class LuceneTestCase(SeecrTestCase):
def setUp(self, fieldRegistry=FieldRegistry()):
super(LuceneTestCase, self).setUp()
self._javaObjects = self._getJavaObjects()
self._reactor = CallTrace('reactor', methods={'addTimer': lambda seconds, callback: CallTrace('timer')})
self._defaultSettings = LuceneSettings(commitCount=1, commitTimeout=1, fieldRegistry=fieldRegistry)
self.lucene = Lucene(
join(self.tempdir, 'lucene'),
reactor=self._reactor,
settings=self._defaultSettings,
)
self.observer = CallTrace()
self.lucene.addObserver(self.observer)
def tearDown(self):
try:
self._reactor.calledMethods.reset() # don't keep any references.
self.lucene.close()
self.lucene = None
gc.collect()
diff = self._getJavaObjects() - self._javaObjects
self.assertEquals(0, len(diff), diff)
finally:
SeecrTestCase.tearDown(self)
def _getJavaObjects(self):
refs = VM._dumpRefs(classes=True)
return set(
[(c, refs[c])
for c in refs.keys()
if c != 'class java.lang.Class' and
c != 'class org.apache.lucene.document.Field' and # Fields are kept in FieldRegistry for reusing
c != 'class org.apache.lucene.document.NumericDocValuesField' and
c != 'class org.apache.lucene.facet.FacetsConfig'
])
class MultiLuceneTest(SeecrTestCase):
def __init__(self, *args, **kwargs):
super(MultiLuceneTest, self).__init__(*args, **kwargs)
self._multithreaded = True
def setUp(self):
SeecrTestCase.setUp(self)
settings = LuceneSettings(multithreaded=self._multithreaded, verbose=False)
settingsLuceneC = LuceneSettings(multithreaded=self._multithreaded, verbose=False, similarity=TermFrequencySimilarity())
self.luceneA = Lucene(join(self.tempdir, 'a'), name='coreA', reactor=CallTrace(), settings=settings)
self.luceneB = Lucene(join(self.tempdir, 'b'), name='coreB', reactor=CallTrace(), settings=settings)
self.luceneC = Lucene(join(self.tempdir, 'c'), name='coreC', reactor=CallTrace(), settings=settingsLuceneC)
self.dna = be((Observable(),
(MultiLucene(defaultCore='coreA', multithreaded=self._multithreaded),
(self.luceneA,),
(self.luceneB,),
(self.luceneC,),
)
))
# +---------------------------------+ +---------------------------------+ +----------------------+
# | ______ | | | | C |
# | ____/ \____ A | | __________ B | | ____ |
# | / /\ Q /\ \ | | / N \ | | / \ |
# | / / \ / \ \ | | / ____ \ | | | R | |
# | / | \ / | \ | | | / \ | | | \ ___/ |
# | / \ \/ / \ | | | | M __|____|_____ | | |
# | / \ /\ / \ | | | \__/_/ | \ | | |
# | | \_|__|_/ | | | \ | / | | | |
# | | U | | M | | | \___|______/ ___|_______ | | |
# | | \ / | | | | / | \ | | |
# | \ \/ / | | | O / _|__ \ | | |
# | \ /\ / | | \_______|___/_/ \ | | | |
# | \ / \ / | | | | M | P | | | |
# | \______/ \______/ | | | \____/ | | | |
# | | | \ / | | |
# | | | \__________/ | | |
# +---------------------------------+ +---------------------------------+ +----------------------+
k1, k2, k3, k4, k5, k6, k7, k8, k9, k10, k11 = range(1,12)
self.addDocument(self.luceneA, identifier='A', keys=[('A', k1 )], fields=[('M', 'false'), ('Q', 'false'), ('U', 'false'), ('S', '1')])
self.addDocument(self.luceneA, identifier='A-U', keys=[('A', k2 )], fields=[('M', 'false'), ('Q', 'false'), ('U', 'true' ), ('S', '2')])
self.addDocument(self.luceneA, identifier='A-Q', keys=[('A', k3 )], fields=[('M', 'false'), ('Q', 'true' ), ('U', 'false'), ('S', '3')])
self.addDocument(self.luceneA, identifier='A-QU', keys=[('A', k4 )], fields=[('M', 'false'), ('Q', 'true' ), ('U', 'true' ), ('S', '4')])
self.addDocument(self.luceneA, identifier='A-M', keys=[('A', k5 ), ('C', k5)], fields=[('M', 'true' ), ('Q', 'false'), ('U', 'false'), ('S', '5')])
