On Thu, 06 Mar 2014 09:33:05 -0500
gatesphere <[email protected]> wrote:

> On 3/6/2014 9:21 AM, Terry Brown wrote:
> > On Thu, 6 Mar 2014 02:16:33 -0800 (PST)
> > Fidel N <[email protected]> wrote:
> >
> >> Is there a reason why UNL's don't keep the number of nodes with the
> >> same node inside its string?
> >> Same way as xPath does?     "Node name [number]->> Node
> >> name[Number]-->"
> > Only that multiple same name nodes hasn't come up enough for it to
> > get implemented, but it's a good idea.  I'm thinking it's not worth
> > trying to find a syntax which avoids breaking with nodes called
> > "foo[7]", they can't be that common and we don't avoid breaking on
> > nodes called "foo-->bar", so might as well keep it simple.
> >
> > So I would propose the syntax is simply [N] appended immediately
> > after the node number

node name I meant to say, not node number

> > so
> >
> > import re
> > pos_pattern = re.compile(r'\[(\d+)]$')
> >
> > and then while processing each level of the UNL
> >
> > unl_part = 'test[22]'
> > pos = pos_pattern.search(unl_part) or 0
> > if pos:
> >      pos = int(pos.group(1))
> >      unl_part = pos_pattern.sub('', unl_part)
> >
> > and search the current node for the pos'th child called unl_part
> >
> > Cheers -Terry
> >
> >
> Perhaps an even more uncommon character could be chosen? Such as ‡N‡ ?
> 
> Just a thought.

I think going outside ascii is just asking for trouble at some point,
even though it /should/ be fine.  And [] matches XPath, which I think
makes sense, even though we already went with --> rather than /,
because / is just too common in node names.  We could have gone with
escaping / in node names when generating the UNL, but it seems to me
that bridge has passed.

Cheers -Terry

> -->Jake
> 

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