internet draft IMA = June 2005=20 =20 =20 =20 The key words "MUST", "MUST NOT", "REQUIRED", = "SHALL", "SHALL NOT", =20 "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and = "OPTIONAL" in this=20 document are to be interpreted as described in RFC = 2119 [RFC2119]. =20 =20 1. Introduction to IMA =20 =20 In order to use internationalized email addresses, we = need to=20 internationalize both domain part and local part of = email address.=20 Domain part of email addresses had been = internationalized through=20 IDNA [RFC3490]. But the local part of email address = still remains as=20 non internationalized.=20 =20 At present, the use of Internet email address is = restricted to a=20 subset of 7-bit ASCII [RFC2821][RFC2822]. The MIME = extensions=20 provides a mechanism for the transmission of non-ASCII = data that were=20 previously unsupported in Internet mail. But it does = not provide the=20 mechanism for internationalized email address. = [RFC2047] defines the=20 message header extension for non ASCII 8-bit MIME = messages. However,=20 it does not address the issue if email addresses = include non-ASCII=20 characters. Anticipating the need to use the = internationalized email=20 address, the SMTP protocol should be extended to = provide the=20 transport mechanism for the internationalized email = address. The=20 length restrict to the local part in the section of = RFC 2822 may need=20 to be updated.=20 =20 2. Problem statement=20 =20 Internationalized Domain Name (IDN) was standardized 2 = years ago=20 (2003) and several registries started to accept IDN = registrations and=20 the name resolutions. While the take-up of IDN varies, = there is a=20 strong demand for IDN in the regions where English is = not their=20 native language.=20 =20 Particularly in the CJK community, we noticed that = registrants of IDN=20 often enquired about if they could use = Internationalized eMail=20 Address (IMA) too. Unfortunately, while the domain = name portion of=20 the Email address could use IDN standards, there are = no standards to=20 internationalize the local-part (left hand side of the = "@" mark).=20 =20 On the other hand, we envisage strong demands for IMA = when IDN=20 becomes popular. IMA will also promote the deployment = of IDN. =20 =20 Several solutions for IMA have been deployed, e.g.,in = China (35.com,=20 zzy.cn, bizcn.com, ce.net.cn, dns.com.cn and = topbiz.cn), but the lack=20 of open and interoperable standards means that users = of one system=20 could not (reliably) communicate with users of another = system.=20 Therefore, the Internet community would benefit from = the development=20 of an open and interoperable IETF IMA standard.=20 =20 =20 JET Expires - December 2005 = [Page 2]=20 =0C Internet draft IMA = June 2005=20 =20 =20 =20 3. Requirements=20 =20 Any IMA solution should qualify the following = requirements:=20 =20 3.1 Short term (2-5 years) solution=20 =20 The solution should not extend too long, so that IMA = can be adopted=20 as soon as possible by interested companies. The = solution also should=20 be easily deployable, so that IMA can be easily = deployed by most=20 interested organizations during 2-5 years if they wish = to.=20 =20 3.2 Backward compatible with the existing standards=20 =20 The email service is one of the most important = Internet services. Any=20 updating to Internet protocols should not interfere = with the=20 operation of the Internet. The IMA solution should not = break the base=20 of the email service and be backward with the existing = email=20 standards.=20 =20 3.3 Internationalized solution (over localized = solution)=20 =20 The solution should be an internationalized one rather = than localized=20 one. =20 =20 4. Architecture=20 =20 Solving the problem of IMA is not easy. We should = divide it into two=20 phases. In the first phase, we consider the ACE@ACE = solution, which=20 is easy to implement, backward compatible, short-term = and=20 internationalized solution. In the next phase, we may = consider other=20 mechanisms such as UTF-8@ACE. In the ACE@ACE solution, = the local part=20 of the IMA will be converted to ASCII Compatible = Encoding; IDNA=20 (RFC3490) will be applied to the domain part of the = IMA. In this=20 draft, we mainly focus on the ACE@ACE solution.=20 =20 4.1 Encoding=20 =20 A good ACE converting algorithm should be considered = according to the=20 following criteria:=20 Popularity=20 Length of the encoded name=20 Implementation easiness=20 Produce valid email address=20 Case sensitivity=20 Impact on existing protocol=20 =20 4.2 Normalization (IMAprep)=20 =20 =20 =20 JET Expires - December 2005 = [Page 3]=20 =0C Internet draft IMA = June 2005=20 =20 =20 There are profiles for Stringprep such as = Nameprep[RFC3491] dealing=20 with the IDN preparation and Nodeprep[RFC3920] for = internationalized=20 node identifiers. IMAprep is introduced to prepare the = local part of=20 IMA. IMAprep is a profile of Stringprep [RFC3454]. = IMAprep [Appendix=20 A] is used to process only the local part of IMA, not = the whole email=20 address. In IMAprep, no normalization and no case = folding are needed.=20 And there must be a prohibited list, but we will not = discuss details=20 of IMAprep in this draft.=20 =20 4.3 Mail Delivery Agent (MDA) =20 =20 MDA is a part of mail servers, which are responsible = for delivery of=20 mails to local mail spool or sending out to another = mail server.=20 Usually, IMA is represented in the format of UTF-8 in = a host while it=20 should be converted into ACE format while being = transported over the=20 wire. There are various unofficial conventions for = structured local=20 parts, like owner-listname, user+tag, sublocal.local, = path!user, etc.=20 When internationalized local part being converted into = ACE format, it=20 actually causes some problems. Therefore, MDA may need = to convert=20 internationalized local part back to UTF8 (or original = encoding) for=20 further mailing processing.=20 =20 4.4 Prefix=20 =20 Since the prefix "xn--" had been used for IDNA, it is = better that=20 other prefix such as "bq--" is used for the local part = of IMA to=20 avoid of potential confusion. =20 =20 5. Deployment=20 =20 Email is an important and popular internet service. = Any new=20 deployments of SMTP servers which support IMA should = not disturb the=20 running of current email system. Since all the SMTP = servers around=20 the world can not support IMA immediately, ACE@ACE = solution would be=20 the most harmless solution to implement and deploy.=20 =20 6. Potential problems=20 =20 6.1 Impact to IRI=20 The mailto: schema in IRI [RFC3987] may need to be = modified when IMA=20 is standardlized.=20 =20 6.2 POP and IMAP=20 =20 While SMTP takes care of the transportation of = messages and the=20 header fields correspond to the display management by = the clients,=20 POP essentially handles the retrieval of mail objects = from the server=20 by a client. In order to use internationalized user = names based on=20 IMA for the retrieval of messages from a mail server = using the POP=20 =20 =20 JET Expires - December 2005 = [Page 4]=20 =0C Internet draft IMA = June 2005=20 =20 =20 protocol, a new capability should be introduced = following the POP3=20 extension mechanism [RFC 2449].=20 IMAP uses the traditional user name which is based on = ASCII. IMAP=20 should be updated to support the internationalized = user names based=20 on IMA for the retrieval of messages from a mail = server=20 =20 7. Security Considerations =20 =20 There have been discussions on so called = "IDN-spoofing". IDN=20 homograph attacks allow an attacker/phisher to spoof = the domain/URLs=20 of businesses. The same kind of attack is also = possible on the local=20 part of internationalized email addresses. =20 =20 IMA can also introduce new email spamming. Many local = parts of IMA=20 will be the names of the person or company, which = could easily be=20 used by email spammer to guess the email address to = produce the=20 rubbish emails. =20 =20 Email spamming may combine with email spoofing and = homograph attacks,=20 making it more difficult to determine who actually = sent the email.=20 =20 Any solution that meets the requirements in this = document must not be=20 less secure than the current Email Service. Specifying = requirements=20 for internationalized email addresses does not itself = raise any new=20 security issues. However, any change to the email = service may affect=20 the security of any protocol that uses the email = address. A thorough=20 evaluation of those protocols for security concerns = will be needed=20 when they are developed. =20 =20 8. References =20 =20 [RFC1869] Klensin,J., Freed, N., Rose, M., Stefferud, = E., Crocker, D.,=20 "SMTP Service Extensions", RFC 1869, November 1995.=20 [RFC2047] Moore, K., "MIME (Multipurpose Internet Mail = Extensions)=20 Part Three: Message Header Extensions for Non-ASCII = Text", RFC 2047,=20 November 1996.=20 [RFC2449] R. Gellens, C. Newman, L. Lundblade, "POP3 = Extension=20 Mechanism" RFC2449 November 1998=20 [RFC2821] Klensin, J., "Simple Mail Transfer = Protocol", RFC 2821,=20 April 2001.=20 [RFC2822] Resnick, P., "Internet Message Format", RFC = 2822, April=20 2001.=20 [RFC3454] P. Hoffman, M. Blanchet, "Preparation of = Internationalized=20 Strings ("stringprep")" RFC3454 December 2002=20 [RFC3490] Faltstrom, P., Hoffman, P. and A. Costello,=20 "Internationalizing Domain Names in Applications = (IDNA)",RFC 3490,=20 March 2003.=20 [RFC3491] P. Hoffman , M. Blanchet, "Nameprep: A = Stringprep Profile=20 for Internationalized Domain Names" RFC3491 March 2003 = =20 =20 JET Expires - December 2005 = [Page 5]=20 =0C Internet draft IMA = June 2005=20 =20 =20 [RFC3492] Costello, A., "Punycode: A Bootstring = encoding of Unicode=20 for Internationalized Domain Names in Applications = (IDNA)", RFC 3492,=20 March 2003.=20 [RFC3629] Yergeau, F.,"UTF-8, a transformation format = of ISO 10646",=20 RFC 3629, November 2003.=20 [RFC3920] P. Saint-Andre, "Extensible Messaging and = Presence Protocol=20 (XMPP): Core", RFC3920 October 2004=20 [RFC3987] M. Duerst, M. Suignard, "Internationalized = Resource=20 Identifiers (IRIs)", RFC3987 January 2005=20 =20 =20 =20 9. Authors =20 =20 Xiaodong LEE (lee@cnnic.cn)=20 China Internet Network Information Center (CNNIC)=20 =20 Nai-Wen Hsu (snw@twnic.net.tw) =20 Taiwan Network Information Center (TWNIC)=20 =20 Yoshiro YONEYA yone@jprs.co.jp =20 Japan Registry Services, Co. Ltd=20 =20 YangWoo Ko (yw@mrko.pe.kr)=20 Korea Network Information Center=20 =20 James Seng (james@seng.cc)=20 Former co-chair of IETF IDN Working Group=20 =20 Editors=20 =20 Jiankang YAO (yaojk@cnnic.cn)=20 China Internet Network Information Center (CNNIC)=20 =20 Jeff Yeh (jeff@twnic.net.tw)=20 Taiwan Network Information Center (TWNIC)=20 =20 =20 10. Acknowledgments=20 =20 Authors gratefully acknowledge the contributions of:=20 =20 * John C Klensin for his discussion with us in 62nd = IETF meeting and=20 his internet draft about IMA=20 * Paul Hoffman and Adam M. Costello for their internet = draft about=20 IMA=20 =20 =20 =20 JET Expires - December 2005 = [Page 6]=20 =0C Internet draft IMA = June 2005=20 =20 =20 Appendix A: IMAprep=20 =20 =20 Conclusion: no normalization, but there still prep = needed, define our=20 own prep for the email local part=20 =20 our own prep: =20 no normalization=20 no case folding=20 prohibited list - ..... (discussed later after = meeting )=20 =20 local part ??problem:=20 No RFC standards define this part=20 The MDA must support internationalized local = part, anyway=20 No use of ACE deals the mail processing, so it = should be=20 converted back to UTF8, then be dealt with the mail = processing=20 =20 =20 =20 JET Expires - December 2005 = [Page 7]=20 =0C Internet draft IMA = June 2005=20 =20 =20 Intellectual Property Statement=20 =20 The IETF takes no position regarding the validity = or scope of any =20 Intellectual Property Rights or other rights that = might be claimed to =20 pertain to the implementation or use of the technology = described in =20 this document or the extent to which any license under = such rights =20 might or might not be available; nor does it represent = that it has =20 made any independent effort to identify any such = rights. Information =20 on the procedures with respect to rights in RFC = documents can be =20 found in BCP 78 and BCP 79.=20 Copies of IPR disclosures made to the IETF = Secretariat and any =20 assurances of licenses to be made available, or the = result of an =20 attempt made to obtain a general license or permission = for the use of =20 such proprietary rights by implementers or users of = this =20 specification can be obtained from the IETF on-line = IPR repository at=20 http://www.ietf.org/ipr.=20 The IETF invites any interested party to bring to = its attention=20 any copyrights, patents or patent applications, or = other proprietary =20 rights that may cover technology that may be required = to implement =20 this standard. Please address the information to the = IETF at ietf- ipr@ietf.org.=20 =20 =20 Disclaimer of Validity=20 =20 This document and the information contained herein = are provided on=20 an "AS IS" basis and THE CONTRIBUTOR, THE ORGANIZATION = HE/SHE=20 REPRESENTS OR IS SPONSORED BY (IF ANY), THE INTERNET = SOCIETY AND THE=20 INTERNET ENGINEERING TASK FORCE DISCLAIM ALL = WARRANTIES, EXPRESS OR=20 IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTY = THAT THE USE OF=20 THE INFORMATION HEREIN WILL NOT INFRINGE ANY RIGHTS OR = ANY IMPLIED =20 WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A = PARTICULAR PURPOSE.=20 =20 =20 Copyright Statement=20 =20 Copyright (C) The Internet Society (2005). This = document is=20 subject to the rights, licenses and restrictions = contained in BCP 78,=20 and except as set forth therein, the authors retain = all their rights.=20 =20 =20 =20 =20 JET Expires - December 2005 = [Page 8]=20 =0C ------=_NextPart_000_01A6_01C59D05.862A65D0 Content-Type: application/msword; name="yaojk-3.doc" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="yaojk-3.doc" Content-Transfer-Encoding: base64 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAADAAAAKQEAAAAAAAAA EAAAKwEAAAEAAAD+////AAAAACYBAAAnAQAAKAEAAP////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// 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AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAA= ------=_NextPart_000_01A6_01C59D05.862A65D0 Content-Type: text/plain; name="draft-klensin-emailaddr-i18n-03.txt" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="draft-klensin-emailaddr-i18n-03.txt" Content-Transfer-Encoding: quoted-printable Network Working Group J. Klensin Internet-Draft July 18, 2005 Expires: January 19, 2006 Internationalization of Email Addresses draft-klensin-emailaddr-i18n-03.txt Status of this Memo By submitting this Internet-Draft, each author represents that any applicable patent or other IPR claims of which he or she is aware have been or will be disclosed, and any of which he or she becomes aware will be disclosed, in accordance with Section 6 of 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 19, 2006. Copyright Notice Copyright (C) The Internet Society (2005). Abstract Internationalization of electronic mail addresses is, if anything, more important than the already-completed effort for domain names. In most of the contexts in which they are used, domain names can be hidden within or as part of various types of references. Email addresses, by contrast, are crucial: use of names of people or organizations as, or as part of, the email local part is, for obvious reasons, a well-established tradition on the network. Preventing people from spelling their names correctly is, in the long term, inexcusable. At the same time, email addresses pose a number of Klensin Expires January 19, 2006 [Page 1] =0C Internet-Draft I18N Email Addresses July 2005 special problems -- they are more difficult than simple domain names in some respects, but actually easier in others. This document discusses the issues with internationalization of email addresses, explains why some obvious approaches are incompatible with the definitions and use of Internet mail, and proposes a solution -- for both addressing and email internationalization more generally -- that is likely to serve users and the network well for the long term. Table of Contents 1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 4 1.1 Terminology . . . . . . . . . . . . . . . . . . . . . . . 