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Packages that use SubjectNode | |
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org.jrdf.graph | This package defines a set of APIs required to implement an RDF Graph and it's associated objects. |
org.jrdf.graph.global | |
org.jrdf.graph.global.iterator | |
org.jrdf.graph.global.molecule | |
org.jrdf.graph.local.mem | This package is an implementation of the JRDF Graph API. |
org.jrdf.graph.local.mem.iterator | |
org.jrdf.graph.local.util | |
org.jrdf.parser | This package is a port of the Sesame RIO Parser. |
org.jrdf.parser.ntriples.parser |
Uses of SubjectNode in org.jrdf.graph |
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Subinterfaces of SubjectNode in org.jrdf.graph | |
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interface |
BlankNode
RDF blank node. |
interface |
Resource
A resource stands for either a Blank Node or a URI Reference. |
interface |
URIReference
RDF URI reference - resource node. |
Classes in org.jrdf.graph that implement SubjectNode | |
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class |
AbstractBlankNode
A base implementation of an RDF BlankNode . |
class |
AbstractURIReference
A base implementation of an RDF URIReference . |
class |
AnySubjectNode
A node which represents any subject - unconstrained. |
Fields in org.jrdf.graph declared as SubjectNode | |
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protected SubjectNode |
AbstractTriple.subjectNode
The internal representation of the triple - subject node. |
Methods in org.jrdf.graph that return SubjectNode | |
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SubjectNode |
Triple.getSubject()
Obtains the subject of this statement. |
SubjectNode |
AbstractTriple.getSubject()
|
Methods in org.jrdf.graph that return types with arguments of type SubjectNode | |
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ClosableIterator<SubjectNode> |
Resource.getSubjects(PredicateNode predicate)
With this as the object and using the given predicate return all the subjects. |
Methods in org.jrdf.graph with parameters of type SubjectNode | |
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void |
Graph.add(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Adds a triple to the graph. |
void |
TripleFactory.addAlternative(SubjectNode subjectNode,
Alternative alternative)
Inserts a alternative using the given subject. |
void |
AbstractTripleFactory.addAlternative(SubjectNode subjectNode,
Alternative alternative)
|
void |
TripleFactory.addBag(SubjectNode subjectNode,
Bag bag)
Inserts a bag using the given subject. |
void |
AbstractTripleFactory.addBag(SubjectNode subjectNode,
Bag bag)
|
void |
TripleFactory.addCollection(SubjectNode firstNode,
Collection collection)
Inserts a collection using the given subject. |
void |
AbstractTripleFactory.addCollection(SubjectNode firstNode,
Collection collection)
|
void |
TripleFactory.addSequence(SubjectNode subjectNode,
Sequence sequence)
Inserts a sequence using the given subject. |
void |
AbstractTripleFactory.addSequence(SubjectNode subjectNode,
Sequence sequence)
|
boolean |
Graph.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Test the graph for the occurrence of a statement. |
Triple |
TripleFactory.createTriple(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Creates a new triple to be used in the graph. |
Triple |
AbstractTripleFactory.createTriple(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Triple> |
Graph.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Returns an iterator of Triple s to a set of statements that
match a given subject, predicate and object. |
void |
TripleFactory.reifyTriple(SubjectNode subjectNode,
PredicateNode predicateNode,
ObjectNode objectNode,
SubjectNode reificationNode)
Reifies a triple. 4 statements are added with the given subject, predicate and object. |
void |
AbstractTripleFactory.reifyTriple(SubjectNode subjectNode,
PredicateNode predicateNode,
ObjectNode objectNode,
SubjectNode reificationNode)
|
void |
TripleFactory.reifyTriple(Triple triple,
SubjectNode reificationNode)
Reifies a triple. 4 statements are added with the triple's subject, predicate and object. |
void |
AbstractTripleFactory.reifyTriple(Triple triple,
SubjectNode reificationNode)
|
void |
Graph.remove(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Removes a triple from the graph. |
void |
Resource.removeSubject(SubjectNode subject,
PredicateNode predicate)
Remove the triple with this as the object, the given subject and predicate. |
Constructors in org.jrdf.graph with parameters of type SubjectNode | |
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TripleImpl(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Constructor for this Triple, only to be used by the NodeFactory. |
Uses of SubjectNode in org.jrdf.graph.global |
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Classes in org.jrdf.graph.global that implement SubjectNode | |
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class |
BlankNodeImpl
Globalized implementation of a BlankNode. |
class |
URIReferenceImpl
Globalized implementation of a URIReferenfce. |
Methods in org.jrdf.graph.global with parameters of type SubjectNode | |
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boolean |
GlobalizedGraphImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
GlobalizedGraph.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Check to see if the given triple exists within the graph. |
protected boolean |
AbstractGlobalizedGraph.containsValue(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Molecule> |
GlobalizedGraphImpl.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Molecule> |
GlobalizedGraph.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Find a triple that may contain wildcards - any subject, any predicate, and any object. |
