- From: Sergio Fernández <sergio.fernandez@salzburgresearch.at>
- Date: Wed, 23 Jan 2013 08:47:53 +0100
- To: Kingsley Idehen <kidehen@openlinksw.com>
- CC: public-ldp-wg@w3.org
Hi, not sure if this contradicts any axiom of the current model, but what about a pragmatical solution by base path? I mean, from an implementation point of view it could be easier to provide something like: {ldp}/resource/... for ldp-r {ldp}/container/... for ldp-c Keeping the same HTTP verbs for common operation (i.e., POST for creating). As you know, I'm new in the WG, so sorry if I missed some previous discussions about this. Greetings, On 22/01/13 21:54, Kingsley Idehen wrote: > On 1/22/13 3:27 PM, Wilde, Erik wrote: >> how linking is done exactly (i.e., which interactions affordances are >> exposed by which resources) still needs quite a bit of work, and in the >> end specific URIs don't matter anyway. but i'd assume that many services >> might expose a home resource at some URI x, and that there may be a >> collection factory that might end up creating x/y collections, but all of >> that really is up for the implementation to decide. it might also decide >> that the home resource is x and then a new collection always has a URI >> x/collection/y or something along these lines. > > Why should there be anything like a so called "home resource" ? > > All you needs is a URI (maybe you could see this as a starter URI or > home URI, so to speak) and RESTful interactions (e.g. over HTTP) that > enable a user agent deduce what's possible. In the course of such > interaction, the server is also able to help user agents understand > what's its capabilities are with regards to specific operations. > > An example of a starter (or home) URI is a WebID. A URI that denotes an > Agent (i.e., person, machine, software etc..). Given a URI one should be > able to deduce what operations are possible in a given Web accessible > (addressable) data space, associated with said WebID. > > If you go back to Henry's examples, and pretty much his entire > narrative, you'll see he is demonstrating how this is achieved using RDF > -- within the constraints of existing Web Architecture. > > RDF enables very precise data definition using an entity relationship > model enhanced with explicit (machine comprehensible) entity > relationship semantics. Again, none of that has anything to do with a > specific notation for expressing subject-predicate-object triples (or > 3-tuples). > -- Sergio Fernández Salzburg Research +43 662 2288 318 Jakob-Haringer Strasse 5/II A-5020 Salzburg (Austria) http://www.salzburgresearch.at
Received on Wednesday, 23 January 2013 07:48:39 UTC