4 2. Three Models for Transition . . . . . . . . . . . . . . . . . 5 2.1 No Infrastructure Changes . . . . . . . . . . . . . . . . 5 2.2 Transport-level Negotiation . . . . . . . . . . . . . . . 5 2.3 Replace SMTP and the Current Internet Mail Environment . . 6 2.4 Analysis . . . . . . . . . . . . . . . . . . . . . . . . . 6 3. History, Context, and Design Constraints . . . . . . . . . . . 7 3.1 The Presentation Issue . . . . . . . . . . . . . . . . . . 8 3.2 MUAs, MTAs, addresses, and learning from MIME and ESMTP . 8 3.3 An Encoded-address, MUA-transparent, Solution may Eliminate an Important Opportunity . . . . . . . . . . . . 11 3.4 An MUA-only-based Solution is Not Necessary . . . . . . . 12 3.4.1 Obtaining an Internationalized Email Address . . . . . 12 3.4.2 Relay environment . . . . . . . . . . . . . . . . . . 13 3.4.3 Internationalizing the Sender . . . . . . . . . . . . 14 3.5 A Solution Based on MUA Changes Alone is Unworkable . . . 15 3.5.1 MX Diversion . . . . . . . . . . . . . . . . . . . . . 15 3.5.2 Embedded commands . . . . . . . . . . . . . . . . . . 15 3.6 Encoding the Whole Address String . . . . . . . . . . . . 15 3.7 Looking back and looking forward . . . . . . . . . . . . . 16 3.8 Summary of Design Issues and Tradeoffs . . . . . . . . . . 16 4. A Mail Transport-level Protocol . . . . . . . . . . . . . . . 17 4.1 General Principles and Objectives . . . . . . . . . . . . 17 4.2 Framework for the Internationalization Extension . . . . . 17 4.3 The Address Internationalization Service Extension . . . . 18 4.4 Extended Mailbox Address Syntax . . . . . . . . . . . . . 19 4.5 The ALT-ADDRESS parameter . . . . . . . . . . . . . . . . 19 4.6 Formation of the Alternate Address . . . . . . . . . . . . 20 4.7 Additional ESMTP Changes and Clarifications . . . . . . . 21 4.7.1 The Initial SMTP Exchange . . . . . . . . . . . . . . 21 4.7.2 Trace Fields . . . . . . . . . . . . . . . . . . . . . 21 5. Impact on the MUA and on Message Headers . . . . . . . . . . . 21 6. Bundling of Extensions and Options . . . . . . . . . . . . . . 22 7. Protocol Loose Ends . . . . . . . . . . . . . . . . . . . . . 23 7.1 Punycode in Domain Names? . . . . . . . . . . . . . . . . 23 7.2 Local Character Codes in Local Parts? . . . . . . . . . . 23 7.3 Restrictions on Characters in Local Part? . . . . . . . . 24 Klensin Expires January 19, 2006 [Page 2] =0C Internet-Draft I18N Email Addresses July 2005 7.4 Requirement for 8BITMIME? . . . . . . . . . . . . . . . . 24 7.5 Message Header and Body Issues with MTA Approach? . . . . 24 7.6 The Received field 'for' clause . . . . . . . . . . . . . 24 8. Internationalization and Full Localization . . . . . . . . . . 25 9. Advice to Designers and Operators of Mail-receiving Systems . 26 10. Internationalization Considerations . . . . . . . . . . . . 27 11. IANA Considerations . . . . . . . . . . . . . . . . . . . . 27 12. Security considerations . . . . . . . . . . . . . . . . . . 27 13. Acknowledgements . . . . . . . . . . . . . . . . . . . . . . 28 14. An Appeal . . . . . . . . . . . . . . . . . . . . . . . . . 28 15. References . . . . . . . . . . . . . . . . . . . . . . . . . 29 15.1 Normative References . . . . . . . . . . . . . . . . . . . 29 15.2 Informative References . . . . . . . . . . . . . . . . . . 29 Author's Address . . . . . . . . . . . . . . . . . . . . . . . 31 Intellectual Property and Copyright Statements . . . . . . . . 32 Klensin Expires January 19, 2006 [Page 3] =0C Internet-Draft I18N Email Addresses July 2005 1. Introduction Internationalization of electronic mail addresses is, if anything, more important than the already-completed effort for domain names. In most of the contexts in which they are used, domain names can be hidden within, or as part of, various types of references or the references themselves may be hidden. It also remains controversial whether internationalization of domain names is actually necessary, no matter how attractive and important it may appear at first glance. Email addresses, by contrast, are crucial: use of names of people or organizations as, or as part of, the email local part is, for obvious reasons, a well-established tradition on the network. While the characters permitted in domain name strings have always been somewhat constrained so that they are not confused with syntax requirements of present and future applications, preventing people from spelling their names correctly is, in the long term, inexcusable. However, while it is tempting to ignore them, email addresses pose a number of special problems. Unlike domain names --and, consequently, the domain part of an email address (after the last "@")-- the local part (or mailbox name) is essentially unconstrained with regard to syntax or the characters used. There are no special delimiters comparable to the period used to separate domain name labels, there is no standardized structure comparable to the domain name system's hierarchy, and it has always been a firm protocol requirement that no host other than the one to which final delivery is made is permitted to parse or interpret the address (see section 2.3.10 of [RFC2821]). In some respects, this makes things much more difficult: it is far more difficult to know what behavior will cause existing systems to cease working properly. In others, it actually makes them easier, since the originating system is not required to understand how the receiving one will interpret an address and indeed must not do so. The balance of this document explores these issues in more detail. 1.1 Terminology While much of the description here depends on the abstractions of "Mail Transfer Agent" ("MTA") and "Mail User Agent" ("MUA"), it is important to understand that those terms and the underlying concepts postdate the design of the Internet's email architecture and the "protocols on the wire" principle. That architecture, as it has evolved, and the "wire" principle have prevented any strong and standardized distinctions about how MTAs and MUAs interact on a given origin or destination host (or even whether they are separate). This document assumes a reasonable understanding of the protocols and terminology of the most recent core email standards documented in RFC 2821 [RFC2821] and RFC 2822 [RFC2822]. Klensin Expires January 19, 2006 [Page 4] =0C Internet-Draft I18N Email Addresses July 2005 In its present internet-draft form, the document contains a great deal of explanatory material and rationale for the approach chosen. The actual protocol material appears almost entirely in Section 4, especially Section 4.2 through Section 4.4, and in Section 5. If it appears to be a candidate for standards-track publication, the explanatory material, rationale, and most of the other background materials should be removed to a separate document. Those who wish to bypass the reasoning and comparison to other alternatives in this document and examine the protocol proposal should skip to those sections. In this document, an address is "all-ASCII" if every character in the address is in the ASCII character repertoire [ASCII]; an address is "non-ASCII" if any character is not in the ASCII character repertoire. The key words "MUST", "SHALL", "REQUIRED", "SHOULD", "RECOMMENDED", and "MAY" in this document are to be interpreted as described in RFC 2119 [RFC2119]. 2. Three Models for Transition Almost every attempt to extend the Internet mail system to support new formats leads quickly to a controversy about how to implement such changes and fit them into the existing system. The proposals tend to fall into three categories: 2.1 No Infrastructure Changes Avoid any more infrastructure changes than are absolutely necessary. Instead, use sometimes-elaborate coding and other "tricks" to embed the new facilities in the old ones, even if those facilities will look very odd to those whose client and user interface systems have not been upgraded. MIME, which has been quite successful, is the most-cited example of this approach, although it is worth remembering that it was initially quite unpopular because it exposed many users to rather opaque codings. It continues to be criticized as institutionalizing incompatibility rather than providing good interoperability. Specificially on the latter observation, MIME conformance does nothing to prevent delivery of a message to a user that the user has no capability of decoding and reading. 2.2 Transport-level Negotiation Use a transport-level negotiation model of some variety to ensure that the recipient machine can and will accept the format and structure of the message and options being sent. Variations on this approach include ensuring that the message can be delivered, but not Klensin Expires January 19, 2006 [Page 5] =0C Internet-Draft I18N Email Addresses July 2005 that it can be read. This approach has been taken in situations in which, e.g., sending the message without such acceptance could result in actual information loss (as distinct from "mere" information inaccessibility for the MIME case). ESMTP ([RFC1651], [RFC2821]) provides the framework for this approach; options such as 8BITMIME [RFC1652] are clear examples of cases in which the approach is necessary. 2.3 Replace SMTP and the Current Internet Mail Environment Start a conversation about discarding more or less everything and moving toward a "next generation" of Internet mail in the hope of a huge gain in elegance, capability, or other functions. 2.4 Analysis Of these three, only the second appears to be plausible for internationalization of email local parts. The third --a new mail system, replacing SMTP and possibly the mail header and MIME models-- is the most easily discarded as a possibility. Despite many brief bursts of enthusiasm, development of standards by other organizations, and well-funded proprietary products, proposed SMTP replacements have tended to not go anywhere: standard Internet mail, with or without extensions, is sufficiently well-established (and entrenched) as an interoperable interchange standard that historical proposed "next generation" alternatives have been forced, by the marketplace, to interoperate with and, ultimately, to yield to, it. Those that did not make a serious attempt to interoperate with Internet mail have largely disappeared. There is no reason to believe that a new set of proposals will fare any better. In considering the other two approaches, it is important to note that none of the fundamental transitions have ever been, or will ever be, easy, quick, and without side-effects. While it is easy, safe, and fairly painless to add a new media type to MIME, the MIME framework itself provided a very unpleasant user experience until mail user agents (MUAs) and related software were upgraded. Similarly, while most ESMTP extensions can be added at a relatively low level of pain, the infrastructure upgrades needed to accommodate the extension framework itself (and hence any of the extensions) were significant, especially in the case of MTA software that had been operating smoothly, without maintenance or upgrades, for years. For internationalization, the important question is whether the transition properties are "more like MIME" (i.e., can be accomplished at an MUA-MUA level, without the transport system getting involved) Klensin Expires January 19, 2006 [Page 6] =0C Internet-Draft I18N Email Addresses July 2005 or whether the changes required are significant enough to require transport negotiation (or a "next generation mail" environment). It is the position of this document that the complex of changes needed to make Internet email fully internationalized requires, if not "next generation mail", at least the type of position that characterized the original, "framework", MIME and ESMTP deployments: "if you want any of these features, you are going to implement and accept a package of changes; if that is not feasible, you need to stay with ASCII, or ASCII-encoded, addresses and headers until you are ready to upgrade". The alternatives are just too complex, and therefore problem-prone, in terms of combinations of alternate forms, options, transitions, upgrading and downgrading, and so on to preserve a high level of interoperability. The sections that follow discuss the motivation and implications of this conclusion in more detail before moving on to a specific proposal. 3. History, Context, and Design Constraints Several key issues in how email works and is handled impose significant constraints on the solution space. Email is often used as a transport mechanism for information that will be acted on by computers, not merely read by people. While the approach is not common, some of the systems that use it as a computer-computer communication medium encode routing, processing, or validation information into the envelope address fields. More commonly, recipient systems use special address formats to encode local routing or priority information. In recent years, some of these addressing techniques have become important anti-spam tools for some users and communities. Most of these techniques have a long history. Most or all of them conform to email standards and practices that, in turn, go back to the first uses of email on the ARPANet. Backward- compatibility --not damaging the interoperability of standards- conforming programs that are now deployed and working correctly-- makes it inappropriate to make decisions by conducting user surveys and concluding that "not too many" people will be hurt. Any new system must preserve existing practices and flexibilities unless there are overwhelming reasons -- e.g., an absence of plausible alternatives -- to not do so. Historically, when one of these approaches has required that the email address local part be partitioned into components that are then interpreted differently or in some special sequence, the information has been organized according to some lexical convention, typically either based on one or more delimiters or on some sort of position and length notation (or a mixture of the two for different purposes). Either may be applied left-to-right or right-to-left and, again, we Klensin Expires January 19, 2006 [Page 7] =0C Internet-Draft I18N Email Addresses July 2005 have a history of each, including the notorious "!a!b!c!d%e%f" local parts, which can be interpreted as o A single mailbox name, "!a!b!c!d%e%f" o A routing instruction to send the address "!b!c!d%e%f" to host "a" o A routing instruction to send the address "!a!b!c!d%e" to host "f" or some combinations of those interpretations. Because the correct interpretation can only be known at the destination host, attempts by intermediate hosts, or even the originating user, to interpret the structure of the address string cause serious problems with mail reliability. Worse, because the organization of the system(s) that make up the destination host cannot, in general, be known to the sender, approaches that assuming decoding from some coded form at some particular order in the process of receiving and delivering the message will cause some fraction of systems that are now fully conformant to Internet mail standards to fail to properly handle the address. 3.1 The Presentation Issue Before continuing, it is important to note that any internationalization system, regardless of how it is implemented at the protocol level, will require changes at the user interface level if it is to function in a way that end users consider reasonable. Unless addresses are presented to the user in familiar characters and formats, the user's perception will be, not of internationalization and behavior that is user and culturally friendly, but of a relatively hostile environment. One thing we have almost certainly learned from nearly forty years of experience with email is that users strongly prefer email addresses that closely resemble names or initials to those involving, e.g., user ID numbers or complex coding that makes the local part appear as gibberish. Indeed, that principle --of wanting local parts to appear intelligible-- is arguably the entire reason for wanting to internationalize these addresses. Otherwise, any identifier would suffice whether it had mnemonic value to users or not. If a user sees "xn--fltstrm-5wa1o" (a punycode form) or "F=3DE4ltstr=3DF6m" (the MIME quoted-printable form), rather than the correctly-written localized string, the result is almost certain to be unhappiness. 