Uses of Class
com.bigdata.btree.IndexSegment

Packages that use IndexSegment

Package	Description
com.bigdata.btree	The BTree is a scalable B+-Tree with copy-on-write semantics mapping variable length unsigned byte[] keys to variable length byte[] values (null values are allowed).
com.bigdata.rdf.spo	This package defines a statement model using long term identifiers rather than RDF Value objects.
com.bigdata.resources	This package provides the logic to managed the live journal and the historical journals and index segments for a DataService.
com.bigdata.sparse	This package provides support for treating normal B+Trees using a "sparse row store" pattern and can be applied to both local B+Trees and scale-out indices.

Uses of IndexSegment in com.bigdata.btree

Methods in com.bigdata.btree that return IndexSegment

Modifier and Type	Method and Description
protected IndexSegment	TestIndexSegmentCursors.buildIndexSegment(BTree btree) Builds an IndexSegment from a BTree.
protected IndexSegment	TestIndexSegmentCursors.buildIndexSegment(BTree btree, int m)
IndexSegment	IndexSegment.ImmutableLeafCursor.getBTree()
IndexSegment	IndexSegmentStore.loadIndexSegment() Load the IndexSegment.

Methods in com.bigdata.btree with parameters of type IndexSegment

Modifier and Type	Method and Description
protected void	AbstractIndexSegmentTestCase.dumpIndexSegment(IndexSegment seg) apply dump() as a structural validation of the tree.
byte[]	ISimpleSplitHandler.getSeparatorKey(IndexSegment seg, int fromIndex, int toIndex, int splitAt) Return a separator key close to the recommended separator key (splitAt) which is acceptable to the constraints imposed by the application on the index.
byte[]	FixedLengthPrefixSplits.getSeparatorKey(IndexSegment seg, int fromIndex, int toIndex, int splitAt) Linear search for the first successor of the keyAt(splitAt) which differs in the first N bytes.
static void	AbstractIndexSegmentTestCase.testForwardScan(IndexSegment seg) Test forward leaf scan.
static void	AbstractIndexSegmentTestCase.testMultiBlockIterator(BTree expected, IndexSegment actual) Compares the IndexSegmentMultiBlockIterator against the standard BTree iterator.
static void	AbstractIndexSegmentTestCase.testReverseScan(IndexSegment seg) Test reverse leaf scan.

Constructors in com.bigdata.btree with parameters of type IndexSegment

Constructor and Description
IndexSegment.IndexSegmentTupleCursor(IndexSegment btree, Tuple<E> tuple, byte[] fromKey, byte[] toKey)
IndexSegmentMultiBlockIterator(IndexSegment seg, DirectBufferPool pool, byte[] fromKey, byte[] toKey, int flags)

Uses of IndexSegment in com.bigdata.rdf.spo

Methods in com.bigdata.rdf.spo with parameters of type IndexSegment

Modifier and Type	Method and Description
byte[]	XXXCShardSplitHandler.getSeparatorKey(IndexSegment seg, int fromIndex, int toIndex, int splitAt) Return a separator key which does not split quads for the same triple prefix.

Uses of IndexSegment in com.bigdata.resources

Methods in com.bigdata.resources with parameters of type IndexSegment

Modifier and Type	Method and Description
byte[]	AbstractTestSegSplitter.RejectSplitsAfterKey.getSeparatorKey(IndexSegment seg, int fromIndex, int toIndex, int splitAt)
static Split[]	SplitUtility.getSplits(IPartitionIdFactory partitionIdFactory, LocalPartitionMetadata oldpmd, IndexSegment seg, long nominalShardSize, ISimpleSplitHandler splitHandler) Choose a set of splits which may be reasonably expected to divide the IndexSegment into extents each of which is approximately 50% full.

Uses of IndexSegment in com.bigdata.sparse

Methods in com.bigdata.sparse with parameters of type IndexSegment

Modifier and Type	Method and Description
byte[]	LogicalRowSplitHandler.getSeparatorKey(IndexSegment seg, int fromIndex, int toIndex, int splitAt)