- From: Ian Hickson <ian@hixie.ch>
- Date: Thu, 8 Apr 2010 18:40:18 -0700
- To: Ted Hardie <ted.ietf@gmail.com>
- Cc: Martin J. Dürst <duerst@it.aoyama.ac.jp>, Maciej Stachowiak <mjs@apple.com>, Larry Masinter <LMM@acm.org>, Julian Reschke <julian.reschke@gmx.de>, Marc Blanchet <Marc.Blanchet@viagenie.ca>, Sam Ruby <rubys@intertwingly.net>, Paul Cotton <Paul.Cotton@microsoft.com>, Martin Duerst <duerst@w3.org>, Michel SUIGNARD <Michel@suignard.com>, public-html <public-html@w3.org>, "public-iri@w3.org" <public-iri@w3.org>
On Thu, Apr 8, 2010 at 9:31 AM, Ted Hardie <ted.ietf@gmail.com> wrote: > > my understanding is that the correct next step will be to describe this issue > in a way that we can track. I've tried to write descriptions of the two issues. Please let me know if you need any further advice on the matter. Issue 1: ======================================================================== Update the IRI specification to define an algorithm with the following characteristics: Input: * a string Output: * a boolean representing whether the algorithm succeeded or failed * if the algorithm succeeded, one or more strings corresponding to the following components, each of which may be present or absent: - <scheme> component - <host> component - <port> component - <hostport> component - <path> component - <query> component - <fragment> component - <host-specific> component This algorithm must be such that it can be used where HTML5 says "the user agent must use the parse an address algorithm defined by the IRI specification" in a manner that user agents including major browser vendors will be willing to implement the algorithm as written. Exactly what this algorithm must do is a matter that will need careful research, reverse-engineering existing UAs. The algorithm needs to be defined in such a way that it can be referenced unambiguously by name. For example, text such as the following could be used to introduce this algorithm: When a specification says that a user agent is to *parse an address*, given a string INPUT, it must run the following steps, which return a failure/success condition and a set of components: ... This gives a completely unambiguous and clear way to invoke the algorithm described in the spec, along with RFC2119-level clarity regarding what such invokations imply for the user agent. ======================================================================== Issue 2: ======================================================================== Update the IRI specification to define an algorithm with the following characteristics: Input: * a string A * a string B, which was previously output from this algorithm * a character encoding Output: * a boolean representing whether the algorithm succeeded or failed * if the algorithm succeeded, a string This algorithm must be such that it can be used where HTML5 says "the result of applying the resolve an address algorithm defined by the IRI specification to resolve url relative to base using encoding encoding" in a manner that user agents including major browser vendors will be willing to implement the algorithm as written. Exactly what this algorithm must do is a matter that will need careful research, reverse-engineering existing UAs. The algorithm needs to be defined in such a way that it can be referenced unambiguously by name. For example, text such as the following could be used to introduce this algorithm: When a specification says that a user agent is to *resolve an address", given a string INPUT, a second string BASE, and a character encoding ENCODING, it must run the following steps, which return a failure/success condition and a string: ..." This gives a completely unambiguous and clear way to invoke the algorithm described in the spec, along with RFC2119-level clarity regarding what such invokations imply for the user agent. ======================================================================== HTH, -- Ian Hickson
Received on Friday, 9 April 2010 01:40:54 UTC