3.2 MUAs, MTAs, addresses, and learning from MIME and ESMTP The development and deployment of MIME [RFC2045] provided a number of important lessons for the community about how to design extensions and enhanced features without harm to the installed and conforming email system. Perhaps the most important of these was that it is Klensin Expires January 19, 2006 [Page 8] =0C Internet-Draft I18N Email Addresses July 2005 easier, and often more expedient, to make changes that have impact only on mail user agents. If it is possible to make changes that way --generally changes that involve only message headers and the message body or body parts-- users who need particular features can switch to user agents that support them or press for those features in the user agents they have already selected. Even in the worst case in which support for features the user considers critical is not readily available, it is possible, with proper user agent design, to save the entire message to a file and then use stand-alone software to interpret the information and perform the desired functions. Providing these functions in the message headers and body permits them to be moved opaquely through the mail transport system, thus avoiding any requirement to modify originating or delivery MTAs or intermediate relays. In practice, the user may have little control over those systems. Since changes to them typically impacts large numbers of users, those who are responsible for them are often reluctant to make changes in response to the needs of a few users. It is hence reasonable to conclude that, if it is feasible to support address internationalization strictly at the MUA level, keeping the internationalized addresses opaque to the transport system, that is a more desirable approach than requiring MTA changes. The MUA-only approach has been carefully examined by others (see, e.g., the obsolete Internet Draft [Hoffman-IMAA]) and proposed more recently as a temporary measure in [JET-IMA]. The present document argues that 1. Addressing is a fundamental MTA-level function, 2. Some of the complexities encountered when trying to encode addresses so as to avoid MTA interactions are symptoms that attempting to "hide" the MTA function so that it can be handled by MUAs is not an architecturally desirable approach, 3. The restrictions on email uses and syntax required to provide internationalization at MUA level are unnecessarily risky, and almost certainly damaging, to deployed email infrastructure, 4. If internationalization is to be plausible, it is critical that addressing information be represented in essentially the same way in the message envelope (i.e., the SMTP command structure) and the message body (i.e., both message headers and, where feasible, message text). Different encodings in different places, especially ones that are copied back and forth, will make both mail system maintainers and operators and end users very unhappy. and 5. MTA-level solutions are feasible, architecturally more elegant, and perhaps not as difficult to deploy in relevant communities as the strongest advocates of the MUA-only approach appear to Klensin Expires January 19, 2006 [Page 9] =0C Internet-Draft I18N Email Addresses July 2005 imagine. See Section 3.8 for additional discussion on this point. The decision as to what to do in message bodies and formats (e.g., [RFC2822] and MIME [RFC2045]) and what to handle in message transport (i.e., in extended SMTP) is critical because, as discussed below, the level at which something is handled is both determined by, and determines, how information is appropriately encoded. This decision ultimately depends on the application of two principles: 1. If body content is opaque, anything still visible to transport requires transport negotiation. 2. Anything an MTA -- be it origin, relay, MX, gateway, or delivery -- needs to understand or process must be handled as part of mail transport. The discussion below might be titled "why the MTA must get involved". Whether mail addresses meet these criteria, and hence must be comprehensible in transport, depends on how much the sending MUA needs to know to construct, and the delivery MTA needs to know to deliver, a message. Traditionally, we have kept the former knowledge level at zero: if a sender produces "!a!b!c@example.com" in response to information that it is a valid address, it still does not know whether this is a "bang path" or a slightly-perverse name for a single mailbox. Is "xyz%def@example.com" a specification for routing to mailbox "xyz" on host "def" or a mailbox named "xyz%def" on the example.com host? Are "foo+bar@..." or "foo-baz@..." subaddresses "bar" and "baz" for the mailbox "foo", or are they simple addresses? Is "jjoneschem@labs.example.com" a local mailbox on that host or an instruction to route mail to "jjones" in the chemistry department? Under the rules established in [RFC0821] and [RFC1123], as summarized and updated in [RFC2821], all of those decisions are up to "example.com", its MX alternatives, or hosts in that domain, and they may make very local decisions about them. For example, even within the same domain (on the same apparent host), "xyz%def" might be a mailbox while "xyz%ghi" might contain a route; "foo-baz" might represent and address and subaddress while "foo-blog" might be a mailbox. The sender cannot, in the general case, know. Worse, while non-alphanumeric characters like "+", "-", and "%" have been used in these examples, delimiters for subaddresses, implicit routing, embedded commands, and so on are, again, up to the destination MTA and its interpretations. "X" might be as good a delimiter as "+". It might even be a better one in some applications. And, since local-parts are defined as case-sensitive, Klensin Expires January 19, 2006 [Page 10] =0C Internet-Draft I18N Email Addresses July 2005 "x" might be a normal address character in the same address in which "X" was an important delimiter. Of course, in a completely non-ASCII environment, it would make sense to substitute characters from the local script for "+", "-", "%", and so on. If one wants a string completely in local language (i.e., non-ASCII) characters, then there may be no desire to break that convention in order to use an ASCII delimiter (see Section 8 for additional discussion of this issue). It is not even necessary to use a delimiter to support some forms of subaddressing or local routing. Suppose an organization adopted the convention that externally-visible email address local parts were structured as, e.g., a three-letter department code, followed by a five-letter code representing the individual, optionally followed by a code representing a project. Many organizations use just such systems and there is no way (and no need) for an email sender to understand the system or whether it is actually used for mail routing internally. Consequently, the idea of a sender breaking an address up into its component parts and encoding those parts separately, or even just doing an encoding in sections that preserves the positions of the delimiters (as measured from the left) is an impossibility without major, incompatible, and retroactive changes in how mail addressing is defined. Conversely, if the sender encodes the entire address, or the entire local part, without understanding the structure of the address in the same way that the target system does, it is likely that important information will be lost or, possibly, the message will be mis-delivered. 3.3 An Encoded-address, MUA-transparent, Solution may Eliminate an Important Opportunity The principle above that addresses should have the same form in headers and in envelopes leads quickly to a reasoning path that argues for representation of most or all mail headers in some form of Unicode, including, but not limited to, those headers that explicitly list addresses. Several proposals have been outlined for doing this; perhaps the best developed (at the time the first version of this document was written) was the "UTF-8-HEADERS" proposal [Hoffman.UTF-8]. Like this proposal, it requires envelope (SMTP extension) negotiation to protect the headers that are encoded in UTF-8. This proposal differs from that one by putting somewhat more reliance on envelope facilities to prevent what its author considers a number of layering and interaction problems, most of them arising from the proposed "Address-map:" headers of that UTF-8-HEADERS proposal. Klensin Expires January 19, 2006 [Page 11] =0C Internet-Draft I18N Email Addresses July 2005 3.4 An MUA-only-based Solution is Not Necessary 3.4.1 Obtaining an Internationalized Email Address One of the classic arguments for an approach based on MUA changes only (for international addresses or anything else) is that users will be able to install and use solutions on their own, even if the administrators of their systems are unenthused about the particular function or extension and delay, or decline, to install it. That argument was certainly true for MIME, especially in the presence of the capability to store messages as files and apply post-MUA tools. But it does not seem to apply for email addresses. In general, users cannot create email accounts or aliases controlling delivery of messages from external systems. Those accounts and aliases must be created by system administrators responsible for the mail servers. If those administrators are not sympathetic to internationalized mailbox names, such names will not exist on the receiving system. Having apparatus to send those names through the protocols will be essentially useless: a message that bounces because the relevant account or mailbox does not exist will bounce equally well whether the target address is in ASCII or in some other script and whether or not the receiving MTA is required to explicitly agree to access internationalized addresses. Conversely, if the administrators of the mail system host are sympathetic to internationalization, it is reasonable to expect that appropriate software can and will be installed at the MTA level. An apparent important exception to the position taken in the above paragraph arises for subscription, often free, email services such as those operated under the "Hotmail", "Juno", "Netscape", and "Yahoo" names. Some of these systems permit users to select their own names (local parts) through an automated process. If the user creates a mailbox using an encoded name, users with MUAs that support the encoding will be able to send mail using a name in the user's preferred characters if, of course, the user or MTA somehow knows the encoding is being used. But the user cannot know what capabilities the correspondents will have available, and hence must give out both the name in local characters and the encoded form. This may turn out to be necessary, but is unlikely to be considered desirable. Also, if the user has presentation software that recognizes the coding conventions, then he or she will be able to see the original-language names in incoming messages and may not know what names to pass on to those who lack such presentation software. And, more important, many users of such systems access them through "web mail" interfaces, using standard (or at least common) browsers. The issues in getting those browsers upgraded to automatically recognize and decode special encoding forms may be as difficult, or more difficult, than those associated with convincing a system administrator to install a Klensin Expires January 19, 2006 [Page 12] =0C Internet-Draft I18N Email Addresses July 2005 special address or upgraded MTA. Consider this practice from a user point of view. First, the domain names for these systems --as compared to institutional mail systems-- will generally continue to be in ASCII, so the goal of an email address that is entirely or predominantly in the user's language will be unattainable. If the domain names are non-ASCII (i.e., are IDNA encodings of non-ASCII strings), it is reasonable to assume that an operator who would choose such a name would be willing to internationalize its MTA. Second, such systems are most often accessed through web-based interfaces where most email header information appears to the user browser as running text. Because an email local part can, today, take on the form of almost any ASCII string, it is not reasonable to expect that a browser, even one with some localized functions, will be able to accurately detect an embedded, specially-coded, mailbox local part and correctly decode and render it. Heuristics based on detection of an at-sign ("@") will, of course, work for many cases, but will also produce a certain number of false positives, perhaps destroying URLs or examples in the text. After all, the "@" symbol has been around since long before there was email. It is worth noting that any recognition and decoding of local parts using a local encoding relies on heuristics that may fail: all such strings are historically-valid email local parts, and, unlike the DNS situation, it is impossible to conduct a reliable survey to determine that no one is using any particular encoding form, especially if the encoding indicator appears embedded in the local part string, rather than as a prefix. By contrast, if the MTA sees a Unicode string, and Unicode strings are placed in message headers and message bodies as needed, the transition may be more difficult, but no long-term user confusion or exposure to ugly encodings will be necessary. To be very specific about this, if the local part of an address is encoded, e.g., with some ACE form as suggested in [JET-IMA], there is no practical way for the receiving system to know to decode it, rather than treat it as an ordinary mailbox name, unless it is notified via a SMTP envelope extension. 3.4.2 Relay environment As in many other areas with email, many of the difficulties with an MTA-based model for internationalization of addresses arise, not when the originating MTA communicates directly with the delivery MTA, but when relay MTAs are involved. If the both the sending and receiving systems support internationalized addresses, it is still possible that an intermediate relay will not do so, forcing mail to bounce that could be delivered if there were a direct connection between sender and receiver. But, as with the installation of email Klensin Expires January 19, 2006 [Page 13] =0C Internet-Draft I18N Email Addresses July 2005 addresses on a system, relays do not get inserted in the mail path by accident. If internationalized addresses are important to the destination host, its administrators will chose lower-preference MX hosts or other relays that can support internationalized addresses. 3.4.3 Internationalizing the Sender If we assume a destination host that can accept, and properly handle, an internationalized address, and we assume that any MX-designated intermediaries for that host will be chosen to be similarly capable, one situation is left in which it would be advantageous to have an MUA-only-based solution. If a originating/ sending system is not capable of generating or sending an internationalized address, but the prospective receiving system is, it would be good to enable the originating user to generate and somehow send to the relevant address. This is a real issue, and deserves some serious consideration. But it seems better to find a good temporary, transitional, mechanism for it than to permanently burden the email system with an uncomfortable mechanism just to accommodate this case. One example of a transitional mechanism might be to use encapsulation, i.e., ESMTP tunneling over MIME [RFC2442], to route the address and message to a friendly gateway host that would unpack the message and transmit it using this specification. Other examples, less attractive at first glance but still plausible, would include defining and using small variations on the message encapsulation mechanisms that are integral to MIME [RFC2046], or the more complex encapsulation designed for HTML [RFC2557], to accomplish the same purpose. The one transitional option that is not plausible is to simply send an encoded string without envelope modification. "Just send ACE" has the same unfortunate properties as the "just send eight" system proposed when MIME was adopted: in both cases, even if the message or address are not damaged in transit, the recipient will not have sufficient information available to be able to accurately determine what it has received and, hence, whether or not to decode it. So, a user with an MUA that has the capability to handle an internationalized address, but who does not have access to an originating MTA with the capabilities defined here, may be given access to a reasonable transition strategy until the needed capabilities are available. Note that this does not require an open relay, since all of the user authentication capabilities of ESMTP [RFC2554] and SUBMIT [RFC2476] would be available. One can even imagine a service with a per-message charging system, which would presumably encourage rapid upgrading. Klensin Expires January 19, 2006 [Page 14] =0C Internet-Draft I18N Email Addresses July 2005 3.5 A Solution Based on MUA Changes Alone is Unworkable The difficulties identified in the examples above are, perhaps obviously, not the only ones. Other issues arise with intermediate MX relay and gateway hosts, commands embedded in local parts, and special formats used in gateways to other environments, among other cases. Some of those additional cases are described briefly below. 