Uses of Class
com.bigdata.mdi.LocalPartitionMetadata

Packages that use LocalPartitionMetadata

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.resources	This package provides the logic to managed the live journal and the historical journals and index segments for a DataService.

Uses of LocalPartitionMetadata in com.bigdata.btree

Methods in com.bigdata.btree that return LocalPartitionMetadata

Modifier and Type	Method and Description
LocalPartitionMetadata	IndexMetadata.getPartitionMetadata() When non-null, this is the description of the view of this index partition.

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

Modifier and Type	Method and Description
void	IndexMetadata.setPartitionMetadata(LocalPartitionMetadata pmd)

Uses of LocalPartitionMetadata in com.bigdata.resources

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

Modifier and Type	Method and Description
protected BTree	TestSegSplitter.generateData(IJournal store, String name, int ntuples, LocalPartitionMetadata pmd) Register a BTree against the journal, generate some data in the specified key range, and commit the data.
protected BTree	TestFixedLengthPrefixShardSplits.generateData(IJournal store, String name, int ntuples, LocalPartitionMetadata pmd) Register a BTree against the journal, generate some data in the specified key range, and commit the data.
protected BTree	TestFixedLengthPrefixShardSplits.generateSPOData(IJournal store, int ntuples, LocalPartitionMetadata pmd) Register a BTree against the journal, generate some data and commit the data (the data corresponds to a simple triple index schema but does not handle statement indices with variable length keys).
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.
static void	SplitUtility.validateSplits(LocalPartitionMetadata originalPartitionMetadata, Split[] splits, boolean checkFromToIndex) Validate splits, including: that the separator keys are strictly ascending, that the separator keys perfectly cover the source key range without overlap, that the rightSeparator for each split is the leftSeparator for the prior split, that the fromIndex offsets are strictly ascending, etc.