Uses of Class
com.crawljax.stateabstractions.dom.apted.node.AptedNode

Packages that use AptedNode

Package	Description
com.crawljax.stateabstractions.dom.apted.costmodel
com.crawljax.stateabstractions.dom.apted.distance
com.crawljax.stateabstractions.dom.apted.node
com.crawljax.stateabstractions.dom.apted.parser
com.crawljax.stateabstractions.dom.apted.util
com.crawljax.stateabstractions.hybrid.structuralvisualdiff

Uses of AptedNode in com.crawljax.stateabstractions.dom.apted.costmodel

Methods in com.crawljax.stateabstractions.dom.apted.costmodel with parameters of type AptedNode

Modifier and Type	Method	Description
float	CostModel.del(AptedNode<D> n)	Calculates the cost of deleting a node.
float	PerEditOperationStringNodeDataCostModel.del(AptedNode<StringNodeData> n)	Calculates the cost of deleting a node.
float	StringUnitCostModel.del(AptedNode<StringNodeData> n)	Calculates the cost of deleting a node.
float	CostModel.ins(AptedNode<D> n)	Calculates the cost of inserting a node.
float	PerEditOperationStringNodeDataCostModel.ins(AptedNode<StringNodeData> n)	Calculates the cost of inserting a node.
float	StringUnitCostModel.ins(AptedNode<StringNodeData> n)	Calculates the cost of inserting a node.
float	CostModel.ren(AptedNode<D> n1, AptedNode<D> n2)	Calculates the cost of renaming (mapping) two nodes.
float	PerEditOperationStringNodeDataCostModel.ren(AptedNode<StringNodeData> n1, AptedNode<StringNodeData> n2)	Calculates the cost of renaming the string labels of two nodes.
float	StringUnitCostModel.ren(AptedNode<StringNodeData> n1, AptedNode<StringNodeData> n2)	Calculates the cost of renaming the label of the source node to the label of the destination node.

Uses of AptedNode in com.crawljax.stateabstractions.dom.apted.distance

Methods in com.crawljax.stateabstractions.dom.apted.distance with parameters of type AptedNode

Modifier and Type	Method	Description
float	AllPossibleMappingsTED.computeEditDistance(AptedNode<D> t1, AptedNode<D> t2)	Computes the tree edit distance between two trees by trying all possible TED mappings.
float	APTED.computeEditDistance(AptedNode<D> t1, AptedNode<D> t2)	Compute tree edit distance between source and destination trees using APTED algorithm [1,2].
float	APTED.computeEditDistance_spfTest(AptedNode<D> t1, AptedNode<D> t2, int spfType)	This method is only for testing purspose.
void	AllPossibleMappingsTED.init(AptedNode<D> t1, AptedNode<D> t2)	Indexes the input trees.
void	APTED.init(AptedNode<D> t1, AptedNode<D> t2)	Initialises node indexers and stores input tree sizes.

Uses of AptedNode in com.crawljax.stateabstractions.dom.apted.node

Fields in com.crawljax.stateabstractions.dom.apted.node declared as AptedNode

Modifier and Type	Field	Description
AptedNode<D>[]	NodeIndexer.preL_to_node	Index from left-to-right preorder id of node n (starting with 0) to AptedNode object corresponding to n.

Fields in com.crawljax.stateabstractions.dom.apted.node with type parameters of type AptedNode

Modifier and Type	Field	Description
private List<AptedNode<D>>	AptedNode.children	Array of pointers to this node's children.

Methods in com.crawljax.stateabstractions.dom.apted.node that return AptedNode

Modifier and Type	Method	Description
AptedNode<D>	NodeIndexer.postL_to_node(int postL)	An abbreviation that uses indices to retrieve pointer to AptedNode of the given node.
AptedNode<D>	NodeIndexer.postR_to_node(int postR)	An abbreviation that uses indices to retrieve pointer to AptedNode of the given node.

Methods in com.crawljax.stateabstractions.dom.apted.node that return types with arguments of type AptedNode

Modifier and Type	Method	Description
List<AptedNode<D>>	AptedNode.getChildren()	Returns the list with all node's children.

Methods in com.crawljax.stateabstractions.dom.apted.node with parameters of type AptedNode

Modifier and Type	Method	Description
void	AptedNode.addChild(AptedNode c)	Adds a new child at the end of children list.
private int	NodeIndexer.indexNodes(AptedNode<D> node, int postorder)	Indexes the nodes of the input tree.

Constructors in com.crawljax.stateabstractions.dom.apted.node with parameters of type AptedNode

Constructor	Description
NodeIndexer(AptedNode<D> inputTree, C costModel)	Indexes the nodes of input trees and stores the indices for quick access from APTED algorithm.

Uses of AptedNode in com.crawljax.stateabstractions.dom.apted.parser

Methods in com.crawljax.stateabstractions.dom.apted.parser that return AptedNode

Modifier and Type	Method	Description
AptedNode<StringNodeData>	BracketStringInputParser.fromString(String s)	Parses the input tree as a string and converts it to our tree representation using the AptedNode class.
AptedNode<D>	InputParser.fromString(String s)	Converst the input tree passed as string (e.g., bracket notation, XML) into the tree structure.

Uses of AptedNode in com.crawljax.stateabstractions.dom.apted.util

Fields in com.crawljax.stateabstractions.dom.apted.util declared as AptedNode

Modifier and Type	Field	Description
private AptedNode	CommandLine.t1
private AptedNode	CommandLine.t2

Methods in com.crawljax.stateabstractions.dom.apted.util that return AptedNode

Modifier and Type	Method	Description
private static AptedNode<StringNodeData>	AptedUtils.createTree(TreeWalker walker)	Recursively construct a LblTree from DOM tree
static AptedNode	AptedUtils.getAptedTree(Fragment fragment, boolean visualData)
static AptedNode<StringNodeData>	AptedUtils.getAptedTree(Document doc, boolean visualData)
static AptedNode<StringNodeData>	AptedUtils.getAptedTree(Node node, boolean visualData)
static AptedNode<StringNodeData>	AptedUtils.getTextNode()

Uses of AptedNode in com.crawljax.stateabstractions.hybrid.structuralvisualdiff

Methods in com.crawljax.stateabstractions.hybrid.structuralvisualdiff that return AptedNode

Modifier and Type	Method	Description
private AptedNode<StringNodeData>	StructuralVisualDiff.getAPTEDTreeFromDocument(Node node)