3.5.1 MX Diversion If the domain part of an email address is associated with several MX records and the mail is delivered to one of them that is not the best preference host, subsequent mail processing between that intermediate host and the ultimately destination one is not required to use SMTP. If, instead, it performs some gateway function, it may need to inspect or alter the local part to determine how to route and deliver the message. If the local part were encoded in some fashion that prevented that inspection process, and the MTA was not aware that it needed to apply special techniques, mail delivery might well fail. 3.5.2 Embedded commands In addition to the address forms with special syntax or semantics described elsewhere, systems have been developed that embed commands in address local parts. These might, of course, use entirely different syntax constructions and formats than are typical in conventional addresses and, in an internationalized environment, might reasonably use character coding conventions that are neither ASCII nor Unicode-based. A number of specialized applications of email do require, or recommend, specific syntax in the local part. These are identified, not to indicate that they are the only cases (they are not) but to reinforce the point that one must be quite cautious in doing anything that makes global assumptions about local part syntax and significant characters. These applications include local part explicit routing with the "percent hack" [RFC1123], gateways to and from X.400 environments [RFC2156], and gateways to fax systems [RFC3192]. 3.6 Encoding the Whole Address String Much of the above demonstrates why selective encoding of parts of the local-part string is not practical, will exclude many important cases, or will subject users to permanent use of the crytpic encoded forms. Why, then, not encode the entire string and insist that the delivery MTA recognize the presence of an encoded form and do whatever decoding is needed before it does other processing? There are three major reasons to approach the problem this way: Klensin Expires January 19, 2006 [Page 15] =0C Internet-Draft I18N Email Addresses July 2005 1. Any change in address syntax interpretation is likely to be a major, incompatible, change, since we do not now impose any restrictions on how an MTA is organized or even on how, or whether, the MTA, MUA, and other delivey-related functions are actually divided up on a given host. Converting user agents to handle international forms of addresses in a way that does not produce user astonishment is likely to be a major undertaking, regardless of what is done to the protocols and at what level. 2. Imposing a requirement that MTAs "understand" local-parts so that they can be partially decoded as part of mail routing would seem to defeat the main goal of encoding internationalized strings into a compact ASCII-compatible form, i.e., to keep MTAs from needing to understand the extended naming system 3. We potentially have three different encodings of an internationalized string: the one used by the MTA, the one used by the MUA, and the one seen by the user through applications software or the operating system's display interface. Having all three of these identical or closely compatible is desirable from the standpoint of user understanding and debugging. Having them different can cause many "interesting" problems, e.g., having to return an error message that uses different coding, and hence might represent an entirely different string, than the string the user put into the process. Instead, it would seem sensible to move from a straightforward encoding of mail addresses in ASCII to a straightforward encoding in Unicode via UTF-8 [RFC2277], imposing only those restrictions on the characters in the local part that are implied by Unicode itself. 3.7 Looking back and looking forward Another principle is implied by some of the discussion above. Internationalization measures for the Internet will be with us for as long as there are multiple languages and scripts in the world, i.e., probably forever. If a satisfactory long-term solution can be found, and a reasonable transition strategy can be defined for it, it is much better to optimize for the long term. The alternative of making things more difficult or less functional forever -- for the transport, the MUA, and/or the user interface system -- in order to save some small effort in transition, or even to make the transition a few months faster, represents a very poor tradeoff. 3.8 Summary of Design Issues and Tradeoffs Each of the above subsections describes a strong case for continuing to treat addressing as an MTA function, opaque except at the end systems. The main alternative is to rely on the sending system being able to understand the addressing system of the target host, and any Klensin Expires January 19, 2006 [Page 16] =0C Internet-Draft I18N Email Addresses July 2005 relays accessed through MX relays, potentially needing to be able to remove IDN encoding ("punycode" or otherwise) in order to determine how to process or route the message. That alternative violates a long-standing and important design principle of Internet email, complicates a number of other cases, and does not offer sufficient transition advantages to be worth any of those difficulties. The protocol proposed here takes a giant step toward true internationalization of electronic mail, providing a good functional approximation to what we might have done several decades ago had Unicode and the necessary understanding been available. It does not go as far as one could imagine going in providing address forms that would be compatible with local styles and models all over the world. The issues in considering, and taking, those extra steps are discussed in Section 8. 4. A Mail Transport-level Protocol 4.1 General Principles and Objectives 1. Whatever encoding is used should apply to the whole address and be directly compatible with software used at the user interface. 2. An SMTP relay must either recognize the format explicitly, agreeing to do so via an ESMTP option, select and use an ASCII- only address, or bounce the message so that the sender can make another plan. 3. In the interest of interoperability, charsets other than UTF-8 or punycode are strongly discouraged. If a mail environment chooses to use them anyway in the local part, interpretation at the "what does this mean" level is the responsibility of the receiving MTA. 4.2 Framework for the Internationalization Extension The following service extension is defined: 1. The name of the SMTP service extension is "Address Internationalization"; 2. The EHLO keyword value associated with this extension is "I18N"; 3. No parameter values are defined for this EHLO keyword value. In order to permit future (although unanticipated) extensions, the EHLO response MUST NOT contain any parameters for that keyword. If a parameter appears, the SMTP client that is conformant to this version of this specification MUST treat the ESMTP response as if the I18N keyword did not appear. 4. An optional parameter is added to the SMTP MAIL and RCPT commands. This parameter is named ALT-ADDRESS. It requires an argument that may be useful in "downgrading" (see Section 4.5) as a substitute for the internationalized (UTF-8 coded) address. Klensin Expires January 19, 2006 [Page 17] =0C Internet-Draft I18N Email Addresses July 2005 This all-ASCII address MAY incorporate the IDNA "punycode" form if the domain name is internationalized. No algorithmic transformation is specified for the local-part; in the general case, it may identify a completely separate mailbox from the one identified in the primary command argument. 5. No additional SMTP verbs are defined by this extension. Most of the remainder of this memo specifies how support for the extension affects the behavior of an SMTP client and server and what message header changes it implies. 4.3 The Address Internationalization Service Extension In the absence of this extension, SMTP clients and servers are constrained to using only those addresses permitted by RFC 2821. The local parts of those addresses may be made up of any ASCII characters, although certain of them must be quoted as specified there. It is notable in an internationalization context that there is a long history on some systems of using overstruck ASCII characters (a character, a backspace, and another character) within a quoted string to approximate non-ASCII characters. This form of internationalization should be phased out as this extension becomes widely deployed but backward-compatibility considerations require that it continue to be supported. An SMTP Server that announces this extension MUST be prepared to accept a UTF-8 string [RFC3629] in any position in which RFC 2821 specifies that a "mailbox" may appear. That string must be parsed only as specified in RFC 2821, i.e., by separating the mailbox into source route, local part and domain part, using only the characters colon (U+003A), comma (U+002C), and at-sign (U+0040) as specified there. Once isolated by this parsing process, the local part MUST be treated as opaque unless the SMTP Server is the final delivery MTA. Any domain names that are to be looked up in the DNS MUST be processed into punycode form as specified in IDNA [RFC3490] unless they are already in that form. Any domain names that are to be compared to local strings SHOULD be checked for validity and then MUST be compared as specified in IDNA. An SMTP Client that receives the I18N extension keyword MAY transmit a mailbox name as an internationalized string in UTF-8 form. It MAY transmit the domain part of that string in either punycode (derived from the IDNA process) or UTF-8 form but, if it sends the domain in UTF-8, it SHOULD first verify that the string is valid for a domain name according to IDNA rules. As required by RFC 2821, it MUST not attempt to parse, evaluate, or transform the local part in any way. If the I18N SMTP extension is not offered by the Server, the SMTP Client MUST not transmit an internationalized address. Instead, it Klensin Expires January 19, 2006 [Page 18] =0C Internet-Draft I18N Email Addresses July 2005 MUST either return the message to the user as undeliverable or replace it, either using the ASCII-only address specified with the ALT-ADDRESS parameter or using some process (such as a directory lookup) outside the scope of this specification, with a local-part that conforms to the syntax rules of RFC 2821. 4.4 Extended Mailbox Address Syntax RFC 2821, section 4.1.2, defines the syntax of a mailbox as Mailbox =3D Local-part "@" Domain Local-part =3D Dot-string / Quoted-string ; MAY be case-sensitive Dot-string =3D Atom *("." Atom) Atom =3D 1*atext Quoted-string =3D DQUOTE *qcontent DQUOTE Domain =3D (sub-domain 1*("." sub-domain)) / address-literal sub-domain =3D Let-dig [Ldh-str] (see that document for productions and definitions not provided here -- their details are not important to understanding this specification). The key changes made by this specification are, informally, to o Change the definition of "sub-domain" to permit either the definition above or a UTF-8 (or other, see Section 7.1) string representing a DNS label that is conformant with IDNA [RFC3490]. That sub-domain string MUST NOT contain the characters "@" or ".". o Change the definition of "Atom" to permit either the definition above or a UTF-8 (or other, see Section 7.3) string. That string MUST NOT contain any of the ASCII characters (either graphics or controls) that are not permitted in "atext"; it is otherwise unrestricted. 4.5 The ALT-ADDRESS parameter If the I18N extension is offered, the syntax of the SMTP MAIL and RCPT commands is extended to support the optional "ALT-ADDRESS" parameter, which takes one argument. Its syntax is "alt-address=3D" Mailbox Klensin Expires January 19, 2006 [Page 19] =0C Internet-Draft I18N Email Addresses July 2005 where "Mailbox" is strictly according to the (unextended) syntax specified in RFC 2821. If the receiving SMTP server is required to send the message on to a system that does not support this extension or the one for UTF-8 headers (see Section 6, it MAY substitute the specified address for the internationalized one to permit the message to be delivered to a mailbox specified by the sender. If UTF-8 headers are not supported, it SHOULD also encapsulate the message as described in Section 3.4.3. An SMTP server that cannot forward an internationalized message using the addressing and UTF-8 header extensions MUST either o Substitute all-ASCII addresses and encapsulate the message, or o "Bounce" the message, either rejecting it during the SMTP transaction or returning it, as specified in RFC 2821. Under normal circumstances, the final delivery SMTP server should be configured so that the two mailbox names point to the same physical store. However, just as case-matching for traditional ASCII local- parts is not a requirement of the unmodified SMTP protocol, mapping of these two mailbox names is not a requirement here: sites for whom other issues outweigh the potential confusion should configure their systems as they find appropriate. While further analysis is required, it will probably be desirable to extend the "Return-path:" trace header to include this parameter when it is provided; doing so would increase the odds that an error message could be properly routed in a number of edge and transition cases. 4.6 Formation of the Alternate Address It is tempting to want to form the alternate, all-ASCII, address algorithmically so that, e.g., the sending MUA could compute it without any user input other than the native-form address. Such a computation could, for example, be the ACE transformation contemplated by [JET-IMA]. In the general case, this is not possible for the same reason that the use of an ASCII-compatible form without option negotiation is not feasible: the sending system cannot know the way in which the receiving one parses and interprets address local parts. However, for the range of simple cases in which the local part really is atomic and represents a simple mailbox without subaddresses or other internal structure, it would probably be helpful to have a convention that the destination host could use to derive the alternate address, such as a standard ACE-style encoding. One can imagine prohibiting the use of alternate addresses that used selected ACE prefix except as an ACE-introducer so that the sending MUA, upon Klensin Expires January 19, 2006 [Page 20] =0C Internet-Draft I18N Email Addresses July 2005 receiving an reply or bounce on the alternate address could at least produce a helpful error message for the user. 4.7 Additional ESMTP Changes and Clarifications The mail transport process involves addresses ("mailboxes") and domain names in contexts in addition to the MAIL and RCPT commands and extended alternatives to them. In general, the rule is that, when RFC 2821 specifies a mailbox, this document expects UTF-8 to be used for the entire string; when RFC 2821 specifies a domain name, the name should be in punycode form if its raw form is non-ASCII. The following subsections list and discuss all of the relevant cases. [[Note in draft: I hope]] 4.7.1 The Initial SMTP Exchange When an SMTP or ESMTP connection is opened, the server sends a "banner" response consisting of the 220 reply code and some information. The client then sends the EHLO command. Since the client cannot know whether the server supports internationalized addresses until after it receives the response from EHLO, any domain names that appear in this dialogue, or in responses to EHLO, must be in hostname form, i.e., internationalized ones must be in punycode form. 4.7.2 Trace Fields Internationalized domain names in Received fields should be transmitted in Unicode form. Addresses in "for" clauses need further examination and might be treated differently depending on whether 8BITMIME is a requirement for internationalized addresses (See Section 6. The reasoning in the introductory portion of Section 5 strongly suggests that these addresses be in Unicode form, rather than some specialized encoding, but a counterargument is that users do not look at Received fields and, if there is a standard encoding available that is completely interoperable and information- preserving, it should be used for both domain names and addresses (perhaps in a comment or other supplemental information). 