Uses of Class
pl.edu.agh.cast.model.visual.backward.Node

Packages that use Node

pl.edu.agh.cast.backward.command	Provides commands for operating on diagrams.
pl.edu.agh.cast.backward.editor	Provides classes for managing diagram editors.
pl.edu.agh.cast.backward.editor.action	Provides various editor actions for interacting with user.
pl.edu.agh.cast.backward.editor.operation	Provides editor operations such as Search and Find.
pl.edu.agh.cast.backward.editor.operation.search	Provides Node search mechanism.
pl.edu.agh.cast.backward.editor.operation.search.filters	Provides Node parameter filters.
pl.edu.agh.cast.model.visual.backward	Provides classes for visual presentation of data.
pl.edu.agh.cast.path2
pl.edu.agh.cast.ui.outline	Provides diagram outline view.

Uses of Node in pl.edu.agh.cast.backward.command

Methods in pl.edu.agh.cast.backward.command with parameters of type Node

void	DeleteModelElementsCommand.add(Node node) Adds Node to remove.

Constructors in pl.edu.agh.cast.backward.command with parameters of type Node

AddNodeCommand(IDiagram model, Node node, org.eclipse.draw2d.geometry.Point location, String imageId)
Creates new instance of command for adding a node to a diagram.

LabelCommand(Node node, String attributeId, String newValue)
Creates new instance of label command.

Constructor parameters in pl.edu.agh.cast.backward.command with type arguments of type Node

PasteCommand(Collection<Node> collection, IDiagram diagram)
Creates new instance of the paste command.

Uses of Node in pl.edu.agh.cast.backward.editor

Method parameters in pl.edu.agh.cast.backward.editor with type arguments of type Node

void	AbstractEditor.selectNodes(Collection<Node> nodes) Selects given nodes.

Uses of Node in pl.edu.agh.cast.backward.editor.action

Methods in pl.edu.agh.cast.backward.editor.action that return types with arguments of type Node

List<Node>

CastClipboardContents.getNodes()

Constructor parameters in pl.edu.agh.cast.backward.editor.action with type arguments of type Node

CastClipboardContents(List<Node> nodes)
Creates new clipboard contents object.

Uses of Node in pl.edu.agh.cast.backward.editor.operation

Methods in pl.edu.agh.cast.backward.editor.operation that return Node

Node	FindNodesOperation.findNext(FindNodesParameters params, Collection<Node> nodesToSearch) Finds next Node matching given criteria.
Node	FindNodesOperation.findPrev(FindNodesParameters params, Collection<Node> nodesToSearch) Finds previous Node matching given criteria.

Methods in pl.edu.agh.cast.backward.editor.operation that return types with arguments of type Node

List<Node>	SelectMediatorsOperation.execute() Executes the algorithm.
Collection<Node>	FindNodesOperation.findAll(FindNodesParameters params, Collection<Node> nodesToSearch) Finds all Nodes matching given criteria.
protected Collection<Node>	FindNodesOperation.findNodes(FindNodesParameters params, Collection<Node> nodesToSearch)
protected Collection<Node>	FindNodesOperation.findNoWildcards(FindNodesParameters params, Collection<Node> nodesToSearch)
protected Collection<Node>	FindNodesOperation.findUsingWildcards(FindNodesParameters params, Collection<Node> nodesToSearch)

Method parameters in pl.edu.agh.cast.backward.editor.operation with type arguments of type Node

Collection<Node>	FindNodesOperation.findAll(FindNodesParameters params, Collection<Node> nodesToSearch) Finds all Nodes matching given criteria.
Node	FindNodesOperation.findNext(FindNodesParameters params, Collection<Node> nodesToSearch) Finds next Node matching given criteria.
protected Collection<Node>	FindNodesOperation.findNodes(FindNodesParameters params, Collection<Node> nodesToSearch)
protected Collection<Node>	FindNodesOperation.findNoWildcards(FindNodesParameters params, Collection<Node> nodesToSearch)
Node	FindNodesOperation.findPrev(FindNodesParameters params, Collection<Node> nodesToSearch) Finds previous Node matching given criteria.
protected Collection<Node>	FindNodesOperation.findUsingWildcards(FindNodesParameters params, Collection<Node> nodesToSearch)

Constructor parameters in pl.edu.agh.cast.backward.editor.operation with type arguments of type Node

SelectMediatorsOperation(SelectMediatorsParameters parameters, Collection<Node> nodes)
Creates new 'select mediators' operation.