self.addDocument(self.luceneA, identifier='A-MU', keys=[('A', k6 )], fields=[('M', 'true' ), ('Q', 'false'), ('U', 'true' ), ('S', '6')])
self.addDocument(self.luceneA, identifier='A-MQ', keys=[('A', k7 )], fields=[('M', 'true' ), ('Q', 'true' ), ('U', 'false'), ('S', '7')])
self.addDocument(self.luceneA, identifier='A-MQU', keys=[('A', k8 )], fields=[('M', 'true' ), ('Q', 'true' ), ('U', 'true' ), ('S', '8')])
self.addDocument(self.luceneB, identifier='B-N>A-M', keys=[('B', k5 ), ('D', k5)], fields=[('N', 'true' ), ('O', 'true' ), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B-N>A-MU', keys=[('B', k6 )], fields=[('N', 'true' ), ('O', 'false'), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B-N>A-MQ', keys=[('B', k7 )], fields=[('N', 'true' ), ('O', 'true' ), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B-N>A-MQU', keys=[('B', k8 )], fields=[('N', 'true' ), ('O', 'false'), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B-N', keys=[('B', k9 )], fields=[('N', 'true' ), ('O', 'true' ), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B', keys=[('B', k10)], fields=[('N', 'false'), ('O', 'false'), ('P', 'false')])
self.addDocument(self.luceneB, identifier='B-P>A-M', keys=[('B', k5 )], fields=[('N', 'false'), ('O', 'true' ), ('P', 'true' )])
self.addDocument(self.luceneB, identifier='B-P>A-MU', keys=[('B', k6 )], fields=[('N', 'false'), ('O', 'false'), ('P', 'true' )])
self.addDocument(self.luceneB, identifier='B-P>A-MQ', keys=[('B', k7 )], fields=[('N', 'false'), ('O', 'false' ), ('P', 'true' )])
self.addDocument(self.luceneB, identifier='B-P>A-MQU', keys=[('B', k8 )], fields=[('N', 'false'), ('O', 'false'), ('P', 'true' )])
self.addDocument(self.luceneB, identifier='B-P', keys=[('B', k11)], fields=[('N', 'false'), ('O', 'true' ), ('P', 'true' )])
self.addDocument(self.luceneC, identifier='C-R', keys=[('C', k5)], fields=[('R', 'true')])
self.addDocument(self.luceneC, identifier='C-S', keys=[('C', k8)], fields=[('S', 'true')])
self.addDocument(self.luceneC, identifier='C-S2', keys=[('C', k7)], fields=[('S', 'false')])
self.luceneA._realCommit()
self.luceneB._realCommit()
self.luceneC._realCommit()
settings.commitCount = 1
settingsLuceneC.commitCount = 1
def tearDown(self):
self.luceneA.close()
self.luceneB.close()
SeecrTestCase.tearDown(self)
def hitIds(self, hits):
return set([hit.id for hit in hits])
def testQueryOneIndex(self):
result = returnValueFromGenerator(self.dna.any.executeQuery(luceneQuery=luceneQueryFromCql('Q=true')))
self.assertEquals(set(['A-Q', 'A-QU', 'A-MQ', 'A-MQU']), self.hitIds(result.hits))
result = returnValueFromGenerator(self.dna.any.executeQuery(luceneQuery=luceneQueryFromCql('Q=true AND M=true')))
self.assertEquals(set(['A-MQ', 'A-MQU']), self.hitIds(result.hits))
def testQueryOneIndexWithComposedQuery(self):
cq = ComposedQuery('coreA')
cq.setCoreQuery(core='coreA', query=luceneQueryFromCql('Q=true'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(cq))
self.assertEquals(set(['A-Q', 'A-QU', 'A-MQ', 'A-MQU']), self.hitIds(result.hits))
cq = ComposedQuery('coreA')
cq.setCoreQuery(core='coreA', query=luceneQueryFromCql('Q=true'), filterQueries=[luceneQueryFromCql('M=true')])
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(cq))
self.assertEquals(set(['A-MQ', 'A-MQU']), self.hitIds(result.hits))
def testB_N_is_true(self):
result = returnValueFromGenerator(self.dna.any.executeQuery(core='coreB', luceneQuery=luceneQueryFromCql('N=true')))
self.assertEquals(5, result.total)
self.assertEquals(set(['B-N', 'B-N>A-M', 'B-N>A-MU', 'B-N>A-MQ', 'B-N>A-MQU']), self.hitIds(result.hits))