5. Impact on the MUA and on Message Headers In addition to the trace fields ("Received" headers), mentioned above, there are many other places in MUAs or in user presentation in which email addresses or domain names appear. Each one, whether the conventional From, To, or Cc header fields, or Message-IDs, or In- Reply-To fields that may contain addresses or domain names, or in message bodies or elsewhere, must be examined from an Klensin Expires January 19, 2006 [Page 21] =0C Internet-Draft I18N Email Addresses July 2005 internationalization perspective. The user will expect to see mailbox and domain names in local characters, and to see them consistently: a situation in which an address is coded one way in a "From" field, another way in a signature line in the body of a the message, and, apparently arbitrarily, in one or the other of those forms in Return-Path, Received, or reference fields, will create confusion and frustration. Variations on that problem will exist with any internationalization method, whether transport or MUA-only in structure. Perhaps, if we have to live with it for a short time as a transition activity, that is worthwhile. But the only practical way to avoid it, in both the medium and the longer term, is to have the encodings used in transport be as nearly as possible the same as the encodings used in message headers and message bodies. There appears to be a very strong case for concluding that the point at which we internationalize email local parts is the point that we should simply shift email headers to a full internationalized form, presumably using UTF-8 rather than ASCII. The transition to that model might involve support for legacy systems by extending the encoding models of [RFC2045] and [RFC2231] to cover address, and address-related, fields within headers but our target should be fully internationalized headers, as discussed elsewhere in this document. 6. Bundling of Extensions and Options An ongoing concern about any extensions to SMTP is that they will combine to create a situation with enough possible combinations to require profiling and the consequent increased complexity and negative impact on interoperability. Reducing the number of different options and combinations of them is therefore a useful goal. In this particular case, we have 1. This proposal, to permit UTF-8 addresses and a alternate addresses when it is not possible to reliably transmit or use the UTF-8 ones. 2. Several proposals to permit the use of UTF-8 (or other non-ASCII encodings) in mail headers. See, e.g., [Hoffman.UTF-8] 3. Several proposals to protect those UTF-8 headers with an SMTP extension. See, again, e.g., [Hoffman.UTF-8] 4. The established "8BITMIME" extension [RFC1652] that permits message bodies to be transmitted in 8 bit form, rather than requiring a content transfer encoding to force them into 7 bit form. Given the difficulties that would occur if UTF-8 (or other 8 bit) headers were significantly encoded, this extension is all but required for the UTF-8 header extensions to function properly. Klensin Expires January 19, 2006 [Page 22] =0C Internet-Draft I18N Email Addresses July 2005 5. Possibly also some type of "get envelope components out of the headers" proposal, such as [Klensin.envelope] In the interest of compatability and interoperability, it is suggested that all of these extensions be bundled, with only one EHLO keyword for all of them other than 8BITMIME, and with that new keyword implying (and requiring support for) all of the listed functions. This requires MTA implementers who wish to support these features to do a slightly larger job, but avoids the interoperability costs of excessive incrementalism. Put differently, internationalization, taken seriously, is a large issue and a large job, and these appear to be the pieces needed to get the job done 7. Protocol Loose Ends These issues should be resolved, and this section eliminated, before the document is considered complete. 7.1 Punycode in Domain Names? It is not clear whether the flexibility of being able to pass domain names in punycode, as well as UTF-8, form is needed. If it is not, it should be eliminated as excess complexity. 7.2 Local Character Codes in Local Parts? There are some reasons for permitting local-parts to be written in locally-used character codes, i.e., in other than the UTF-8 encoding of UNICODE. This could be done by tagging the local part in a fashion similar to the technique of [RFC2047] but without encoding the local part string itself. It clearly increases flexibility, and the mailbox part can be defined as a simple octet string (as it essentially is in the sections above). We can reasonably expect that some systems, operating in local environments, will use local character codes no matter what we specify. On the other hand, having an application presented with an octet (or bit) string and not knowing what charset is involved would wreak havoc on any attempt to intelligently display local parts: if one cannot know the character coding being used, then it is not possible to accurately decode the characters and display appropriate character glyphs. Use of local coding also implies an encoding for the local part different from that for the domain part -- any MTA in the path must be able to resolve the domain part into something that can be looked up in the DNS and resolved and that, in turn, requires a globally- known encoding. On the other hand, if local codings can be avoided entirely, it will Klensin Expires January 19, 2006 [Page 23] =0C Internet-Draft I18N Email Addresses July 2005 considerably reduce complexity and "opportunities" for systems to not interoperate. 7.3 Restrictions on Characters in Local Part? This specification is extremely liberal about what can be included in a UTF-8 string that represents a local-part. In return, it effectively prohibits the use of quoted strings, or quoted characters, in non-ASCII local parts. Quoted strings and characters in local parts have, in general, been nothing but trouble and there appears to be no reason to carry that trouble forward into an internationalized world (and the much greater complexity that quoting in that environment might imply). There may also be a strong case for applying restrictions, e.g., by use of a stringprep [RFC3454] profile that would eliminate particularly problematic characters while not forcing, e.g., even an approximation to case-mapping (remember that ASCII local-parts are inherently case sensitive, even though local systems are encouraged to not take advantage of that feature). 7.4 Requirement for 8BITMIME? This extension is carefully defined to be independent of "8BITMIME". However, given the length of time 8BITMIME has been around, the amount of deployment of it that exists, and the rather low likelihood that any MTA implementer in his or her right mind will go to the trouble of implementing this extension without also implementing 8BITMIME, it may be sensible to permit this extension only if 8BITMIME also appears or is combinated with it as suggested in Section 6 7.5 Message Header and Body Issues with MTA Approach? By viewing i18n addresses as an MTA problem, this document may not address all of the interesting 2822/MIME and MUA implementation and presentation style issues. In particular, if both this extension and 8BITMIME are in use, is it sensible to drop the requirement for RFC 2047/ 2231 encoding of personal name fields? And, whether or not that requirement is dropped, is the MUA description of Section 5 adequate? 7.6 The Received field 'for' clause Decide what to do about the value of the "for" clause in Received fields. See Section 4.7.2. Klensin Expires January 19, 2006 [Page 24] =0C Internet-Draft I18N Email Addresses July 2005 8. Internationalization and Full Localization Whenever one considers a new protocol, or revision of an existing one, for internationalization or other aspects of support for an improved user interface, important tradeoffs arise. These tradeoffs can be described in several ways, e.g., o Simplicity versus localization capability o User convenience, especially within a particular area or culture versus global interoperability o and so on Maximum global interoperability is obtained by confining a protocol to an very limited number of characters, ideally ones that are easily distinguishable by people. The historical choice in this regard has been the 26 upper-case ASCII letters, plus digits, plus a very small number of special characters. It is probably no coincidence that these characters (with different, bit-minimizing, encodings) are the normal ones in early telegraphy and subsequent Telex character sets. But, as soon as users start looking at these characters, the complaints start to appear: text in all-upper-case is ugly, people should be able to write their names as they normally do and not in some transliterated or variant form, people should be able to communicate in their own languages using their own character sets, and so on. Ultimately, not only are the characters used in writing at issue; so are the structures for constructing, e.g., command sequences, with different preferences typically reflecting the grammatical structures of different languages. With sufficient ingenuity, all of these requirements can be accommodated, but only typically at the cost of global interoperability or at the expense of convenient use by people outside the locality or cultural group. Email addresses illustrate this problem at its most difficult. They are seen and used by end users and there has been little success in hiding the forms that are actually used in the protocols. Worldwide, most communication is almost certainly among people who share languages and cultural assumptions, not in situations in which global interoperability is important (and where it is important that global interoperability be convenient and very reliable). On the other hand, situations and communications that require global interoperability are still common and are commercially and intellectually important. So the question is how far should one go. It is clearly important and sensible to accommodate local character sets, and to do so in a way that creates maximum convenience and attractive user interfaces in the long term. But, as pointed out in passing in Section 4.3, RFC2821 still requires the ASCII at-sign character to divide the Klensin Expires January 19, 2006 [Page 25] =0C Internet-Draft I18N Email Addresses July 2005 local part from the domain name. If even lexical support for the long-deprecated source routes is to be provided, comma and colon must also be preserved and supported. This implies that a mailbox name that is completely in some character script other than ASCII is impossible without further changes to the email protocols. In addition, the ordering implied by the "local-part@domain" construction, usually read in English as "local part at domain", seems quite strange and foreign in some other languages and cultures. It is interesting that X.400 avoided this delimiter and ordering problem entirely by using Distinguished Names in which the various elements of an address were explicitly identified. But, when Distinguished Names appear at the presentation layer or above, they appear with the various fields identified by tags which are, themselves, keywords that use a very restricted set of ASCII (actually ISO 646 or IA5) characters. In principle at least, the protocol extensions proposed here could be further extended to specify a separator character to distinguish local part from domain name and the order in which those names occurred. For example, the MAIL and RCPT commands could be extended with parameters like SEPARATOR=3D"UTF-8-character" ORDER-RL to identify a form consisting = of the domain name followed by the local part, separated by the designated character But, while this would not impose particularly heavy burdens on SMTP processors, it would be a potential nightmare for users, who would have no way to accurately identify the components of an email address, at least without significant out-of-band information. In addition, going that far would almost certainly touch off the debate, again, as to whether domain names should be presented in little- endian or big-endian order -- an issue that is, again, culturally sensitive as to which one feels most natural. It is not clear how far one should go, and the community should consider the issue very carefully. 9. Advice to Designers and Operators of Mail-receiving Systems As discussed above, in the historical Internet email context, the interpretation and permitted syntax for an email local-part is entirely the responsibility of the receiving system. Systems can get themselves into trouble and, more particularly, can seriously restrict the number and type of users who can send mail to their users, by poor choices of format and syntax. For example, general advice to system designers has long included "treat addresses in a case-independent fashion" and "do not use addresses that require Klensin Expires January 19, 2006 [Page 26] =0C Internet-Draft I18N Email Addresses July 2005 quoting" in order to increase the odds that remote users will be able to properly compose and transmit intended addresses. In a way, that advice is an extreme generalization of the "receiver" side of the robustness principle: being generous in what one accepts implies accepting as many plausible variations of an address local-part string as possible and designing the strict forms of those strings to facilitate differentiation when it is appropriate. As one moves toward internationalization of local parts, an expanded version of these principles is useful and may be even more appropriate, even though it is neither necessary nor desirable to turn those principles into protocol requirements. For example, a receiving host should normally consider any string that would match under nameprep rules --or perhaps any string that would match under a stringprep profile that provides more matching and exclusions than nameprep-- as matching for local-part purposes. An even more "liberal" receiving host might use some sort of variant tables for its script(s) of interest to further expand the matching rules. But, whatever extended matching rules the local host adopts, those rules are a property of that host. Senders should continue to be conservative about what they send, and relays should continue to avoid presumptions about their understanding of the content of local- parts. Receiving systems that have reason to adopt more restricted syntax rules, or interpretations of matching, should continue to be able to do so. 10. Internationalization Considerations This entire specification addresses issues in internationalization and especially the boundaries between internationalization and locationalization and between network protocols and client/user interface actions. 