See: Description
| Interface | Description |
|---|---|
| IGOMProxy |
| Class | Description |
|---|---|
| Example1 |
Simple graph program constructs a local graph using a SPARQL query that
extracts edges of interest from the SPARQL server.
|
| LocalGOMTestCase | |
| ProxyGOMTest | |
| RemoteGOMTestCase |
Similar to TestGOM but is setup to connect to the NanoSparqlServer using a
RemoteRepository
|
| TestAll | |
| TestGOM |
Base test suite for the embedded (local) GOM.
|
| TestGPO | |
| TestJavaScriptGOM |
Note: Java6 embeds JavaScript support based on Mozilla Rhino version 1.6R2.
|
| TestNumericBNodes |
Test suite for numeric bnodes parsing.
|
| TestOwlGOM |
This tests a skin to help process an OWL specification.
|
| TestOWLSkin | |
| TestRemoteGOM |
Similar to TestGOM but is setup to connect to the NanoSparqlServer using a
RemoteRepository
|
This module provides a scalable client / server architecture for graph data management based on the principles of REST, Topic Maps, and RDF. The client architecture supports fast in-memory operations on graphs with scalable incremental materialization. The backend architecture maintains an object cache in front of a SPARQL end point. A custom integration provides cache maintenance on update. The architecture borrows from topic maps the concept that anything may be a subject of discourse. Thus, you can have statements about statements (in a graph database this means that links are also vertices).
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