def testJoinQuery(self):
q = ComposedQuery('coreA', query=MatchAllDocsQuery())
q.setCoreQuery(core='coreB', query=luceneQueryFromCql('N=true'))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX+'A'), dict(core='coreB', key=KEY_PREFIX+'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(q))
self.assertEquals(4, result.total)
self.assertEquals(set(['A-M', 'A-MU', 'A-MQ', 'A-MQU']), self.hitIds(result.hits))
def testMultipleJoinQueriesKeepsCachesWithinMaxSize(self):
for i in xrange(25):
self.addDocument(self.luceneB, identifier=str(i), keys=[('X', i)], fields=[('Y', str(i))])
for i in xrange(25):
q = ComposedQuery('coreA', query=MatchAllDocsQuery())
q.setCoreQuery(core='coreB', query=luceneQueryFromCql('Y=%s' % i))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX+'A'), dict(core='coreB', key=KEY_PREFIX+'X'))
ignoredResult = returnValueFromGenerator(self.dna.any.executeComposedQuery(q))
def testJoinQueryWithFilters(self):
q = ComposedQuery('coreA')
q.addFilterQuery('coreB', query=luceneQueryFromCql('N=true'))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX+'A'), dict(core='coreB', key=KEY_PREFIX+'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(q))
self.assertEquals(4, result.total)
self.assertEquals(set(['A-M', 'A-MU', 'A-MQ', 'A-MQU']), self.hitIds(result.hits))
def testJoinFacet(self):
q = ComposedQuery('coreA', query=luceneQueryFromCql('Q=true'))
q.addFacet('coreB', dict(fieldname='cat_N', maxTerms=10))
q.addFacet('coreB', dict(fieldname='cat_O', maxTerms=10))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(query=q))
self.assertEquals(4, result.total)
self.assertEquals([{
'terms': [
{'count': 2, 'term': u'true'},
{'count': 2, 'term': u'false'},
],
'path': [],
'fieldname': u'cat_N'
}, {
'terms': [
{'count': 3, 'term': u'false'},
{'count': 1, 'term': u'true'},
],
'path': [],
'fieldname': u'cat_O'
}], result.drilldownData)
def testJoinFacetWithDrilldownQueryFilters(self):
q = ComposedQuery('coreA', query=luceneQueryFromCql('M=true'))
q.addDrilldownQuery('coreA', drilldownQuery=('cat_Q', ['true']))
q.addFacet('coreB', dict(fieldname='cat_O', maxTerms=10))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(query=q))
self.assertEquals(2, result.total)
self.assertEquals([{
'terms': [
{'count': 3, 'term': u'false'},
{'count': 1, 'term': u'true'},
],
'path': [],
'fieldname': u'cat_O'
}], result.drilldownData)
def testJoinFacetWithJoinDrilldownQueryFilters(self):
q = ComposedQuery('coreA', query=luceneQueryFromCql('M=true'))
q.addDrilldownQuery('coreB', drilldownQuery=('cat_O', ['true']))
q.addFacet('coreB', dict(fieldname='cat_O', maxTerms=10))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(query=q))
self.assertEquals(2, result.total)
self.assertEquals([{
'terms': [
{'count': 3, 'term': u'true'},
],
'path': [],
'fieldname': u'cat_O'
}], result.drilldownData)
def testJoinDrilldownQueryFilters(self):
q = ComposedQuery('coreA', query=luceneQueryFromCql('M=true'))
q.addDrilldownQuery('coreB', drilldownQuery=('cat_O', ['true']))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(query=q))
self.assertEquals(2, result.total)
def testJoinFacetWithFilter(self):
q = ComposedQuery('coreA', query=luceneQueryFromCql('M=true'))
q.addFilterQuery('coreA', query=luceneQueryFromCql('Q=true'))
q.addFacet('coreB', dict(fieldname='cat_O', maxTerms=10))
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
result = returnValueFromGenerator(self.dna.any.executeComposedQuery(query=q))
self.assertEquals(2, result.total)
self.assertEquals([{
'terms': [
{'count': 3, 'term': u'false'},
{'count': 1, 'term': u'true'},