11. IANA Considerations This specification does not contemplate any IANA registrations or other actions. 12. Security considerations Any expansion of permitted characters and encoding forms in email addresses raises the risk, however slight, of misdirected or undeliverable mail. The problem is worsened if address information is carried in local character sets and must be converted to some standard form. Any conversion of character sets may also be problematic for digitally-signed information. Modulo those concerns, the ideas proposed here do not introduce new security issues. Klensin Expires January 19, 2006 [Page 27] =0C Internet-Draft I18N Email Addresses July 2005 Since email addresses are often transcribed from business cards and notes on paper, they are subject to problems arising from confusable characters. Those problems are somewhat reduced if the domain associated with the mailbox is unambiguous and supports a relatively small number of mailboxes whose names follow local system conventions; they are increased with very large mail systems in which users can freely select their own addresses. 13. Acknowledgements The author acknowledges the contributions and comments of Dave Crocker in a personal conversation, and the efforts of a private discussion group, led by Paul Hoffman and Adam Costello, to develop an MUA-only solution to this problem. The author had hoped that effort would succeed, since the idea of requiring transport changes to support internationalization (or any other new function) is unattractive and should be avoided when possible. Difficulties that group has encountered in properly defining a number of boundary conditions, including appropriate delimiters for permitting internal parsing of the local part and problems with right-to-left characters and substrings, have led to the conclusion that it is time to get a specific, transport-based, approach on the table. That conclusion has been reinforced by increasing interest in the IETF in more radical changes to the mail system, starting with extensions to permit mail headers to be written in UTF-8. While the ideas leading to the "IMAA" and other drafts have inspired several of the properties of this proposal, their authors are, of course, not responsible for the result and will probably disagree with it. Comments from Adam Costello on the first public draft were particularly helpful, and James Seng identified some internationalization issues that had not been addressed in the previous version. 14. An Appeal The author received a number of favorable comments on the general principles and design discussed in early drafts of this specification. He is not, however, able to continue its development as a one-person, or even one-person with occasional comments from others, basis. In particular, he has almost no resources for developing MTA, MUA, or presentation code to test and demonstrate the concepts and details outlined above; without such resources, this approach will, inevitably, fail sooner or later. So those who consider the idea attractive should think about, and develop, ways to join with the author in design team and development efforts. 15. References Klensin Expires January 19, 2006 [Page 28] =0C Internet-Draft I18N Email Addresses July 2005 15.1 Normative References [Hoffman.UTF-8] Hoffman, P., "SMTP Service Extensions for Transmission of Headers in UTF-8 Encoding", draft-hoffman-utf8headers-00 (work in progress), December 2003. [Klensin.envelope] Klensin, J., "A Cleaner SMTP Envelope for Internet Mail", draft-klensin-email-envelope-00 (work in progress), January 2004. [RFC0821] Postel, J., "Simple Mail Transfer Protocol", STD 10, RFC 821, August 1982. [RFC1123] Braden, R., "Requirements for Internet Hosts - Application and Support", STD 3, RFC 1123, October 1989. [RFC1651] Klensin, J., Freed, N., Rose, M., Stefferud, E., and E. Crocker, "SMTP Service Extensions", RFC 1651, July 1994. [RFC2119] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels'", RFC 2119, March 1997. [RFC2821] Klensin, J., "Simple Mail Transfer Protocol", RFC 2821, April 2001. [RFC3490] Faltstrom, P., Hoffman, P., and A. Costello, "Internationalizing Domain Names in Applications (IDNA)", RFC 3490, March 2003. [RFC3491] Hoffman, P. and M. Blanchet, "Nameprep: A Stringprep Profile for Internationalized Domain Names (IDN)", RFC 3491, March 2003. [RFC3492] Costello, A., "Punycode: A Bootstring encoding of Unicode for Internationalized Domain Names in Applications (IDNA)", RFC 3492, March 2003. [RFC3629] Yergeau, F., "UTF-8, a transformation format of ISO 10646", RFC 3629, November 2003. 15.2 Informative References [Hoffman-IMAA] Hoffman, P. and A. Costello, "Internationalizing Mail Addresses in Applications (IMAA)", draft-hoffman-imaa-03 (work in progress), October 2003. Klensin Expires January 19, 2006 [Page 29] =0C Internet-Draft I18N Email Addresses July 2005 [JET-IMA] Yao, J. and J. Yeh, "Internationalized eMail Address (IMA)", draft-lee-jet-ima-00 (work in progress), June 2005. [RFC1652] Klensin, J., Freed, N., Rose, M., Stefferud, E., and E. Crocker, "SMTP Service Extensions", RFC 1652, July 1994. [RFC2045] Freed, N. and N. Borenstein, "Multipurpose Internet Mail Extensions (MIME) Part One: Format of Internet Message Bodies", RFC 2045, November 1996. [RFC2046] Freed, N. and N. Borenstein, "Multipurpose Internet Mail Extensions (MIME) Part Two: Media Types", RFC 2046, November 1996. [RFC2047] Moore, K., "MIME (Multipurpose Internet Mail Extensions) Part Three: Message Header Extensions for Non-ASCII Text", RFC 2047, November 1996. [RFC2056] Denenberg, R., Kunze, J., and D. Lynch, "Uniform Resource Locators for Z39.50", RFC 2056, November 1996. [RFC2156] Kille, S., "MIXER (Mime Internet X.400 Enhanced Relay): Mapping between X.400 and RFC 822/MIME", RFC 2156, January 1998. [RFC2231] Freed, N. and K. Moore, "MIME Parameter Value and Encoded Word Extensions: Character Sets, Languages, and Continuations", RFC 2231, November 1997. [RFC2277] Alvestrand, H., "IETF Policy on Character Sets and Languages", BCP 18, RFC 2277, January 1998. [RFC2442] Freed, N., Newman, D., and Hoy, M., "The Batch SMTP Media Type", RFC 2442, November 1998. [RFC2476] Gellens, R. and J. Klensin, "Message Submission", RFC 2476, December 1998. [RFC2554] Myers, J., "SMTP Service Extension for Authentication", RFC 2554, March 1999. [RFC2557] Palme, F., Hopmann, A., Shelness, N., and E. Stefferud, "MIME Encapsulation of Aggregate Documents, such as HTML (MHTML)", RFC 2557, March 1999. [RFC2822] Resnick, P., "Internet Message Format", RFC 2822, April 2001. Klensin Expires January 19, 2006 [Page 30] =0C Internet-Draft I18N Email Addresses July 2005 [RFC3192] Allocchio, C., "Minimal FAX address format in Internet Mail", RFC 3192, October 2001. [RFC3454] Hoffman, P. and M. Blanchet, "Preparation of Internationalized Strings ("stringprep")", RFC 3454, December 2002. Author's Address John C Klensin 1770 Massachusetts Ave, #322 Cambridge, MA 02140 USA Phone: +1 617 491 5735 Email: john-ietf@jck.com Klensin Expires January 19, 2006 [Page 31] =0C Internet-Draft I18N Email Addresses July 2005 Intellectual Property Statement The IETF takes no position regarding the validity or scope of any Intellectual Property Rights or other rights that might be claimed to pertain to the implementation or use of the technology described in this document or the extent to which any license under such rights might or might not be available; nor does it represent that it has made any independent effort to identify any such rights. Information on the procedures with respect to rights in RFC documents can be found in BCP 78 and BCP 79. Copies of IPR disclosures made to the IETF Secretariat and any assurances of licenses to be made available, or the result of an attempt made to obtain a general license or permission for the use of such proprietary rights by implementers or users of this specification can be obtained from the IETF on-line IPR repository at http://www.ietf.org/ipr. The IETF invites any interested party to bring to its attention any copyrights, patents or patent applications, or other proprietary rights that may cover technology that may be required to implement this standard. Please address the information to the IETF at ietf-ipr@ietf.org. Disclaimer of Validity This document and the information contained herein are provided on an "AS IS" basis and THE CONTRIBUTOR, THE ORGANIZATION HE/SHE REPRESENTS OR IS SPONSORED BY (IF ANY), THE INTERNET SOCIETY AND THE INTERNET ENGINEERING TASK FORCE DISCLAIM ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTY THAT THE USE OF THE INFORMATION HEREIN WILL NOT INFRINGE ANY RIGHTS OR ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Copyright Statement Copyright (C) The Internet Society (2005). This document is subject to the rights, licenses and restrictions contained in BCP 78, and except as set forth therein, the authors retain all their rights. Acknowledgment Funding for the RFC Editor function is currently provided by the Internet Society. Klensin Expires January 19, 2006 [Page 32] =0C ------=_NextPart_000_01A6_01C59D05.862A65D0 Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima ------=_NextPart_000_01A6_01C59D05.862A65D0-- From ima-bounces@ietf.org Wed Aug 10 09:22:51 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E2qXj-0004CQ-0x; Wed, 10 Aug 2005 09:22:51 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1E2qXb-0004CC-PR for ima@megatron.ietf.org; Wed, 10 Aug 2005 09:22:48 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id JAA26887 for ; Wed, 10 Aug 2005 09:22:41 -0400 (EDT) Received: from ns.jck.com ([209.187.148.211] helo=bs.jck.com) by ietf-mx.ietf.org with esmtp (Exim 4.43) id 1E2r5g-00067F-Cv for ima@ietf.org; Wed, 10 Aug 2005 09:57:58 -0400 Received: from [209.187.148.215] (helo=scan.jck.com) by bs.jck.com with esmtp (Exim 4.34) id 1E2qXW-000A5i-AH; Wed, 10 Aug 2005 09:22:38 -0400 Date: Wed, 10 Aug 2005 09:22:38 -0400 From: John C Klensin To: YAO Jiankang , ima@ietf.org Subject: Re: [IMA] let's talk about how to combine John and JET's draft Message-ID: In-Reply-To: <323578830.12784@cnnic.cn>, <01aa01c59cc2$78261f80$1206e29f@cnnicyaojk> References: <323578830.12784@cnnic.cn>, <01aa01c59cc2$78261f80$1206e29f@cnnicyaojk> X-Mailer: Mulberry/4.0.1.1 (Win32) MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="==========C65B65F38CDFE8811562==========" X-Spam-Score: 2.0 (++) X-Scan-Signature: c43d11e3ed132539a03526fb90b6e57e Cc: X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org --==========C65B65F38CDFE8811562========== Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: 7bit --On Tuesday, 09 August, 2005 17:12 +0800 YAO Jiankang wrote: > now it seems be clear that we should not only update SMTP > but also MUA. the attachments are some drafts or documents > we discussed before, which may help us to combine the drafts. Probably two documents should be added to this list for discussion, Paul Hoffman's original draft on UTF-8 headers and my comments on encapsulation. Both are quite preliminary, rather than finished proposals, but may be useful to our thinking. They are attached. john --==========C65B65F38CDFE8811562========== Content-Type: text/plain; charset=utf-8; name="email-i18n-message-00a.txt" Content-Disposition: attachment; filename="email-i18n-message-00a.txt"; size=13223 Content-Transfer-Encoding: quoted-printable Network Working Group J. = Klensin Internet-Draft February = 2, 2004 Expires: August 2, 2004 The MIME Message/i18n Media Type draft-klensin-email-i18n-message-00a.txt Status of this Memo This document is an Internet-Draft and is in full conformance = with all provisions of Section 10 of RFC2026. 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 August 2, 2004. Copyright Notice Copyright (C) The Internet Society (2004). All Rights = Reserved. Abstract Efforts to design an internationalization model for = electronic mail frequently encounter situations in which an internationalized = message -- perhaps one containing some headers with characters coded = in UTF-8 -- must be converted and transported over a traditional, = 7-bit infrastructure. This document provides a specification, = building on the design of message/rfc822, for encapsulating messages with internationalized headers and/or body part content types. This specification is one of a group intended to provide a = modified and extended email environment for fully internationalized = email. If approved, it is expected to update the discussion of = "message/" content types in RFC 2046. Klensin Expires August 2, 2004 = [Page 1] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 Table of Contents 1. Introduction . . . . . . . . . . . . . . . . . . . . . . = . . . 3 1.1 Terminology . . . . . . . . . . . . . . . . . . . . . . = . . . 3 1.2 Mailing List . . . . . . . . . . . . . . . . . . . . . . = . . . 3 2. Proposal Overview . . . . . . . . . . . . . . . . . . . = . . . 3 3. Protocol open questions . . . . . . . . . . . . . . . . = . . . 4 4. Security considerations . . . . . . . . . . . . . . . . = . . . 4 5. Acknowledgements . . . . . . . . . . . . . . . . . . . . = . . . 4 Normative References . . . . . . . . . . . . . . . . . . = . . . 5 Informational References . . . . . . . . . . . . . . . . = . . . 5 Author's Address . . . . . . . . . . . . . . . . . . . . = . . . 5 Intellectual Property and Copyright Statements . . . . . = . . . 6 Klensin Expires August 2, 2004 = [Page 2] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 1. Introduction If a message is permitted to contain headers in UTF-8 (see, = e.g., [I-D.hoffman.utf-8] and the discussion in = [I-D.klensin.email-i18n]), the need will periodically arise to carry it over a = traditional 7bit (unextended SMTP or ESMTP) infrastructure. In general, = there are two ways to approach that problem. One is to specify and = implement a model for "downgrading", or otherwise encoding, all of the = fields that contain (or potentially content) non-ASCII information. = That approach is difficult to define properly, especially given = the number of variations in email header fields and the number of fields = whose precise syntax and semantics are not defined anywhere. The alternative is to simply encapsulate the message and headers, = using a content-transfer-encoding to deal with the 8bit material if = needed, and retaining in the outermost headers only that information = that can be retained without ambiguity or is required by the message = format specification [RFC2822]. The general strategy for this type = of encapsulation was developed in the base MIME specification = [RFC2046]; this document extends that one to provide a specification for encapsulation of internationalized messages. 1.1 Terminology This document assumes a reasonable understanding of the = protocols and terminology of the most recent core email standards = documented in RFC 2821 [RFC2821] and RFC 2822 [RFC2822] and of the MIME media = type structures described in [RFC2046]. In this document, an address or header field is "all-ASCII" = if every character in the address or field is in the ASCII character repertoire [ASCII]; an address, header field, or string is "non-ASCII" if any character is not in the ASCII character repertoire. The key words "MUST", "SHALL", "REQUIRED", "SHOULD", = "RECOMMENDED", and "MAY" in this document are to be interpreted as described = in RFC 2119 [RFC2119]. 1.2 Mailing List This document is being discussed on the ietf-imaa mailing = list. See for information about = subscribing and the list's archive. 2. Proposal Overview Two different models are possible for encapsulating an internationalized message into a MIME body part. While they = are Klensin Expires August 2, 2004 = [Page 3] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 quite similar, the community should examine the tradeoffs and = select one of them. Even were the choice arbitrary, = interoperability would call for a single choice, without options. Message Encapsulation In this model, the message body = (including headers) is encapsulated, identically to the model for = "message/ rfc822" but with the expectation that some or all headers = may contain UTF-8 data and therefore may require encoding. = This may raise issues with the multiple encoding rule, which will = need to be worked out if this option is chosen. Mail Transaction Encapsulation In this model, the entire = message transmission, including the ESMTP envelope, is = encapsulated and incorporated into the message body. This model is = identical to the one outlined in [RFC2442]. That standard already provides = for header and envelope information potentially being in UTF-8 = form, not exclusively in ASCII. However, obviously, for this = extension to be permitted to be encapsulated, the list of permitted = SMTP extensions must be expanded to include this one. 3. Protocol open questions 1. As noted in Section 2, above, these encapsulations, = especially the simple one that does not include the Envelope, may = cause conflicts with the "no multiple encodings" rule in MIME. Whichever option is chosen, that issue needs to be = carefully studied, the cases examined, and an appropriate solution = defined. 