Uses of Node in pl.edu.agh.cast.backward.editor.operation.search

Methods in pl.edu.agh.cast.backward.editor.operation.search that return types with arguments of type Node

List<Node>

SearchOperation.execute() Executes search according to given criteria and returns matching Nodes.

Constructor parameters in pl.edu.agh.cast.backward.editor.operation.search with type arguments of type Node

SearchOperation(Collection<Node> nodes, List<IParameterFilter> filters)
Creates new search instance.

Uses of Node in pl.edu.agh.cast.backward.editor.operation.search.filters

Methods in pl.edu.agh.cast.backward.editor.operation.search.filters with parameters of type Node

boolean	ColorParameterFilter.matches(Node node) Checks if given Node matches filter criteria.
boolean	DateParameterFilter.matches(Node node) Checks if given Node matches filter criteria.
boolean	StringParameterFilter.matches(Node node) Checks if given Node matches filter criteria.
boolean	NumericParameterFilter.matches(Node node) Checks if given Node matches filter criteria.
boolean	IParameterFilter.matches(Node node) Checks if given Node matches filter criteria.

Uses of Node in pl.edu.agh.cast.model.visual.backward

Fields in pl.edu.agh.cast.model.visual.backward with type parameters of type Node

protected Map<String,Node>

VisualModelCachingFactory.entityToNode Maps IEntity.getId() to Node.

Methods in pl.edu.agh.cast.model.visual.backward that return Node

Node	Diagram.addNode(Node node) Adds a Node to the model.
Node	IDiagram.addNode(Node node) Adds a Node to the model.
protected Node	Diagram.addNodeInternal(Node node) Adds a node to the model.
Node	VisualModelCachingFactory.copyNode(Node node) Creates a copy of given Node.
Node	VisualModelCachingFactory.createNode(IEntity entity) Returns a node corresponding to the given entity, creating if it necessary.
Node	VisualModelCachingFactory.createNode(IEntity entity, Set<String> currentDS) Returns a node corresponding to the given entity, creating if it necessary.
Node	Diagram.findNode(String nodeId) Returns the Node with given id.
Node	VisualModelCachingFactory.findNode(String nodeId) Returns Node based on given id.
Node	IDiagram.findNode(String nodeId) Returns the Node with given id.
Node	ConnectionGroup.getSource()
Node	Connection.getSourceNode()
Node	ConnectionGroup.getTarget()
Node	Connection.getTargetNode()

Methods in pl.edu.agh.cast.model.visual.backward that return types with arguments of type Node

Collection<Node>	Diagram.addNodes(Collection<Node> nodes) Adds Nodes to the model.
Collection<Node>	IDiagram.addNodes(Collection<Node> nodes) Adds Nodes to the model.
Collection<Node>	Diagram.getNodes() Returns a collection of all diagram Nodes.
Collection<Node>	VisualModelCachingFactory.getNodes()
Collection<Node>	IDiagram.getNodes() Returns a collection of all diagram Nodes.
List<Node>	NodeIndexer.lookup(Object value) Returns list of nodes that have the indexing attribute value equal to value.

