* SOLR-13565: initial commit
* SOLR-13565: updated with testcase
* SOLR-13565: removed unused methods
* SOLR-13565: better logging
* SOLR-13565: disable SSL
* SOLR-13565: more tests
* SOLR-13565: syncing with master
* SOLR-13565: fixing tests
* SOLR-13565: fixing tests
* SOLR-13534: Fix test
Remove buggy 'port roulette' code that can easily fail if OS gives the selected port to a different process just before creating the server
Use jetty's built in support for listining on an OS selected port instead
Also increase timeouts to better account for slow/heavily loaded (ie:jenkins) VMs where SolrCore reloading may take longer then 10 seconds
* SOLR-13565: set proper permission name
* SOLR-13565: syncing with master
* SOLR-13565: syncing with master
* SOLR-13565: removed accidental change
* SOLR-13565: removed accidental change
* SOLR-13565: removed accidental change
* SOLR-13565: more tests
* SOLR-13565: Tests with key signing tests
* SOLR-13565: fixing concurrency issues in tests
* SOLR-13565: add tests with 512 bit RSA
* SOLR-13565: fixing concurrency issues
* SOLR-13565: remove unused code
this point in the test since the collections available are changing due
to deletions and we might try to communicate with a collection
that was (correctly) deleted.
(cherry picked from commit a7435d9e6e)
remove flakey dependency on sleep (to wait for cache expiration) w/explicit instruction to ignore cache
sleep is not garunteed to sleep the exact amount (based on limitations of the system clock)
(cherry picked from commit 24b94b8dac)
If the field is non-stored, non-indexed and docvalue enabled numeric field
then inplace update can be done. previously, lucene didn't support
docvalue update for field that is not yet present in indexWriter but
LUCENE-8316 added support for this.
This adds support to update field which satisfies inplace conditions
but which doesn't yet exist in any docs
Remove buggy 'port roulette' code that can easily fail if OS gives the selected port to a different process just before creating the server
Use jetty's built in support for listining on an OS selected port instead
Also increase timeouts to better account for slow/heavily loaded (ie:jenkins) VMs where SolrCore reloading may take longer then 10 seconds
(cherry picked from commit 19c78ddf98)
During Flattening, BooleanQuery will always try to flatten
nested clauses during rewrite. However, this can cause the
maximum number of clauses to be violated by the new query.
This commit disables flattening in the specific case.
* tighten assertions related to type of watcher that should be removed
* use waitForActiveCollection before deleting collections to work around SOLR-13616 and/or SOLR-13627
(cherry picked from commit 7ddba3b712)
- ensure all collections/replicas are active
- tighten assertions around expected replica locations
- eliminate some redundent code
These changes should also help ensure we don't get (more) spurious failures due to SOLR-13616
(cherry picked from commit 8a277cab7d)
This commit introduces a new collector which is optimized for
cases when the number of hits is large and/or the actual hits
collected are sparse in comparison to the number of hits
requested.
Payload func with undefined used to throw NPE. In SOLR-11610, this
was fixed to return proper error but there are no tests to verify
changed the behavior.
This add simple test to verify error code and error message
The LatLonShape field and LatLonShape query classes added the ability to index and search geospatial
geometries in the WGS-84 latitude, longitude coordinate reference system. The foundation for this
capability is provided by the Tessellator that converts an array of vertices describing a Point Line
or Polygon into a stream of 3 vertex triangles that are encoded as a seven dimension point and
indexed using the BKD POINT structure. A nice property of the Tessellator is that lat, lon
restrictions are artificial and really only bound by the API.
This commit builds on top of / abstracts the Tessellator LatLonShape and LatLonShapeQuery classes to
provide the ability to index & search general cartesian (non WGS84 lat,lon restricted) geometry.
It does so by introducing two new base classes: ShapeField and ShapeQuery that provide the indexing
and search foundation for LatLonShape and the LatLonShape derived query classes
(LatLonShapeBoundingBoxQuery, LatLonShapeLineQuery, LatLonShapePolygonQuery) and introducing a new
XYShape factory class along with XYShape derived query classes (XYShapeBoundingBoxQuery,
XYShapeLineQuery, XYShapePolygonQuery). The heart of the cartesian indexing is achieved through
XYShapeEncodingUtils that converts the double precision vertices into an integer encoded seven
dimension point (similar to LatLonShape).
The test framework is also further abstracted and extended to provide a full test suite for the
new XYShape capability that works the same way as the LatLonShape test suite (but applied to non
GIS geometries).
noble
Noble Paul
Tomoko Uchida
Mikhail Khludnev
Munendra S N
yonik
Gus Heck
Alan Woodward
Chris Hostetter
Christine Poerschke
iverase
Atri Sharma
Adrien Grand
Ishan Chattopadhyaya
David Smiley
Nicholas Knize