Uses of Interface
org.mulgara.mrg.PredicateNode

Packages that use PredicateNode

org.mulgara.mrg
org.mulgara.mrg.writer

Uses of PredicateNode in org.mulgara.mrg

Classes in org.mulgara.mrg that implement PredicateNode

class

Uri A wrapper for a URI.

Methods in org.mulgara.mrg that return PredicateNode

PredicateNode	Triple.getPredicate() Gets the predicate
PredicateNode	PropertyValue.getPredicate() Gets the predicate
PredicateNode	PropertyValue.getProperty() Gets the predicate

Methods in org.mulgara.mrg that return types with arguments of type PredicateNode

Collection<PredicateNode>	IndexedGraph.getPredicates() Gets all the predicates in the graph.
Collection<PredicateNode>	Graph.getPredicates() Gets all the predicates in the graph.
Collection<PredicateNode>	AbstractGraph.getPredicates() Gets all the predicates in the graph.
List<Pair<PredicateNode,ObjectNode>>	AbstractGraph.getRawProperties(SubjectNode s) Gets all the properties for a given subject as raw pairs.

Methods in org.mulgara.mrg with parameters of type PredicateNode

boolean	WritableGraph.delete(SubjectNode s, PredicateNode p, ObjectNode o) Add a new triple to the graph.
boolean	IndexedGraph.delete(SubjectNode s, PredicateNode p, ObjectNode o) Remove a triple from the graph.
boolean	AbstractGraph.delete(SubjectNode s, PredicateNode p, ObjectNode o) Remove a triple from the graph.
List<ObjectNode>	GraphExt.getRdfList(String s, PredicateNode p) Gets an rdf:List property from an object.
List<ObjectNode>	AbstractGraphExt.getRdfList(String s, PredicateNode p)
List<ObjectNode>	Graph.getRdfList(SubjectNode s, PredicateNode p) Gets an rdf:List property from an object.
List<ObjectNode>	AbstractGraph.getRdfList(SubjectNode s, PredicateNode p) Gets an rdf:List property from an object.
List<ObjectNode>	GraphExt.getRdfList(URI s, PredicateNode p) Gets an rdf:List property from an object.
List<ObjectNode>	AbstractGraphExt.getRdfList(URI s, PredicateNode p)
List<SubjectNode>	Graph.getSubjects(PredicateNode property, ObjectNode value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraph.getSubjects(PredicateNode property, ObjectNode value) Gets all the subjects that share a given property/value.
List<SubjectNode>	GraphExt.getSubjects(PredicateNode property, String value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(PredicateNode property, String value)
List<SubjectNode>	AbstractGraphExt.getSubjects(PredicateNode s, URI p)
ObjectNode	GraphExt.getValue(String s, PredicateNode p) Gets a single value for a given property on a subject.
ObjectNode	AbstractGraphExt.getValue(String s, PredicateNode p)
ObjectNode	Graph.getValue(SubjectNode s, PredicateNode p) Gets a single value for a given property on a subject.
ObjectNode	AbstractGraph.getValue(SubjectNode s, PredicateNode p) Gets a single value for a given property on a subject.
ObjectNode	GraphExt.getValue(URI s, PredicateNode p) Gets a single value for a given property on a subject.
ObjectNode	AbstractGraphExt.getValue(URI s, PredicateNode p)
List<ObjectNode>	GraphExt.getValues(String s, PredicateNode p) Gets all the values for a given property on a subject.
List<ObjectNode>	AbstractGraphExt.getValues(String s, PredicateNode p)
List<ObjectNode>	Graph.getValues(SubjectNode s, PredicateNode p) Gets all the values for a given property on a subject.
List<ObjectNode>	AbstractGraph.getValues(SubjectNode s, PredicateNode p) Gets all the values for a given property on a subject.
List<ObjectNode>	GraphExt.getValues(URI s, PredicateNode p) Gets all the values for a given property on a subject.
List<ObjectNode>	AbstractGraphExt.getValues(URI s, PredicateNode p)
boolean	IndexedGraph.insert(SubjectNode s, PredicateNode p, ObjectNode o) Add a new triple to the graph.
boolean	AppendableGraph.insert(SubjectNode s, PredicateNode p, ObjectNode o) Add a new triple to the graph.
boolean	AbstractGraph.insert(SubjectNode s, PredicateNode p, ObjectNode o) Add a new triple to the graph.
boolean	GraphExt.isAsserted(String s, PredicateNode p, ObjectNode o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(String s, PredicateNode p, ObjectNode o)
boolean	GraphExt.isAsserted(String s, PredicateNode p, String o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(String s, PredicateNode p, String o)
boolean	GraphExt.isAsserted(String s, PredicateNode p, URI o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(String s, PredicateNode p, URI o)
boolean	Graph.isAsserted(SubjectNode s, PredicateNode p, ObjectNode o) Tests if a triple has been asserted.
boolean	AbstractGraph.isAsserted(SubjectNode s, PredicateNode p, ObjectNode o) Tests if a triple has been asserted.
boolean	GraphExt.isAsserted(SubjectNode s, PredicateNode p, String o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, PredicateNode p, String o)
boolean	GraphExt.isAsserted(SubjectNode s, PredicateNode p, URI o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, PredicateNode p, URI o)
boolean	GraphExt.isAsserted(URI s, PredicateNode p, ObjectNode o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(URI s, PredicateNode p, ObjectNode o)
boolean	GraphExt.isAsserted(URI s, PredicateNode p, String o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(URI s, PredicateNode p, String o)
boolean	GraphExt.isAsserted(URI s, PredicateNode p, URI o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(URI s, PredicateNode p, URI o)
Iterator<Triple>	IndexedGraph.match(SubjectNode s, PredicateNode p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	Graph.match(SubjectNode s, PredicateNode p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraph.match(SubjectNode s, PredicateNode p, ObjectNode o) Find all triples that match a given pattern.
Graph	Graph.matchSubgraph(SubjectNode s, PredicateNode p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraph.matchSubgraph(SubjectNode s, PredicateNode p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	GraphExt.matchSubgraphX(String s, PredicateNode p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(String s, PredicateNode p, ObjectNode o)
Graph	GraphExt.matchSubgraphX(String s, PredicateNode p, String o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(String s, PredicateNode p, String o)
Graph	GraphExt.matchSubgraphX(String s, PredicateNode p, URI o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(String s, PredicateNode p, URI o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, PredicateNode p, String o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, PredicateNode p, String o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, PredicateNode p, URI o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, PredicateNode p, URI o)
Graph	GraphExt.matchSubgraphX(URI s, PredicateNode p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(URI s, PredicateNode p, ObjectNode o)
Graph	GraphExt.matchSubgraphX(URI s, PredicateNode p, String o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(URI s, PredicateNode p, String o)
Graph	GraphExt.matchSubgraphX(URI s, PredicateNode p, URI o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(URI s, PredicateNode p, URI o)
Iterator<Triple>	GraphExt.matchX(String s, PredicateNode p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(String s, PredicateNode p, ObjectNode o)
Iterator<Triple>	GraphExt.matchX(String s, PredicateNode p, String o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(String s, PredicateNode p, String o)
Iterator<Triple>	GraphExt.matchX(String s, PredicateNode p, URI o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(String s, PredicateNode p, URI o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, PredicateNode p, String o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, PredicateNode p, String o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, PredicateNode p, URI o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, PredicateNode p, URI o)
Iterator<Triple>	GraphExt.matchX(URI s, PredicateNode p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(URI s, PredicateNode p, ObjectNode o)
Iterator<Triple>	GraphExt.matchX(URI s, PredicateNode p, String o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(URI s, PredicateNode p, String o)
Iterator<Triple>	GraphExt.matchX(URI s, PredicateNode p, URI o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(URI s, PredicateNode p, URI o)