Methods in pl.edu.agh.cast.model.visual.backward with parameters of type Node

protected void	Diagram.addConnectionsForNode(Node node) Adds connections of a given node to the diagram.
Node	Diagram.addNode(Node node) Adds a Node to the model.
Node	IDiagram.addNode(Node node) Adds a Node to the model.
protected Node	Diagram.addNodeInternal(Node node) Adds a node to the model.
Node	VisualModelCachingFactory.copyNode(Node node) Creates a copy of given Node.
void	Node.copyTo(Node that) Copies all fields of this Node instance to that instance.
protected ConnectionGroup	VisualModelCachingFactory.getConnectionGroup(Node source, Node target) Find ConnectionGroup for given nodes.
int	ConnectionGroup.getSourceConnectionCountFor(Node node) Returns the number of connections from source to target for given Node.
List<Connection>	ConnectionGroup.getSourceConnectionsFor(Node node) Returns a list of source Connections for node.
int	ConnectionGroup.getTargetConnectionCountFor(Node node) Returns the number of connections from target to source for given Node.
List<Connection>	ConnectionGroup.getTargetConnectionsFor(Node node) Returns a list of target Connections for node.
boolean	ConnectionGroup.isBetween(Node node1, Node node2) Checks if this connection group is between two given nodes.
boolean	Node.isConnected(Node node) Checks if this node is directly connected to given node.
void	Diagram.removeNode(Node node) Removes a Node from the diagram.
void	VisualModelCachingFactory.removeNode(Node node) Removes given Node from cache.
void	IDiagram.removeNode(Node node) Removes a Node from the diagram.
void	ConnectionGroup.setSource(Node node) Sets source node of this connection group.
void	Connection.setSourceNode(Node sourceNode)
void	ConnectionGroup.setTarget(Node node) Sets target node of this connection group.
void	Connection.setTargetNode(Node targetNode)
boolean	VisualModelCachingFactory.wasCreatedHere(Node node) Checks whether given Node was created by this factory.

Method parameters in pl.edu.agh.cast.model.visual.backward with type arguments of type Node

Collection<Node>	Diagram.addNodes(Collection<Node> nodes) Adds Nodes to the model.
Collection<Node>	IDiagram.addNodes(Collection<Node> nodes) Adds Nodes to the model.
void	Diagram.removeNodes(Collection<Node> nodes) Removes Nodes from the model.
void	IDiagram.removeNodes(Collection<Node> nodes) Removes Nodes from the model.

Constructors in pl.edu.agh.cast.model.visual.backward with parameters of type Node

Connection(Node source, Node target, Date connectionStart)
Constructor.

ConnectionGroup(Node left, Node right, ConnectionGroupAttributeManager attributeManager)
Creates a connection group.

Uses of Node in pl.edu.agh.cast.path2

Methods in pl.edu.agh.cast.path2 that return types with arguments of type Node

static List<Node>

SearchEngine.findPathDijkstraAlgorithm(Node firstNode, Node endNode, Collection<Node> allNodes) Implementation of Dijkstra's algorithm, more at: http://renaud.waldura.com/doc/java/dijkstra/ http://en.wikipedia.org/wiki/Dijkstra's_algorithm I hope it works correct :)

Methods in pl.edu.agh.cast.path2 with parameters of type Node

static List<Node>

SearchEngine.findPathDijkstraAlgorithm(Node firstNode, Node endNode, Collection<Node> allNodes) Implementation of Dijkstra's algorithm, more at: http://renaud.waldura.com/doc/java/dijkstra/ http://en.wikipedia.org/wiki/Dijkstra's_algorithm I hope it works correct :)

Method parameters in pl.edu.agh.cast.path2 with type arguments of type Node

static List<Node>

SearchEngine.findPathDijkstraAlgorithm(Node firstNode, Node endNode, Collection<Node> allNodes) Implementation of Dijkstra's algorithm, more at: http://renaud.waldura.com/doc/java/dijkstra/ http://en.wikipedia.org/wiki/Dijkstra's_algorithm I hope it works correct :)

Uses of Node in pl.edu.agh.cast.ui.outline

Methods in pl.edu.agh.cast.ui.outline that return Node

Node	ConnectionGroupWrapper.getSourceNode()
Node	ConnectionGroupWrapper.getTargetNode()

Constructors in pl.edu.agh.cast.ui.outline with parameters of type Node

ConnectionGroupWrapper(ConnectionGroup connectionGroup, Node sourceNode)
Creates new ConnectionGroup wrapper.