And the MR was peer-review and merged into BIND master branch with intent to backport the feature into older release branches.
I don’t think it’s a useful or helpful to change the rules for existing adopted work. We need to have a discussion on the mechanisms that would allow implementors to know when to start the implementation of existing draft. From implementors point, it makes little sense to start implementing before the protocol change is almost fully baked (aka WGLC and further), because until then the protocol might change considerably. So, if we require implementation report further down the road, it needs to be more clearly defined than people suddenly shouting “this is not ready” when WGLC starts. And while the attempt to implement something is certainly useful to get valuable feedback, it also imposes some costs (with undefined limit) on implementors (especially the open source implementors) and it sort of discards the whole “Proposed Standard” -> “Internet Standard” classification at global IETF level. I get that we probably need something more lightweight than “Internet Standard” at the WG level, but this needs to be discussed and consensus reached. ISC gave our feedback during the implementation and here are some nits from me (re-reading the document again): ~~~ Section "2. Protocol Walkthrough Example" will be made into Appendix at publication time, so just reminder here that you also need to change the references like "(see the logic below)” when you move the section - perhaps add direct reference to the other section this refers to? ~~~ The table in 3.2 says: "Key Tag is trusted” and “Key Tag is not trusted” - it seems little bit confusing to me; I think that “Key is trusted” and “Key is not trusted”; or some change similar to this needs to be made: “First, the resolver determines if the Key Tag is trusted by comparing numerical value of <key-tag> to any of the Key Tags of an active root zone KSK which is currently trusted…" in paragraph just before the table you mix “Key Tag” and “keytag” and there’s also <key-tag>… My understanding of the text and the proposed fix: […] First, the resolver determines if the numerical value of <key-tag> is equal to any of the Key Tags of an active root zone KSK which is currently trusted by the local resolver and is stored in its store of trusted keys. If a match is found the <key-tag> is trusted. An active root zone KSK is one which could currently be used for validation (that is, a key that is not in either the AddPend or Revoked state as described in [RFC5011]). Second, the resolver alters the response being sent to the original query based on both the left-most label and the presence of a key with given Key Tag in the trust anchor store. Two labels and two possible states of the <key-tag> generate four possible combinations summarized in the table: Label | <key-tag> is trusted | <key-tag> is not trusted ------------------------------------------------------------------ is-ta | return original answer | return SERVFAIL not-ta | return SERVFAIL | return original answer […] ~~~ o A query name that is signed with a DNSSEC signature that cannot be validated (such as if the corresponding RRset is not signed with a valid RRSIG record). This is called “Bogus” by RFC 4033 Section 5 -> maybe a reference? ~~~ In Section: 7. Privacy Considerations s/mechansim/mechanism/ ~~~ That is all folks. Cheers, Ondrej -- Ondřej Surý ond...@isc.org > On 7 Apr 2018, at 08:27, Evan Hunt <e...@isc.org> wrote: > > On Fri, Apr 06, 2018 at 10:09:50PM -0400, Warren Kumari wrote: >> I think I heard that ISC was considering adding support, but was >> planning on waiting till RFC / some sort of LC. > > Yes. The work in progress is available here: > https://gitlab.isc.org/isc-projects/bind9/merge_requests/123 > > -- > Evan Hunt -- e...@isc.org > Internet Systems Consortium, Inc. > > _______________________________________________ > DNSOP mailing list > DNSOP@ietf.org > https://www.ietf.org/mailman/listinfo/dnsop _______________________________________________ DNSOP mailing list DNSOP@ietf.org https://www.ietf.org/mailman/listinfo/dnsop