Uses of Class
org.apache.directory.mavibot.btree.ParentPos

Packages that use ParentPos

Package	Description
org.apache.directory.mavibot.btree

Uses of ParentPos in org.apache.directory.mavibot.btree

Fields in org.apache.directory.mavibot.btree declared as ParentPos

Modifier and Type	Field and Description
protected ParentPos<K,K>[]	KeyCursor.stack The stack of pages from the root down to the leaf
protected ParentPos<K,V>[]	TupleCursor.stack The stack of pages from the root down to the leaf

Methods in org.apache.directory.mavibot.btree that return ParentPos

Modifier and Type	Method and Description
private ParentPos<K,K>	KeyCursor.findNextParentPos() Find the leaf containing the following elements.
private ParentPos<K,V>	TupleCursor.findNextParentPos() Find the leaf containing the following elements.
private ParentPos<K,K>	KeyCursor.findPrevParentPos() Find the leaf containing the previous elements.
private ParentPos<K,V>	TupleCursor.findPrevParentPos() Find the leaf containing the previous elements.

Methods in org.apache.directory.mavibot.btree that return types with arguments of type ParentPos

Modifier and Type	Method and Description
(package private) static <K,V> java.util.LinkedList<ParentPos<K,V>>	BTreeFactory.getPathToLeftMostLeaf(BTree<K,V> btree) Includes the intermediate nodes in the path up to and including the left most leaf of the tree
(package private) static <K,V> java.util.LinkedList<ParentPos<K,V>>	BTreeFactory.getPathToRightMostLeaf(BTree<K,V> btree) Includes the intermediate nodes in the path up to and including the right most leaf of the tree

Methods in org.apache.directory.mavibot.btree with parameters of type ParentPos

Modifier and Type	Method and Description
TupleCursor<K,V>	InMemoryLeaf.browse(K key, ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the tree, looking for the given key, and creates a Cursor on top of the found result.
TupleCursor<K,V>	AbstractPage.browse(K key, ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the tree, looking for the given key, and creates a Cursor on top of the found result.
TupleCursor<K,V>	PersistedLeaf.browse(K key, ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the tree, looking for the given key, and creates a Cursor on top of the found result.
TupleCursor<K,V>	Page.browse(K key, ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the tree, looking for the given key, and creates a Cursor on top of the found result.
TupleCursor<K,V>	InMemoryLeaf.browse(ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the whole tree, and creates a Cursor on top of it.
TupleCursor<K,V>	AbstractPage.browse(ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the whole tree, and creates a Cursor on top of it.
TupleCursor<K,V>	PersistedLeaf.browse(ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the whole tree, and creates a Cursor on top of it.
TupleCursor<K,V>	Page.browse(ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Browses the whole tree, and creates a Cursor on top of it.
KeyCursor<K>	InMemoryLeaf.browseKeys(ReadTransaction<K,K> transaction, ParentPos<K,K>[] stack, int depth) Browses the keys of whole tree, and creates a Cursor on top of it.
KeyCursor<K>	AbstractPage.browseKeys(ReadTransaction<K,K> transaction, ParentPos<K,K>[] stack, int depth) Browses the keys of whole tree, and creates a Cursor on top of it.
KeyCursor<K>	PersistedLeaf.browseKeys(ReadTransaction<K,K> transaction, ParentPos<K,K>[] stack, int depth) Browses the keys of whole tree, and creates a Cursor on top of it.
KeyCursor<K>	Page.browseKeys(ReadTransaction<K,K> transaction, ParentPos<K,K>[] stack, int depth) Browses the keys of whole tree, and creates a Cursor on top of it.

Constructors in org.apache.directory.mavibot.btree with parameters of type ParentPos

Constructor and Description
KeyCursor(ReadTransaction<K,K> transaction, ParentPos<K,K>[] stack, int depth) Creates a new instance of Cursor, starting on a page at a given position.
TupleCursor(ReadTransaction<K,V> transaction, ParentPos<K,V>[] stack, int depth) Creates a new instance of Cursor, starting on a page at a given position.