I've updated the doc with my findings. Thanks for the pointer.
Another thought: currently I'm using qt=ME to indicate this process. I
could, in theory, use some ME=true and make my components check for it
to avoid this process, but it seems kind of peculiar from an end-user
standpoint.
On Mon, Apr 9, 2012 at 9:36 PM, Mark Miller wrote:
> Yeah, that's how it works - it ends up hitting the select request handler
> (this might be overridable with shards.qt) All the params are passed along,
> so in general, it will act the same as the top level req handler - but it can
> the remo
Yeah, that's how it works - it ends up hitting the select request handler (this
might be overridable with shards.qt) All the params are passed along, so in
general, it will act the same as the top level req handler - but it can the
remove the shards param so you don't have an infinite recursion
Um, maybe I've hit a quirk?
In my solrconfig.xml, my special SearchComponents are installed only
for a specific QT. So, it looks to me as if that QT is not propagated
into the request out to the shards, and so they run the ordinary
request handler without my components in it.
Is this intended beh
That page seems to be saying that the 'distributed' APIs take place on
the leader, and the ordinary prepare/process APIs out at the leaves.
I'll set out to prove or disprove that tomorrow.
On Mon, Apr 9, 2012 at 8:17 PM, Mark Miller wrote:
>
> On Apr 9, 2012, at 7:34 PM, Benson Margulies wrote:
On Apr 9, 2012, at 7:34 PM, Benson Margulies wrote:
> Those of you insomniacs who have read my messages here over the last
> few weeks might recall that I've been working on a request handler
> that wraps the SearchHandler to rewrite queries and then reorder
> results.
>
> (I haven't quite worke
Those of you insomniacs who have read my messages here over the last
few weeks might recall that I've been working on a request handler
that wraps the SearchHandler to rewrite queries and then reorder
results.
(I haven't quite worked out how to apply Grant's alternative
suggestions without losing
