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Scorer that aggregates a number of underlying delegating scorers, providing equalisation if required.AbstractBitStreamIndexWriter.printStats(PrintStream) implementation.IndexIterator-based interval iterator.safely closeable implementation of a document.safely closeable implementation of a document collection.DocumentCollection.safely closeable
implementation of a document iterator.hasNext()
and nextInt() using nextDocument(),
and provides support for the DocumentIterator.weight()/DocumentIterator.weight(double) methods.DocumentIteratorVisitor without
return values.safely closeable implementation of a document sequence.IndexReader for an IndexCluster.IndexIterator.term(), IndexIterator.id(), DocumentIterator.weight()
and of the visiting methods.AbstractScorer.ConsecutiveDocumentIterator
and OrderedAndDocumentIterator.ConsecutiveDocumentIterator and OrderedAndDocumentIterator
internal interval iterator member classes.ConsecutiveDocumentIterator and OrderedAndDocumentIterator
interval iterator member classes.QueryBuilderVisitor that
returns true on all visitPre() methods and does nothing
on AbstractQueryBuilderVisitor.prepare().Scorer.AbstractSimpleTikaDocumentFactory.getDocument(InputStream, Reference2ObjectMap)
and AbstractSimpleTikaDocumentFactory.fields().AbstractIndexScorer
providing internal storage and copy of the weight map, faster array-based
access to the latter, and a default implementation of AbstractWeightedScorer.score().AbstractUnionDocumentIterator.acceptOnTruePaths(DocumentIteratorVisitor) only on component
iterators positioned on the current document.
DocumentIterator.nextDocument(),
limiting recursion to true paths.
AbstractAggregator.samples if we exhausted the document iterator).
b for Golomb coding of pointers.
b for Golomb coding of pointers.
b for Golomb coding of pointers.
b for Golomb coding of pointers.
BitStreamHPIndexWriter.state can be assumed only in indices that contain counts; it
means that we are positioned just before the count for the current document record.
BitStreamIndexWriter.state can be assumed only in indices that contain counts; it
means that we are positioned just before the count for the current document record.
BitStreamHPIndexWriter.state means that we are ready to call BitStreamHPIndexWriter.newDocumentRecord().
BitStreamIndexWriter.state means that we are ready to call BitStreamIndexWriter.newDocumentRecord().
BitStreamHPIndexWriter.state means that we are positioned at the start of an inverted list,
and we should call BitStreamHPIndexWriter.writeFrequency(int).
BitStreamIndexWriter.state means that we are positioned at the start of an inverted list,
and we should call BitStreamIndexWriter.writeFrequency(int).
BitStreamHPIndexWriter.state means that we should call BitStreamHPIndexWriter.newInvertedList().
BitStreamIndexWriter.state means that we should call BitStreamIndexWriter.newInvertedList().
BitStreamHPIndexWriter.state can be assumed only in indices that contain payloads; it
means that we are positioned just before the payload for the current document record.
BitStreamIndexWriter.state can be assumed only in indices that contain payloads; it
means that we are positioned just before the payload for the current document record.
BitStreamHPIndexWriter.state means that we just started a new document record, and we
should call BitStreamHPIndexWriter.writeDocumentPointer(OutputBitStream, int).
BitStreamIndexWriter.state means that we just started a new document record, and we
should call BitStreamIndexWriter.writeDocumentPointer(OutputBitStream, int).
BitStreamHPIndexWriter.state can be assumed only in indices that contain document positions;
it means that we are positioned just before the position list of the current document record.
BitStreamIndexWriter.state can be assumed only in indices that contain document positions;
it means that we are positioned just before the position list of the current document record.
Index and input bit
stream.
OutputBitStream.
BitStreamIndex.Index and input bit stream.
OutputBitStream.
OutputBitStream,
without additional bit streams.
BM25Scorer.DEFAULT_K1 and BM25Scorer.DEFAULT_B as parameters.
QueryServlet
in such a way that they are easily accessible from the Velocity Template Language.null).
BitStreamIndexWriter.CachingOutputBitStream.buffer() that returns the internal buffer
if the internal buffer contains all that has been written since
the last call to position(0).QueryBuilderVisitor that
returns Boolean.FALSE only if the visited query contains a Select node
that does not lie in the aligner of an Align query (as in that case
the index is not part of the answer).ClarkeCormackScorer.DEFAULT_H, α=1) to the
parameters; the resulting scorer is normalized.
ByteArrayPostingList.flush() and then releases resources allocated by this byte-array posting list, keeping just the internal buffer.
InputBitStream.
IntIterator implementation based on γ-coded integers.Combine buffer size (default: Combine.DEFAULT_BUFFER_SIZE).
high-performance index for positions.AbstractCompositeDocumentIterator.AbstractCompositeIndexIntervalIterator.position for each index iterator.
index.countCoding.
index.countCoding.
index.countCoding.
index.countCoding.
index.countCoding.
DocumentIterator
tree.TermCollectionVisitor
to set up term frequencies and counters.DocumentCollection corresponding to a given set of records in a comma separated file.curr[ i ] contains position[ i ][ currPos[i ] ].