4. Security considerations Since the approach described here essentially tunnels mail = traffic through the mail system, some of the same issues raised in = the Security Considerations to RFC 2442 may apply. In = particular, if the mechanism is used other than as a encapsulation mechanism for internationalized messages that could be delivered without encapsulation if all relevant SMTP servers were fully = upgraded, tunnels may be used to bypass existing security and = verification restrictions. For example, as RFC 2442 points out, such a = tunnel might allow someone to bypass relay or source- or = target-address filtering restrictions imposed to block distribution or redistribution of spam. 5. Acknowledgements The encapsulation mechanism for internationalized messages = proposed here was first mentioned in passing in another draft [I-D.klensin.email-i18n]. After a discussion with Paul = Hoffman about that draft and how it might relate to other work and = proposals, it because clear that it would be helpful to write the = encapsulation proposal up separately for further discussion. Klensin Expires August 2, 2004 = [Page 4] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 Normative References [RFC2046] Freed, N. and N. Borenstein, "Multipurpose = Internet Mail Extensions (MIME) Part Two: Media Types", RFC = 2046, November 1996. [RFC2119] Bradner, S., "Key words for use in RFCs to = Indicate Requirement Levels'", RFC 2119, March 1997. [RFC2442] Freed, N., Newman, D. and Hoy, M., "The Batch SMTP = Media Type", RFC 2442, November 1998. [RFC2821] Klensin, J., "Simple Mail Transfer Protocol", RFC = 2821, April 2001. [RFC2822] Resnick, P., "Internet Message Format", RFC 2822, = April 2001. Informational References [I-D.hoffman.utf-8] Hoffman, P., "SMTP Service Extensions for = Transmission of Headers in UTF-8 Encoding", = draft-hoffman-utf8headers-00 (work in progress), December 2003. [I-D.klensin.email-i18n] Klensin, J., "Internationalization of Email = Addresses", draft-klensin-emailaddr-i18n-02.txt (work in = progress), January 2004. Author's Address John C Klensin 1770 Massachusetts Ave, #322 Cambridge, MA 02140 USA Phone: +1 617 491 5735 EMail: john-ietf@jck.com Klensin Expires August 2, 2004 = [Page 5] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 Intellectual Property Statement The IETF takes no position regarding the validity or scope of = any intellectual property or other rights that might be claimed = to pertain to the implementation or use of the technology = described in this document or the extent to which any license under such = rights might or might not be available; neither does it represent = that it has made any effort to identify any such rights. Information = on the IETF's procedures with respect to rights in standards-track = and standards-related documentation can be found in BCP-11. = Copies of claims of rights made available for publication and any = assurances of licenses to be made available, or the result of an attempt = made to obtain a general license or permission for the use of such proprietary rights by implementors or users of this = specification can be obtained from the IETF Secretariat. The IETF invites any interested party to bring to its = attention any copyrights, patents or patent applications, or other = proprietary rights which may cover technology that may be required to = practice this standard. Please address the information to the IETF = Executive Director. Full Copyright Statement Copyright (C) The Internet Society (2004). All Rights = Reserved. This document and translations of it may be copied and = furnished to others, and derivative works that comment on or otherwise = explain it or assist in its implementation may be prepared, copied, = published and distributed, in whole or in part, without restriction of = any kind, provided that the above copyright notice and this = paragraph are included on all such copies and derivative works. However, = this document itself may not be modified in any way, such as by = removing the copyright notice or references to the Internet Society or = other Internet organizations, except as needed for the purpose of developing Internet standards in which case the procedures = for copyrights defined in the Internet Standards process must be followed, or as required to translate it into languages other = than English. The limited permissions granted above are perpetual and will = not be revoked by the Internet Society or its successors or = assignees. This document and the information contained herein is = provided on an "AS IS" basis and THE INTERNET SOCIETY AND THE INTERNET = ENGINEERING TASK FORCE DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, = INCLUDING BUT NOT LIMITED TO ANY WARRANTY THAT THE USE OF THE = INFORMATION Klensin Expires August 2, 2004 = [Page 6] =0C Internet-Draft The MIME Message/i18n Media Type = February 2004 HEREIN WILL NOT INFRINGE ANY RIGHTS OR ANY IMPLIED WARRANTIES = OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Acknowledgment Funding for the RFC Editor function is currently provided by = the Internet Society. Klensin Expires August 2, 2004 = [Page 7] =0C --==========C65B65F38CDFE8811562========== Content-Type: text/plain; charset=utf-8; name="draft-hoffman-utf8headers-00.txt" Content-Disposition: attachment; filename="draft-hoffman-utf8headers-00.txt"; size=16351 Content-Transfer-Encoding: quoted-printable Internet Draft Paul = Hoffman draft-hoffman-utf8headers-00.txt Internet Mail = Consortium December 15, 2003 Expires in six months SMTP Service Extensions or Transmission of Headers in UTF-8 Encoding Status of this Memo This document is an Internet-Draft and is in full conformance = with all provisions of Section 10 of RFC2026. 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. Abstract Mailbox names often represent the names of human users. Many of = these users throughout the world have names that are not normally = represented by the users with just the ASCII repertoire of characters, and = would therefore like to use their real names in their mailbox names. These users are also likely to use non-ASCII text in their common names and = subjects of email messages, both in what they send and what they receive. This protocol specifies how to represent all headers of email messages encoded in UTF-8. 1. Introduction The format of email messages [MSGFMT] only allows ASCII = characters in the headers of messages. This prevents users from having email = addresses that contain non-ASCII characters. It further forces non-ASCII = text in common names, comments, and in free text (such as in the = Subject: field) to be in quoted-printable format [MIME3]. This specification = describes a change to the email message format, and to SMTP message = transport, that allows non-ASCII characters throughout email headers. These = changes affect SMTP clients, SMTP servers, and mail user agents (MUAs). In this specification, the SMTP protocol [SMTP] is used to = prevent the transmission of messages with UTF-8 [UTF8] headers to systems = that cannot handle such messages. The new SMTP extension has the name "UTF-8-HEADERS". Using this new SMTP extension prevents the introduction of such messages in message stores that might misrepresent or mangle = such messages. It should be noted that using an ESMTP extension does = not prevent transferring email messages with UTF-8 headers to other = systems that use the email format for messages, such as in the POP and = IMAP protocols. Those protocols will need to be changed in order to = handle messages in message stores that have UTF-8 headers. The dual motivations of this protocol are to allow UTF-8 = everywhere in the headers and to not bounce any messages just because they = originated with UTF-8 headers. Using this protocol, messages that = originated with UTF-8 headers will only be bounced if an enabled SMTP client is = speaking to an unenabled SMTP server and some of the UTF-8 headers cannot = be downgraded to all-ASCII headers. This protocol describes how to downgrade all headers from UTF-8 to all-ASCII, but does not = guarantee that such downgrading will always be successful. Further, this protocol allows current users who have all-ASCII = mailbox names to step up to UTF-8 headers easily. This means that users = of this protocol should normally be able to communicate with other users = of this protocol and with users who have not yet updated. This protocol does not require the sender or recipient of mail = to have mailbox names that do not include non-ASCII characters. For = example, the protocol might still be used if just the subject header has = non-ASCII characters, and the protocol must be used if other headers = (particularly Received headers) contain non-ASCII characters. 1.1 Terminology The key words "MUST", "SHALL", "REQUIRED", "SHOULD", = "RECOMMENDED", and "MAY" in this document are to be interpreted as described in RFC = 2119 [KEYWORDS]. Unless otherwise noted, all terms used here are defined in RFC = 2821 and RFC 2822. In this document, an address is "all-ASCII" if every character = in the address is in the ASCII character repertoire [ASCII]; an address = is "non-ASCII" if any character is not in the ASCII character = repertoire. Similarly, a header body is "all-ASCII" if every character in = the body of the header is in the ASCII character repertoire; a header = body is "non-ASCII" if any character is not in the ASCII character = repertoire. This document is being discussed on the ietf-imaa mailing list. = See for information about = subscribing and the list's archive. 2. Changes to MUAs and to the user's mail environment For this protocol to work well (that is, for it not to bounce = mail excessively when an enabled system encounters a non-enabled = system), any mail sender who has non-ASCII characters in the addr-spec of their mailbox name SHOULD have a second mailbox whose addr-spec contains only ASCII = characters. This second mailbox is used when a recipient of a message is not = using this protocol; this is the "fallback address" for the sender. Having two mailboxes is not an absolute requirement because some = mail systems will not allow a user to be able to get mail from two = addresses (the non-ASCII and all-ASCII addresses). If a user does have two mailboxes, they SHOULD both be on the same mail server (that is, = they should both have the same host name in the user's address). Having two mailboxes can lead to confusion for users if the MUA = does not handle them well. MUAs that follow this specification SHOULD = have options that would make it seem like two mailboxes are one. For = example, if a user says "read my mail", the MUA SHOULD read from both the = mailbox with the non-ASCII name and the mailbox with the all-ASCII name. = Note that this feature might not be necessary: a terminating SMTP = server might have combined all incoming mail for both addresses into a = single mailbox. However, MUAs SHOULD NOT assume that combining by the = SMTP server will always be the case. 2.1 Changes to MUA administrative interfaces The administrative interface for MUAs that use this protocol = MUST have method for a user to specify the name of their mailbox that = contains non-ASCII characters, and MUST have a method for the user to = specify the name of their mailbox that contains non-ASCII characters. The MUA user interface SHOULD also allow users to specify the = common name associated with the non-ASCII mailbox using non-ASCII characters; this common name MUST be encoded as UTF-8. The = common name associated with the all-ASCII mailbox MUST only contain ASCII characters, although it can use a quoted-printable format to = represent a different encoding; this encoding SHOULD be UTF-8. MUAs are encouraged to cache address mappings that are specified in incoming mail. Given that mappings might change over time, these MUAs might over-write existing mappings with new ones, and might give the user a choice for the time-to-live for the cached mapping. 2.2 Address-map headers For every address in a message with a non-ASCII local-part, the = mail initiator SHOULD create a mapping in a new header, called "Address-map:". A message SHOULD have one Address-map: header = for every non-ASCII address for which the sender knows a map. The header = is only for addresses that have a non-ASCII local-part in its addr-spec. = It MUST NOT be used for addresses that have all-ASCII addr-specs, even = if those addresses have UTF-8 domain names, and it MUST NOT be used if = the local-part of the addr-spec is all-ASCII but the display-name or = the comment is non-ASCII. If the sender has an all-ASCII local-part associated with its = non-ASCII mailbox, the sender's MUA MUST create an Address-map header for = that association. If the sender knows (such as through caching = incoming address maps or from an address book) the mapping for any = recipient that has a non-ASCII mailbox name, the sending MUA SHOULD create an Address-map header for it. Both addresses in the Address-map header are full addr-specs. = The body of the Address-map header only contains addr-specs, never = display-names or comments. The format of the Address-map header is: Address-map: , The encoding for address-with-non-ASCII-LHS MUST be UTF-8; the = encoding for downgrade-address MUST be ASCII. If the domain name in an internationalized domain name [IDNA], then it MUST be encoded in = UTF-8 in the address-with-non-ASCII-LHS and MUST be encoded using IDNA = in the downgrade-address. Examples: Address-map: Jos@example.com,jose@example.com Address-map: bjn@rksmrgs.se, bjorn-ascii@rksmrgs-5wao1o.se Note that when receiving mail, the Address-map headers may be = all in ASCII. This would be due to an intervening SMTP server or other agent = downgrading the map. All-ASCII Address-map headers MUST be accepted. 2.3 Changes to MUA sending Sending MUAs that follow this protocol MUST create all headers = encoded in UTF-8. No other direct encodings are allowed. MUAs MAY = continue to use quoted-printable text to specify some text in other = encodings; however this is not recommended because it is likely that this = will not interoperate well with MUAs that follow this specification. 3. Changes to SMTP This protocol defines a new SMTP extension, UTF-8-HEADERS. (The = formal definition is in the IANA Considerations section.)=20 3.1 UTF-8-HEADERS extension If an SMTP server advertises the UTF-8-HEADERS extentension, an SMTP client that supports this protocol SHOULD send message = headers as described in this document.=20 The terminal SMTP server is responsible for knowing whether or = not the message store can handle UTF-8 headers. A terminal SMTP server = MUST NOT advertise the UTF-8-HEADERS extension if the message store for = which it is responsible cannot handle UTF-8 headers. If an SMTP client does not see the UTF-8-HEADERS extension = advertised by an SMTP server, the SMTP client MUST downgrade the non-ASCII contents of all header bodies before continuing to = send the message. The SMTP client SHOULD send the message with the = downgraded header bodies as a normal message. If any header body cannot be downgraded, the SMTP client MUST bounce the message with an error code of 558. All UTF-8 headers bodies can be downgraded to being all-ASCII. However, any header body that contains a non-ASCII mailbox name = might=20 not be able to be downgraded if there is no Address-map header = that gives a mapping for the downgrading. 3.2 Downgrading header bodies This section defines how to downgrade header bodies. Note that downgrading MUST only be done if necessary. That is, downgrading MUST never be done on fields or bodies that are all-ASCII. 