Uses of Interface
org.mulgara.mrg.SubjectNode

Packages that use SubjectNode

org.mulgara.mrg

Uses of SubjectNode in org.mulgara.mrg

Subinterfaces of SubjectNode in org.mulgara.mrg

interface

PredicateNode A marker for predicate nodes.

Classes in org.mulgara.mrg that implement SubjectNode

class	Bnode A blank node.
class	Uri A wrapper for a URI.

Methods in org.mulgara.mrg that return SubjectNode

SubjectNode

Triple.getSubject() Gets the subject

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

Collection<SubjectNode>	Graph.getSubjects() Gets all the subjects in the graph.
Collection<SubjectNode>	AbstractGraph.getSubjects() Gets all the subjects in the graph.
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)
List<SubjectNode>	GraphExt.getSubjects(String property, ObjectNode value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(String s, ObjectNode p)
List<SubjectNode>	GraphExt.getSubjects(String property, String value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(String s, String p)
List<SubjectNode>	GraphExt.getSubjects(String property, URI value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(String s, URI p)
List<SubjectNode>	GraphExt.getSubjects(URI property, ObjectNode value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(URI s, ObjectNode p)
List<SubjectNode>	GraphExt.getSubjects(URI property, String value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(URI s, String p)
List<SubjectNode>	GraphExt.getSubjects(URI property, URI value) Gets all the subjects that share a given property/value.
List<SubjectNode>	AbstractGraphExt.getSubjects(URI s, URI p)

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

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<PropertyValue>	Graph.getProperties(SubjectNode s) Gets all the properties for a given subject.
List<PropertyValue>	AbstractGraph.getProperties(SubjectNode s) Gets all the properties for a given subject.
List<Pair<PredicateNode,ObjectNode>>	AbstractGraph.getRawProperties(SubjectNode s) Gets all the properties for a given subject as raw pairs.
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(SubjectNode s, String p) Gets an rdf:List property from an object.
List<ObjectNode>	AbstractGraphExt.getRdfList(SubjectNode s, String p)
List<ObjectNode>	GraphExt.getRdfList(SubjectNode s, URI p) Gets an rdf:List property from an object.
List<ObjectNode>	AbstractGraphExt.getRdfList(SubjectNode s, URI 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(SubjectNode s, String p) Gets a single value for a given property on a subject.
ObjectNode	AbstractGraphExt.getValue(SubjectNode s, String p)
ObjectNode	GraphExt.getValue(SubjectNode s, URI p) Gets a single value for a given property on a subject.
ObjectNode	AbstractGraphExt.getValue(SubjectNode s, URI 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(SubjectNode s, String p) Gets all the values for a given property on a subject.
List<ObjectNode>	AbstractGraphExt.getValues(SubjectNode s, String p)
List<ObjectNode>	GraphExt.getValues(SubjectNode s, URI p) Gets all the values for a given property on a subject.
List<ObjectNode>	AbstractGraphExt.getValues(SubjectNode s, URI 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	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(SubjectNode s, String p, ObjectNode o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, String p, ObjectNode o)
boolean	GraphExt.isAsserted(SubjectNode s, String p, String o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, String p, String o)
boolean	GraphExt.isAsserted(SubjectNode s, String p, URI o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, String p, URI o)
boolean	GraphExt.isAsserted(SubjectNode s, URI p, ObjectNode o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, URI p, ObjectNode o)
boolean	GraphExt.isAsserted(SubjectNode s, URI p, String o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, URI p, String o)
boolean	GraphExt.isAsserted(SubjectNode s, URI p, URI o) Tests if a triple has been asserted.
boolean	AbstractGraphExt.isAsserted(SubjectNode s, URI 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(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(SubjectNode s, String p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, String p, ObjectNode o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, String p, String o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, String p, String o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, String p, URI o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, String p, URI o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, URI p, ObjectNode o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, URI p, ObjectNode o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, URI p, String o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, URI p, String o)
Graph	GraphExt.matchSubgraphX(SubjectNode s, URI p, URI o) Returns a subgraph of this graph that only contains the triples that match a given pattern.
Graph	AbstractGraphExt.matchSubgraphX(SubjectNode s, URI 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(SubjectNode s, String p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, String p, ObjectNode o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, String p, String o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, String p, String o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, String p, URI o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, String p, URI o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, URI p, ObjectNode o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, URI p, ObjectNode o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, URI p, String o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, URI p, String o)
Iterator<Triple>	GraphExt.matchX(SubjectNode s, URI p, URI o) Find all triples that match a given pattern.
Iterator<Triple>	AbstractGraphExt.matchX(SubjectNode s, URI p, URI o)

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

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

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

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

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

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

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

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

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