Select nodes).
DocumentIterator.END_OF_LIST if we are beyond the end of list.
DocumentIterator.END_OF_LIST if we are beyond the end of list.
DocumentIterator.END_OF_LIST if we are beyond the end of list.
DocumentIterator.END_OF_LIST if we are beyond the end of list.
DocumentIterator.END_OF_LIST if we are beyond the end of list.
DocumentalConcatenatedClusterDocumentIterator.documentIterator).
DocumentIterator.indices() for AbstractScorer.documentIterator;
it is set up by AbstractIndexScorer.wrap(DocumentIterator).
AbstractCompositeDocumentIterator.AbstractCompositeIndexIntervalIterator.position for each index iterator.
AbstractAggregator.actualSamples.
AbstractIndexScorer.currIndex containing the current corresponding values in AbstractWeightedScorer.index2Weight;
it is set up by AbstractWeightedScorer.wrap(DocumentIterator).
ContiguousDocumentalStrategy).
ContiguousDocumentalStrategy).
CompressionFlags.DEFAULT_STANDARD_INDEX.
Index.UriKeys.OFFSETSTEP.
IntIterator's method to the
underlying DocumentIterator.DocumentScoreInfo.
key is resolved; if this property
is not set, the default return value of value is returned.
DocumentIterator.nextDocument().
DocumentScoreInfo instances by increasing document number.
DocumentalCluster.DocumentalCluster that concatenates the
postings of its local indices.DocumentalCluster that merges the
postings of its local indices.QueryBuilderVisitor
that builds a DocumentIterator
resolving the queries using the objects in it.unimi.dsi.mg4j.search.DocumentIterator.MultiTermIndexIterator over all terms starting with the given prefix,
provided their number does not exceed the given limit and that this index has a BitStreamIndex.prefixMap.
IndexReader for this index and uses it to return
an index iterator over the documents containing a term.
IndexReader for this index and uses it to return
an index iterator over the documents containing a term; the term is
given explicitly, and the index term map is used, if present.
IndexReader for this index and uses them to return
a document iterator over the documents containing a set of terms defined
by a prefix; the prefix is given explicitly, and unless the index has a
prefix map, an UnsupportedOperationException
will be thrown.
Scan.DEFAULT_BATCH_SIZE).
DocumentCollection.size(),
exclusive), and throws an IndexOutOfBoundsException if the index is not correct.
DocumentFactory.numberOfFields(),
exclusive), and throws an IndexOutOfBoundsException if the index is not correct.
IntervalIterators.FALSE.
null.
DocumentCollection corresponding to
a given set of files.1L << BitStreamIndex.FIXED_POINT_BITS.
ByteArrayPostingList.setDocumentPointer(int)).
AbstractDocumentIterator.nextDocument() into a valid value for AbstractDocumentIterator.curr.
IndirectPriorityQueue.front(int[]) of AbstractUnionDocumentIterator.queue, if AbstractUnionDocumentIterator.frontSize is not -1.
AbstractUnionDocumentIterator.front, or -1 if the front has not been computed for the current document.
Index and input bit
stream.
Index and input bit stream.
null for no gaps (see ConsecutiveDocumentIterator).
Properties.
Properties and possibly guessing reasonable term and prefix maps from the basename.
Properties and possibly guessing reasonable term and prefix maps from the basename.
IndexReader based on this index, using
the default buffer size.
IndexReader based on this index.
DocumentFactory.FieldType#TEXT is supported).
index.hasCounts.
Combine.indexWriter has counts.
AbstractDocumentIterator.AbstractIntervalIterator.next has been already set; if not, peeks at the interval returned by nextInterval().
AbstractDocumentIterator.ahead is true; if not, sets AbstractDocumentIterator.ahead if {#nextDocument()} returns a document.
index.hasPayloads.
Index.payload is non-null.
Combine.indexWriter has payloads.
BitStreamHPIndexReader.BitStreamHPIndexReaderIndexIterator.frequency
is smaller than the number of documents).
BitStreamIndexReader.BitStreamIndexReaderIndexIterator.frequency is smaller than the number of documents).
GammaDeltaGammaDeltaBitStreamHPIndexReader.BitStreamHPIndexReaderIndexIterator.frequency
is smaller than the number of documents).
GammaDeltaGammaDeltaBitStreamIndexReader.BitStreamIndexReaderIndexIterator.frequency is smaller than the number of documents).
SkipGammaDeltaGammaDeltaBitStreamIndexReader.BitStreamIndexReaderIndexIterator.frequency is smaller than the number of documents).
index.hasPositions.
Combine.indexWriter has positions.
h (the maximum height of a skip tower).
h (the maximum height of a skip tower), or -1 if this index has no skips.
h (the maximum height of a skip tower).
h (the maximum height of a skip tower).
h (the maximum height of a skip tower).
BitStreamIndex.DEFAULT_HEIGHT).
PropertyBasedDocumentFactory.MetadataKeys.ENCODING.