| Interface | Description | 
|---|---|
| ClosableIterable<T> | 
 An  
Iterable which should be AutoCloseable.close()d after use. | 
| RDF4JBlankNode | 
 Marker interface for RDF4J implementations of Commons RDF
  
BlankNode. | 
| RDF4JBlankNodeOrIRI | 
 Marker interface for RDF4J implementations of Commons RDF
  
BlankNodeOrIRI (e.g. | 
| RDF4JDataset | 
 Marker interface for RDF4J implementations of Dataset. 
 | 
| RDF4JGraph | 
 Marker interface for RDF4J implementations of Graph. 
 | 
| RDF4JGraphLike<T extends TripleLike> | 
 Marker interface for RDF4J implementations of GraphLike. 
 | 
| RDF4JIRI | 
 Marker interface for RDF4J implementations of Commons RDF
  
IRI. | 
| RDF4JLiteral | 
 Marker interface for RDF4J implementations of Commons RDF
  
Literal. | 
| RDF4JQuad | 
 Marker interface for RDF4J implementations of Quad. 
 | 
| RDF4JTerm | 
 Marker interface for RDF4J implementations of RDFTerm. 
 | 
| RDF4JTriple | 
 Marker interface for RDF4J implementations of Triple. 
 | 
| RDF4JTripleLike | 
 Marker interface for RDF4J implementations of  
TripleLike statements. | 
| Class | Description | 
|---|---|
| RDF4J | 
 RDF4J implementation of RDF. 
 | 
| Enum | Description | 
|---|---|
| RDF4J.Option | 
 Use the RDF4J to convert between Commons RDF and RDF4J types, for
 instance RDF4J.asQuad(org.eclipse.rdf4j.model.Statement) converts a
 RDF4J Statement to a
 Quad. Converted RDF terms implement the
 RDF4JTerm interface, and converted statements the
 RDF4JTripleLike interface, which provide convenience access to the
 underlying RDF4J implementations.
 
 RDF4J Models and
 Repository instances can be adapted to
 Commons RDF Graph and Dataset, e.g. using
 RDF4J.asGraph(org.eclipse.rdf4j.model.Model) or
 RDF4J.asDataset(org.eclipse.rdf4j.repository.Repository, RDF4J.Option...)
 The returned adapted graph/dataset is directly mapped, so changes are
 propagated both ways. For convenience, the marker interface
 RDF4JGraph and RDF4JDataset provide access to the underlying
 RDF4J implementations.
 
 The RDF4JParser can be used to parse RDF files using RDF4j. It should
 be most efficient if used with AbstractRDFParser.target(Dataset) and an
 adapted RDF4JDataset, or AbstractRDFParser.target(Graph) and a an
 adapted RDF4JGraph
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