protected ClosableIterator<Molecule> |
AbstractGlobalizedGraph.findValue(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
Uses of SubjectNode in org.jrdf.graph.global.iterator |
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Methods in org.jrdf.graph.global.iterator with parameters of type SubjectNode | |
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ClosableIterator<Molecule> |
NonEmptyIteratorFactory.getIterator(SubjectNode subj,
PredicateNode pred,
ObjectNode obj)
|
Constructors in org.jrdf.graph.global.iterator with parameters of type SubjectNode | |
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ThreeFixedIterator(SubjectNode subjNode,
PredicateNode predNode,
ObjectNode objNode,
MoleculeIndex[] newIndexes)
|
Uses of SubjectNode in org.jrdf.graph.global.molecule |
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Methods in org.jrdf.graph.global.molecule with parameters of type SubjectNode | |
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boolean |
NewMoleculeImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
MoleculeImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
Molecule.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Checks to see if the given triple exists within the molecule. |
boolean |
HeadMoleculeImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
MoleculeParserStatementHandler.handleStatement(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Molecule> |
MoleculeIteratorFactoryImpl.newThreeFixedIterator(SubjectNode subjNode,
PredicateNode predNode,
ObjectNode objNode)
|
ClosableIterator<Molecule> |
MoleculeIteratorFactory.newThreeFixedIterator(SubjectNode subjNode,
PredicateNode predNode,
ObjectNode objNode)
|
Uses of SubjectNode in org.jrdf.graph.local.mem |
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Classes in org.jrdf.graph.local.mem that implement SubjectNode | |
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class |
AbstractResource
|
class |
BlankNodeResourceImpl
|
class |
URIReferenceResourceImpl
|
Methods in org.jrdf.graph.local.mem that return types with arguments of type SubjectNode | |
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ClosableIterator<SubjectNode> |
AbstractResource.getSubjects(PredicateNode predicate)
|
Methods in org.jrdf.graph.local.mem with parameters of type SubjectNode | |
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void |
GraphImpl.add(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
ReadWriteGraphImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
ReadableGraphImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
ReadableGraph.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
boolean |
GraphImpl.contains(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Triple> |
ReadWriteGraphImpl.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Triple> |
ReadableGraphImpl.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Triple> |
ReadableGraph.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
ClosableIterator<Triple> |
GraphImpl.find(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
WritableGraphImpl.localizeAndAdd(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
WritableGraph.localizeAndAdd(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
ReadWriteGraphImpl.localizeAndAdd(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
WritableGraphImpl.localizeAndRemove(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
WritableGraph.localizeAndRemove(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
ReadWriteGraphImpl.localizeAndRemove(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
GraphImpl.remove(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
void |
AbstractResource.removeSubject(SubjectNode subject,
PredicateNode predicate)
|
Uses of SubjectNode in org.jrdf.graph.local.mem.iterator |
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Methods in org.jrdf.graph.local.mem.iterator that return SubjectNode | |
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SubjectNode |
SubjectNodeIterator.next()
|
Uses of SubjectNode in org.jrdf.graph.local.util |
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Methods in org.jrdf.graph.local.util that return SubjectNode | |
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SubjectNode |
CopyGraphUtilImpl.copyTriplesForSubjectNode(Graph newSourceGraph,
Graph newTargetGraph,
SubjectNode node,
SubjectNode newNode)
|
SubjectNode |
CopyGraphUtil.copyTriplesForSubjectNode(Graph newSourceGraph,
Graph newTargetGraph,
SubjectNode node,
SubjectNode newNode)
|
Methods in org.jrdf.graph.local.util with parameters of type SubjectNode | |
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SubjectNode |
CopyGraphUtilImpl.copyTriplesForSubjectNode(Graph newSourceGraph,
Graph newTargetGraph,
SubjectNode node,
SubjectNode newNode)
|
SubjectNode |
CopyGraphUtil.copyTriplesForSubjectNode(Graph newSourceGraph,
Graph newTargetGraph,
SubjectNode node,
SubjectNode newNode)
|
Uses of SubjectNode in org.jrdf.parser |
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Methods in org.jrdf.parser with parameters of type SubjectNode | |
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void |
StatementHandler.handleStatement(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
Called by an RDF parser when it has parsed a statement. |
void |
GraphStatementHandler.handleStatement(SubjectNode subject,
PredicateNode predicate,
ObjectNode object)
|
Uses of SubjectNode in org.jrdf.parser.ntriples.parser |
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Methods in org.jrdf.parser.ntriples.parser that return SubjectNode | |
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SubjectNode |
SubjectParserImpl.parseSubject(RegexMatcher matcher)
|
SubjectNode |
SubjectParser.parseSubject(RegexMatcher tripleRegexMatcher)
|
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