3.2.1 Mailboxes Mailboxes appear in many standard headers, such as To:, From:, = Sender:, Reply-to:, Cc:, Bcc:, Received:, and some of the Resent-: = headers. Downgrading mailboxes is done as follows: 1) If necessary, convert the domain using IDNA. 2) If necessary,convert the local-parts using values from an Address-map: header in the message 3) If necessary,convert any display-name or comment using quoted-printable with UTF-8 encoding 3.3.2 Message-ids Downgrading message-ids is done as follows 1) If necessary,convert the id-left using Base64 2) If necessary,convert the id-right using Base64 3.3.3 Informational headers If necessary, downgrading the bodies of informational headers = (Subject:, Comments:, and Keywords:) is done using quoted-printable with = UTF-8 encoding. 3.3.4 Address-map headers If necessary, the Address-map: header is downgraded using Base64 = for local-parts, and IDNA for domain names. For example: Address-map: Jos@example.com,jose@example.com would be downgraded to: Address-map: Sm9zw6k=3D@example.com,jose@example.com As another example: Address-map: bjn@rksmrgs.se, bjorn-ascii@rksmrgs-5wao1o.se would be downgraded to: Address-map: YmrDtnJu@rksmrgs-5wao1o.se, bjorn-ascii@rksmrgs-5wao1o.se 3.3 Things not changed from RFC 2822 Note that this protocol does change the definition of header = field names. That is, only the bodies of headers are allowed to have = non-ASCII characters; the rules in RFC 2822 for header names are not = changed. Similarly, this protocol does not change the date and time = specification in RFC 2822. 3.4 Additional processing rules In order to make mail retrieval easier, terminal SMTP servers = SHOULD write messages addressed to either the UTF-8 address or the = all-ASCII address into the same mailbox. However, given that this is quite different than common practice today, the ramifications for = doing this should be studied carefully before this is implemented. Intermediate SMTP servers MAY change the values in the = Address-map: header (such as to add one that is missing or to correct a = mapping), but SHOULD only do so for domains local to the intermediate SMTP = server. Terminal SMTP servers MAY look into the headers of a message to determine whether they should upgrade a downgraded set of = headers to UTF-8. This is easy to determine: if the Address-map: header = contains only ASCII, it was downgraded earlier in the chain of SMTP = server. Upgrading is particularly useful on bounce messages caused by = bad mappings. 4. Security considerations If a user has a non-ASCII mailbox address and a mapped all-ASCII = mailbox address, a digital certificate that identifies that user SHOULD = have both addresses in the identity. Having multiple email addresses = as identities in a single certificate is already supported in PKIX = and OpenPGP. Internationalized local parts will cause mail addresses to = become longer, and possibly make it harder to keep lines in a header = under 78 characters. Lines that are longer than 78 characters (which is = a SHOULD specification, not a MUST specification, in RFC 2822) could = possibly cause mail user agents to fail in ways that affect security. 5. IANA considerations IANA will assign the UTF-8-HEADERS extension for ESMTP. The UTF-8 headers extension is defined as follows: (1) The name of the SMTP service extension is "UTF-8 headers". (2) The EHLO keyword value associated with the extension is UTF-8-HEADERS. (3) No parameter is used with the UTF-8-HEADERS EHLO keyword. (4) No additional parameters are added to either the MAIL FROM = or RCPT TO commands. (5) No additional SMTP verbs are defined by this extension. (6) This document specifies how support for the extension = affects the behavior of a server and client SMTP. 6. References 6.1 Normative references [ASCII] Cerf, V., "ASCII format for Network Interchange", RFC = 20, October 1969. [IDNA] Faltstrom, P., Hoffman, P. and A. Costello, = "Internationalizing Domain Names in Applications (IDNA)", RFC 3490, March 2003. [KEYWORDS] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, March 1997. [MIME3] Moore, K., "MIME (Multipurpose Internet Mail = Extensions) Part Three: Message Header Extensions for Non-ASCII Text", RFC 2047, = November 1996. [MSGFMT] Resnick, P., "Internet Message Format", RFC 2822, April = 2001. [SMTP] Klensin, J., "Simple Mail Transfer Protocol", RFC 2821, = April 2001. [UTF8] Yergeau, F. "UTF-8, a Transformation Format of ISO = 10646", RFC 3629, November 2003. 7. Author's address Paul Hoffman Internet Mail Consortium 127 Segre Place Santa Cruz, CA 95060 USA phoffman@imc.org A. Open issues - POP and IMAP might be updated to allow one request to bring in = two or more mailboxes; otherwise, users will have to do two separate = requests. - It might be good to have a protocol for determining mappings, = but it is not defined here. --==========C65B65F38CDFE8811562========== Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima --==========C65B65F38CDFE8811562==========-- From ima-bounces@ietf.org Wed Aug 31 02:29:07 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAM5r-000410-0s; Wed, 31 Aug 2005 02:29:07 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAM5p-00040s-9M for ima@megatron.ietf.org; Wed, 31 Aug 2005 02:29:05 -0400 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------=_NextPart_000_01D0_01C5AE38.09B55ED0 Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima ------=_NextPart_000_01D0_01C5AE38.09B55ED0-- From ima-bounces@ietf.org Wed Aug 31 03:18:06 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAMrG-0007UF-4y; Wed, 31 Aug 2005 03:18:06 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAMrE-0007UA-0P for ima@megatron.ietf.org; Wed, 31 Aug 2005 03:18:04 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id DAA05240 for ; Wed, 31 Aug 2005 03:18:02 -0400 (EDT) Received: from sniper.icu.ac.kr ([210.107.128.51]) by ietf-mx.ietf.org with smtp (Exim 4.43) id 1EAMsn-0004J7-RZ for ima@ietf.org; Wed, 31 Aug 2005 03:19:49 -0400 Received: (snipe 22337 invoked by uid 0); 31 Aug 2005 16:18:22 +0900 Received: from newcat@icu.ac.kr with Spamsniper 2.94 (Processed in 0.060885 secs); Received: from unknown (HELO ?220.69.185.75?) (Z+??own@220.69.185.75) by unknown with SMTP; 31 Aug 2005 16:18:22 +0900 X-RCPTTO: yaojk@cnnic.cn, ima@ietf.org Message-ID: <43155985.2040406@icu.ac.kr> Date: Wed, 31 Aug 2005 16:17:25 +0900 From: yangwoo ko User-Agent: Mozilla Thunderbird 1.0.6 (Windows/20050716) X-Accept-Language: en-us, en MIME-Version: 1.0 To: YAO Jiankang Subject: Re: [IMA] re: JET IMA meeting memo References: <325469707.29749@cnnic.cn> In-Reply-To: <325469707.29749@cnnic.cn> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-Spam-Score: 0.0 (/) X-Scan-Signature: 4d87d2aa806f79fed918a62e834505ca Content-Transfer-Encoding: 7bit Cc: ima@ietf.org X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org YAO Jiankang wrote: > according to the proposals we discussed, > - pros and cons of 3 proposals > (1) JET ACE@ACE > (2) John+CDNC UTF8@UTF8 (no downgrade) > (3) John+CDNC UTF8@UTF8 (w/ downgrade) > > if proposal 2 is used with no downgrade, if sender smtp supports IMA, > but receiver smtp doesn't support IMA, the IMA address is bounced by > receiver SMTP? The sender SMTP server comes to know that the receiver SMTP server does not support IEmail via initial ESMTP EHLO exchange. > or Proposal 2 can only be used in the scenario where > both sender smtp and both receiver smtp supports IMA? Yes. And even the intermediate servers should support IMA. > > if we consider the secenario that we can not upgrade all smtp servers > to support IMA, proposal 3 with downgrade may be better. It true when we consider the initial introduction phase. What about next 10 years? Since many mails will be bounced due to not-yet-upgraded servers, customers will; (1) complain about the problem and these complaints can urge mail server operators to upgrade and (2) learn when to use alternative ASCII only email addresses. If we choose option 3, there are still complaints from users because they should enter both Iemail address and ASCII only email address for some users. And there will be far less pressure from user side for providers to upgrade. In addition to this, we should devise a way that deals with "equality conditions." From the common user's perspective, they want mails should be delivered to the same recipient regardless of email address used actually. This will lead to a new operation practice from the viewpoint of mail service operators. AND, we need to consider which address should be reflected to some header fields. AND we need to consider the security issues when downgraded address is manipulated to be delivered to other recipient. > (snip) _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima From ima-bounces@ietf.org Wed Aug 31 03:32:29 2005 Received: from localhost.localdomain ([127.0.0.1] helo=megatron.ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAN5B-00037Z-0u; Wed, 31 Aug 2005 03:32:29 -0400 Received: from odin.ietf.org ([132.151.1.176] helo=ietf.org) by megatron.ietf.org with esmtp (Exim 4.32) id 1EAN58-00036E-Rv for ima@megatron.ietf.org; Wed, 31 Aug 2005 03:32:27 -0400 Received: from ietf-mx.ietf.org (ietf-mx [132.151.6.1]) by ietf.org (8.9.1a/8.9.1a) with ESMTP id DAA05720 for ; Wed, 31 Aug 2005 03:32:24 -0400 (EDT) Received: from ns.jck.com ([209.187.148.211] helo=bs.jck.com) by ietf-mx.ietf.org with esmtp (Exim 4.43) id 1EAN6n-0004gm-Ob for ima@ietf.org; Wed, 31 Aug 2005 03:34:12 -0400 Received: from [209.187.148.215] (helo=scan.jck.com) by bs.jck.com with esmtp (Exim 4.34) id 1EAN4x-000AGx-0S; Wed, 31 Aug 2005 03:32:15 -0400 Date: Wed, 31 Aug 2005 03:32:14 -0400 From: John C Klensin To: YAO Jiankang , ima@ietf.org Subject: Re: [IMA] re: JET IMA meeting memo Message-ID: <996FB86074B0805FD6366138@scan.jck.com> In-Reply-To: <325469707.29749@cnnic.cn>, <01d201c5adf4$fba2e7b0$1206e29f@cnnicyaojk> References: <325469707.29749@cnnic.cn>, <01d201c5adf4$fba2e7b0$1206e29f@cnnicyaojk> X-Mailer: Mulberry/4.0.3 (Win32) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Content-Disposition: inline X-Spam-Score: 0.0 (/) X-Scan-Signature: 3d7f2f6612d734db849efa86ea692407 Content-Transfer-Encoding: 7bit Cc: X-BeenThere: ima@ietf.org X-Mailman-Version: 2.1.5 Precedence: list List-Id: "IMA \(Internationalized eMail Address\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Sender: ima-bounces@ietf.org Errors-To: ima-bounces@ietf.org --On Wednesday, 31 August, 2005 14:26 +0800 YAO Jiankang wrote: > according to the proposals we discussed, > - pros and cons of 3 proposals > (1) JET ACE@ACE > (2) John+CDNC UTF8@UTF8 (no downgrade) > (3) John+CDNC UTF8@UTF8 (w/ downgrade) > > if proposal 2 is used with no downgrade, if sender smtp > supports IMA, but receiver smtp doesn't support IMA, the IMA > address is bounced by receiver SMTP? No, actually, it is bounced by the sender SMTP. Since it is very important that everyone understand how SMTP and the extension mechanism actually works in this environment, let me review the transaction flow, assuming that the relevant option is called "IMA". "S:" represents the sender SMTP, "R:" the receiver. (1) S: opens connection (2) R: 220 Ok (3) S: EHLO sender-host.domain.name (4) R: 250-receiver-host.receiver-domain.name (5) R: 250-8BITMIME (6) R: 250-EXPN (7) R: 250 SIZE (8) S: MAIL FROM: (9) R: 250 OK (10) S: RCPT TO: Notes: (2) Virtually any text can follow the "220 ", but the sender will typically ignore it. (5)-(7) indicate that 8BITMIME, EXPN, and SIZE are supported, but IMA is not (since it is not listed) (8) Since IMA is not advertised by the receiver, the sender MUST NOT send any non-ASCII addresses in either MAIL or RCPT commands, nor may the mail headers contain any internationalized information except in encoded words where those are permitted. Note that the argument to the MAIL command could, under proposal (1), be an ACE: the sending host will understand its own naming structure. However, (10) May not even contain an ACE unless the ACE was provided by the sending user and obtained in some out of band way. Otherwise, you have no way to be assured that the receiving host will decode it, that it understands the ACE conventions, and that the apparent ACE syntax is not really a special command in disguise. So, if the SMTP-sender does not have ASCII reverse and forward path addresses available for use in steps 8 and 10, it SHOULD send QUIT or RSET instead of step (8) above and notify the user (or the SMTP that sent the message to it) and MUST do so before sending any i18n information. Within the normal definitions of Internet mail, that is a success: the message has not gotten lost but has been properly accounted for to the sender. It was just not deliverable to a host that did not support the addressing syntax. > or Proposal 2 can only be > used in the scenario where both sender smtp and both receiver > smtp supports IMA? Depends on what you mean by "can only be used". Examine how the above would work with IMA supported. We would then have... (1) S: opens connection (2) R: 220 Ok (3) S: EHLO sender-host.domain.name (4) R: 250-receiver-host.receiver-domain.name (5) R: 250-8BITMIME (6) R: 250-EXPN (7) R: 250-SIZE (7a): R: 250 IMA (8) S: MAIL FROM: (9) R: 250 OK (10) S: RCPT TO: (11) R: 250 address ok (12) S: DATA (13) R: 354 Send data, 8bit permitted (14) S: From: someuser@some.domain S: To: a-mailbox@receiver-host.receiver-domain.name S: Date: Wed, 31 Aug 2005 14:26:55 +0800 S: MIME-Version: 1.0 S: Content-type: text/plain; charset=utf8 S: [...] S: (15) S: Message text S: more text (16) S: . (17) R: 250 Message received (18) S: QUIT (19) R: 250 Ok, quitting (20) R: (closes connection) And, with the IMA option advertised as a server capability in line 7a, the sender would be free to use UTF-8 addresses in lines 8 and/or 10. If we do this as we have discussed, any of the header fields in (14) could be specified as being in UTF-8 and, since an appropriate content type is specified, so could the message text in (15). Does that help? > if we consider the secenario that we can not upgrade all smtp > servers to support IMA, proposal 3 with downgrade may be > better. Note that proposal 3 does not change the above at all. If we have the first scenario (with IMA not advertised), the sending SMTP server can get to the end of step 7 and then, rather than sending the original non-ASCII address information that would be contemplated in step 8, it must then transform the addresses and headers into standard form and then send them as if it had never heard of IMA. That "stop in the middle of the transaction and convert" property is, incidentally, a major reason why 8BITMIME downgrading was never widely supported. Most good-quality SMTP servers are designed to "get rid of" messages as quickly as possible once the relevant TCP connection is opened. Here, if IMA (and 8BITMIME) are not supported, we expect the sending SMTP server to stop what it is doing after receiving the EHLO response, perform a moderately complicated conversion while holding the connection to the receiver SMTP open, then send the reconstructed message, hoping that the receiver does not time out in the interval. In at least one case, it was implemented in a different way, one that is permitted by the specification but that may not be desirable. In this alternate method, the mail transaction was terminated (a QUIT or RSET command sent) as soon after the EHLO response appeared without the needed capabilities and it was discovered that the capability was needed. The original message was then dropped into a special queue for conversation/downgrading and subsequent queueing for a second attempt without holding the TCP connection open. That is fairly efficient from the standpoint of the SMTP sending server, but standard retry intervals could then result in a delay of some hours before an attempt was made to deliver the downgraded mail. >From the standpoint of the sending user, it might have been preferred that the message be bounced so that it could be immediately resent in compatible/ downgraded form, rather than having it delayed in transit that way. regards, john _______________________________________________ IMA mailing list IMA@ietf.org https://www1.ietf.org/mailman/listinfo/ima