Constructors in org.mulgara.mrg with parameters of type PredicateNode

PropertyValue(PredicateNode p, ObjectNode o)
Create a new property value.

PropertyValue(PredicateNode p, String o)
Create a new property value with a string literal.

Triple(String s, PredicateNode p, ObjectNode o)
Create a new triple.

Triple(String s, PredicateNode p, String o)
Create a new triple.

Triple(String s, PredicateNode p, URI o)
Create a new triple.

Triple(SubjectNode s, PredicateNode p, ObjectNode o)
Create a new triple.

Triple(SubjectNode s, PredicateNode p, String o)
Create a new triple with a string literal.

Triple(SubjectNode s, PredicateNode p, URI o)
Create a new triple.

Triple(URI s, PredicateNode p, ObjectNode o)
Create a new triple.

Triple(URI s, PredicateNode p, String o)
Create a new triple.

Triple(URI s, PredicateNode p, URI o)
Create a new triple.

Constructor parameters in org.mulgara.mrg with type arguments of type PredicateNode

PropertyValue(Pair<PredicateNode,ObjectNode> pair)
Create a new property value.

Triple(Trio<SubjectNode,PredicateNode,ObjectNode> t)
Create a new triple.

Uses of PredicateNode in org.mulgara.mrg.writer

Methods in org.mulgara.mrg.writer with parameters of type PredicateNode

protected String

N3Writer.formatUri(PredicateNode p) Overloads N3Writer.formatUri(Uri) to avoid the need to cast.