Re: Benoit Claise's No Objection on draft-ietf-bmwg-imix-genome-04: (with COMMENT)
Benoit Claise <[email protected]>
| Newsgroups | gmane.ietf.bmwg |
|---|---|
| Message-ID | <[email protected]> |
Hi Al, Thanks for the quick reaction. All my points are addressed with your temp version. Regards, Benoit > Hi Benoit, > thanks for your comments, minimal replies where needed below. > Al > >> -----Original Message----- >> From: [email protected] [mailto:[email protected]] On Behalf Of >> Benoit Claise > ... >> COMMENT: >> ... Please engage in the discussion. >> >> >> - z=MTU is seen as valuable, so MTU MUST be specified if used. >> Where? by whom? The tester? Following Section 4 " The tester MUST >> complete the following table" example", you might need something such as: >> >> If the z (MTU) is used, the tester MUST specifiy the MTU value in the >> report > acm - I have added the sentence above (with slight clarification, see below), > and appended the following sentence to the scope and goals in section 2, > which should help to clarify the role of the document: > > Thus, the requirements presented in this specification, expressed in > [RFC2119] terms, are intended for those performing/reporting laboratory > tests to improve clarity and repeatability. > > >> - While this approach allows some flexibility, there are also >> constraints. >> >> o Non-RFC2544 packet sizes would need to be approximated by those >> available in the table. >> >> o The Genome for very long sequences can become undecipherable by >> humans. >> >> o z=MTU is seen as valuable, so MTU MUST be specified if used. >> >> o "jumbo" sizes are included. >> >> "jumbo" sizes are included: is this a constraint or an advantage? I >> thought it was an advantage. > acm - it is, but it evolved from a constraint when jumbo sizes were > not included. > Removed that last two bullets, above. > > > <editorial change fixed> > >> - >> +-----------------------+-------------------------+-----------------+ >> | Source | Destination | Corresponding | >> | Address/Port/Blade | Address/Port/Blade | IMIX | >> +-----------------------+-------------------------+-----------------+ >> | x.x.x.x Blade2 | y.y.y.y Blade3 | IMIX - aaafg | >> +-----------------------+-------------------------+-----------------+ >> >> I don't see the port in the examples. >> Maybe you meant Address/{Port|Blade} ? >> Or maybe you meant Address/{Port AND/OR Blade} ? > acm - Address + (Port AND/OR Blade) > > >> - Section 4. >> The custom IMIX can use the MTU size, by setting it up in the Genome. >> However, the MTU semantic is not conveyed. >> Is this intentional? I was thinking that Z would be the MTU, with the >> constraint that the tester MUST specify the MTU value in the report? > acm - the sentence that covers this now reads: > If z (MTU) is used, the tester MUST specify the length of the MTU > in the report. > > (so the MTU semantic remains in the table) > >> - Section 4. >> Isn't it an issue that only 26 discrete values are possible? > acm - even if a sequence of different sizes is too long to describe, > the packet sizes are usually chosen from bins in a histogram and > therefore some summarization of lengths. > > At the end of Section 5, we have provisions for pseudo-random > packet size generation, where the algorithm and seed need to be > specified. The size generation you mention below: > >> Don't we have test for which the packet size increases by 1 >> monotonically? > acm - could also be included, but we didn't have this suggestion previously > and it would seem fairly obvious how to report the method, as > you've done above. > > If a deterministic packet size generation method is used (such as > monotonic increase by one octet from start value to MTU), then the > generation algorithm SHOULD be reported. > > >> - Section 5 >> I guess that the sentence "When a sequence can be decomposed into a >> series of short repeating sequences, then a run-length encoding approach >> MAY be used as shown below:" can also apply to custom IMIX. The example >> doesn't show it. If this is the case, you should mention it. > acm - yes, added that point. > >> Editorial >> "Genome" versus "genome" throughout document >> > acm - ok > >> _______________________________________________ >> bmwg mailing list >> [email protected] >> https://www.ietf.org/mailman/listinfo/bmwg