],
'path': [],
'fieldname': u'cat_O'
}], result.drilldownData)
def testJoinFacetFromBPointOfView(self):
q = ComposedQuery('coreB')
q.setCoreQuery(core='coreA', query=luceneQueryFromCql('Q=true'))
q.setCoreQuery(core='coreB', query=None, facets=[
dict(fieldname='cat_N', maxTerms=10),
dict(fieldname='cat_O', maxTerms=10),
])
try:
q.addMatch(dict(core='coreA', uniqueKey=KEY_PREFIX + 'A'), dict(core='coreB', key=KEY_PREFIX + 'B'))
except ValueError, e:
self.assertEquals("Match for result core 'coreB' must have a uniqueKey specification.", str(e))
return
# for future reference
self.assertEquals(4, result.total)
self.assertEquals(set(['B-N>A-MQ', 'B-N>A-MQU', 'B-P>A-MQ', 'B-P>A-MQU']), self.hitIds(result.hits))
self.assertEquals([{
'terms': [
{'count': 2, 'term': u'false'},
{'count': 2, 'term': u'true'},
],
'fieldname': u'cat_N'
}, {
'terms': [
{'count': 2, 'term': u'false'},
{'count': 2, 'term': u'true'},
],
'fieldname': u'cat_O'
}], result.drilldownData)
class DeDupFilterCollectorTest(SeecrTestCase):
def setUp(self):
super(DeDupFilterCollectorTest, self).setUp()
self._reactor = CallTrace('reactor')
settings = LuceneSettings(commitCount=1, verbose=False)
self.lucene = Lucene(self.tempdir,
reactor=self._reactor,
settings=settings)
def tearDown(self):
self.lucene.close()
super(DeDupFilterCollectorTest, self).tearDown()
def testCollectorTransparentlyDelegatesToNextCollector(self):
self._addDocument("urn:1", 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(1, tc.topDocs(0).totalHits)
def _addDocument(self, identifier, isformatof, sort=None):
doc = Document()
if isformatof:
doc.add(NumericDocValuesField("__isformatof__", long(isformatof)))
if sort:
doc.add(NumericDocValuesField("__sort__", long(sort)))
consume(self.lucene.addDocument(identifier, doc))
self.lucene.commit() # Explicitly, not required: since commitCount=1.
def testCollectorFiltersTwoSimilar(self):
self._addDocument("urn:1", 2, 1)
self._addDocument("urn:2", 2, 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
topDocsResult = tc.topDocs(0)
self.assertEquals(1, topDocsResult.totalHits)
self.assertEquals(1, len(topDocsResult.scoreDocs))
docId = topDocsResult.scoreDocs[0].doc
key = c.keyForDocId(docId)
identifier = self.lucene._index.getDocument(
key.getDocId()).get(IDFIELD)
self.assertEquals('urn:2', identifier)
self.assertEquals(2, key.count)
def testCollectorFiltersTwoTimesTwoSimilarOneNot(self):
self._addDocument("urn:1", 1, 2001)
self._addDocument("urn:2", 3, 2009) # result 2x
self._addDocument("urn:3", 50, 2010) # result 1x
self._addDocument("urn:4", 3, 2001)
self._addDocument("urn:5", 1, 2009) # result 2x
#expected: "urn:2', "urn:3" and "urn:5" in no particular order
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
topDocsResult = tc.topDocs(0)
self.assertEquals(3, topDocsResult.totalHits)
self.assertEquals(3, len(topDocsResult.scoreDocs))
rawDocIds = [scoreDoc.doc for scoreDoc in topDocsResult.scoreDocs]
netDocIds = [c.keyForDocId(rawDocId).docId for rawDocId in rawDocIds]
identifiers = set(
self.lucene._index.getDocument(doc).get(IDFIELD)
for doc in netDocIds)
self.assertEquals(set(["urn:2", "urn:3", "urn:5"]), identifiers)
self.assertEquals(
[1, 2, 2], list(sorted(c.keyForDocId(d).count for d in netDocIds)))
def testSilentyYieldsWrongResultWhenFieldNameDoesNotMatch(self):
self._addDocument("urn:1", 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__wrong_field__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(1, tc.topDocs(0).totalHits)
def testShouldAddResultsWithoutIsFormatOf(self):
self._addDocument("urn:1", 2)
