Uses of Class
graphql.schema.diffing.Mapping

Packages that use Mapping

Package	Description
graphql.schema.diffing
graphql.schema.diffing.ana

Uses of Mapping in graphql.schema.diffing

Fields in graphql.schema.diffing declared as Mapping

Modifier and Type	Field	Description
Mapping	DiffImpl.OptimalEdit.mapping
(package private) Mapping	DiffImpl.MappingEntry.partialMapping

Methods in graphql.schema.diffing that return Mapping

Modifier and Type	Method	Description
Mapping	Mapping.copy()
Mapping	Mapping.copyMappingWithLastElementRemoved()
Mapping	Mapping.extendMapping(Vertex source, Vertex target)
Mapping	Mapping.invert()
static Mapping	Mapping.newMapping(Map<Vertex,Vertex> fixedParentRestrictions, com.google.common.collect.BiMap<Vertex,Vertex> fixedMappings, List<Vertex> fixedSourceList, List<Vertex> fixedTargetList)

Methods in graphql.schema.diffing with parameters of type Mapping

Modifier and Type	Method	Description
static int	EditorialCostForMapping.baseEditorialCostForMapping(Mapping mapping, SchemaGraph sourceGraph, SchemaGraph targetGraph)
static int	EditorialCostForMapping.baseEditorialCostForMapping(Mapping mapping, SchemaGraph sourceGraph, SchemaGraph targetGraph, List<EditOperation> editOperationsResult)	Gets the "editorial cost for mapping" for the base mapping.
private int	DiffImpl.calcAnchoredVerticesCost(Vertex v, Vertex u, Mapping partialMapping)
private double	DiffImpl.calcLowerBoundMappingCost(Vertex v, Vertex u, Mapping partialMapping, Map<Vertex,Double> isolatedVerticesCache, Map<Vertex,Vertex> nonFixedParentRestrictions)	lower bound mapping cost between for v -> u in respect to a partial mapping.
private double	DiffImpl.calcLowerBoundMappingCostForIsolated(Vertex vertex, Mapping partialMapping, boolean sourceOrTarget)	Simplified lower bound calc if the source/target vertex is isolated
private void	DiffImpl.calculateRestOfChildren(List<Vertex> availableTargetVertices, HungarianAlgorithm hungarianAlgorithm, double[][] costMatrixCopy, double editorialCostForMapping, Mapping partialMapping, Vertex v_i, int upperBound, int level, LinkedBlockingQueue<DiffImpl.MappingEntry> siblings)
(package private) DiffImpl.OptimalEdit	DiffImpl.diffImpl(Mapping startMapping, List<Vertex> allSources, List<Vertex> allTargets, AtomicInteger algoIterationCount)
static int	EditorialCostForMapping.editorialCostForMapping(int baseCost, Mapping mapping, SchemaGraph sourceGraph, SchemaGraph targetGraph)	Calculates the "editorial cost for mapping" for the non-fixed targets in a Mapping.
private void	DiffImpl.expandMappingAndUpdateOptimalMapping(int fixedEditorialCost, int level, DiffImpl.OptimalEdit optimalEdit, List<Vertex> allSources, Mapping toExpand, int[] assignments, List<Vertex> availableTargetVertices, double lowerBoundCost)	Extend the partial mapping to a full mapping according to the optimal matching (hungarian algo result) and update the optimal edit if we found a better one.
Map<Vertex,Vertex>	PossibleMappingsCalculator.getNonFixedParentRestrictions(SchemaGraph sourceGraph, SchemaGraph targetGraph, Mapping mapping)	This computes the initial set of parent restrictions based on the given non-fixed mapping.
private void	DiffImpl.updateOptimalEdit(DiffImpl.OptimalEdit optimalEdit, int newGed, Mapping mapping)

Constructors in graphql.schema.diffing with parameters of type Mapping

Modifier	Constructor	Description
	MappingEntry(Mapping partialMapping, int level, double lowerBoundCost)
	OptimalEdit(SchemaGraph completeSourceGraph, SchemaGraph completeTargetGraph, Mapping mapping, int ged)

Uses of Mapping in graphql.schema.diffing.ana

Methods in graphql.schema.diffing.ana with parameters of type Mapping

Modifier and Type	Method	Description
EditOperationAnalysisResult	EditOperationAnalyzer.analyzeEdits(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.argumentTypeOrDefaultValueChanged(EditOperation editOperation, Mapping mapping)
private boolean	EditOperationAnalyzer.doesArgumentChangeMakeSense(Vertex oldArgument, Vertex newArgument, Mapping mapping)	Sometimes the diffing algorithm will give us an argument change when the argument container changed i.e.
private EditOperation	EditOperationAnalyzer.findDeletedEdge(Vertex targetVertexFrom, List<EditOperation> editOperations, Mapping mapping, Predicate<Edge> edgePredicate)
private void	EditOperationAnalyzer.handleAppliedDirectives(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.handleArgumentChange(EditOperation editOperation, Mapping mapping)
private void	EditOperationAnalyzer.handleArgumentChanges(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.handleEnumValuesChanges(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.handleImplementsChanges(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.handleTypeChanges(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.handleUnionMemberChanges(List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.typeEdgeChanged(EditOperation editOperation, Mapping mapping)
private void	EditOperationAnalyzer.typeEdgeInserted(EditOperation editOperation, List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.typeEdgeInsertedForArgument(EditOperation editOperation, List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.typeEdgeInsertedForField(EditOperation editOperation, List<EditOperation> editOperations, Mapping mapping)
private void	EditOperationAnalyzer.typeEdgeInsertedForInputField(EditOperation editOperation, List<EditOperation> editOperations, Mapping mapping)