self._addDocument("urn:2", None)
self._addDocument("urn:3", 2)
self._addDocument("urn:4", None)
self._addDocument("urn:5", None)
self._addDocument("urn:6", None)
self._addDocument("urn:7", None)
self._addDocument("urn:8", None)
self._addDocument("urn:9", None)
self._addDocument("urn:A", None)
self._addDocument("urn:B", None) # trigger a merge
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(10, tc.topDocs(0).totalHits)
class DeDupFilterCollectorTest(SeecrTestCase):
def setUp(self):
super(DeDupFilterCollectorTest, self).setUp()
self._reactor = CallTrace('reactor')
settings = LuceneSettings(commitCount=1, verbose=False)
self.lucene = Lucene(self.tempdir, reactor=self._reactor, settings=settings)
def tearDown(self):
self.lucene.close()
super(DeDupFilterCollectorTest, self).tearDown()
def testCollectorTransparentlyDelegatesToNextCollector(self):
self._addDocument("urn:1", 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(1, tc.topDocs(0).totalHits)
def _addDocument(self, identifier, isformatof, sort=None):
doc = Document()
if isformatof:
doc.add(NumericDocValuesField("__isformatof__", long(isformatof)))
if sort:
doc.add(NumericDocValuesField("__sort__", long(sort)))
consume(self.lucene.addDocument(identifier, doc))
self.lucene.commit() # Explicitly, not required: since commitCount=1.
def testCollectorFiltersTwoSimilar(self):
self._addDocument("urn:1", 2, 1)
self._addDocument("urn:2", 2, 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
topDocsResult = tc.topDocs(0)
self.assertEquals(1, topDocsResult.totalHits)
self.assertEquals(1, len(topDocsResult.scoreDocs))
docId = topDocsResult.scoreDocs[0].doc
key = c.keyForDocId(docId)
identifier = self.lucene._index.getDocument(key.getDocId()).get(IDFIELD)
self.assertEquals('urn:2', identifier)
self.assertEquals(2, key.count)
def testCollectorFiltersTwoTimesTwoSimilarOneNot(self):
self._addDocument("urn:1", 1, 2001)
self._addDocument("urn:2", 3, 2009) # result 2x
self._addDocument("urn:3", 50, 2010) # result 1x
self._addDocument("urn:4", 3, 2001)
self._addDocument("urn:5", 1, 2009) # result 2x
#expected: "urn:2', "urn:3" and "urn:5" in no particular order
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
topDocsResult = tc.topDocs(0)
self.assertEquals(3, topDocsResult.totalHits)
self.assertEquals(3, len(topDocsResult.scoreDocs))
rawDocIds = [scoreDoc.doc for scoreDoc in topDocsResult.scoreDocs]
netDocIds = [c.keyForDocId(rawDocId).docId for rawDocId in rawDocIds]
identifiers = set(self.lucene._index.getDocument(doc).get(IDFIELD) for doc in netDocIds)
self.assertEquals(set(["urn:2", "urn:3", "urn:5"]), identifiers)
self.assertEquals([1,2,2], list(sorted(c.keyForDocId(d).count for d in netDocIds)))
def testSilentyYieldsWrongResultWhenFieldNameDoesNotMatch(self):
self._addDocument("urn:1", 2)
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__wrong_field__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(1, tc.topDocs(0).totalHits)
def testShouldAddResultsWithoutIsFormatOf(self):
self._addDocument("urn:1", 2)
self._addDocument("urn:2", None)
self._addDocument("urn:3", 2)
self._addDocument("urn:4", None)
self._addDocument("urn:5", None)
self._addDocument("urn:6", None)
self._addDocument("urn:7", None)
self._addDocument("urn:8", None)
self._addDocument("urn:9", None)
self._addDocument("urn:A", None)
self._addDocument("urn:B", None) # trigger a merge
tc = TopScoreDocSuperCollector(100, True)
c = DeDupFilterSuperCollector("__isformatof__", "__sort__", tc)
self.lucene.search(query=MatchAllDocsQuery(), collector=c)
self.assertEquals(10, tc.topDocs(0).totalHits)