eclipse/rdf4j-workbench repository overview

⁠Eclipse RDF4J Server and Workbench

⁠Description

Dockerfile for RDF4J server and workbench⁠, based on a Tomcat 9 JRE25 or Jetty 9 JRE17 image. A slightly modified web.mxl is used to fix a known UTF-8 issue (see also http://docs.rdf4j.org/server-workbench-console⁠)

Eclipse RDF4J™ is a powerful Java framework for processing and handling RDF data. This includes creating, parsing, scalable storage, reasoning and querying with RDF and Linked Data. It offers an easy-to-use API that can be connected to all leading RDF database solutions. It allows you to connect with SPARQL endpoints and create applications that leverage the power of linked data and Semantic Web.

⁠Tags and architecture

Latest version: 5.3.0 (= 5.3.0-tomcat), 5.3.0-jetty

Latest 5.2.x version: 5.2.2 Latest 5.1.x version: 5.1.6

Available for AMD64 (64-bit Intel/AMD) and 64-bit ARMv8

⁠Running the docker container

The default java runtime options (-Xmx2g) can be changed by setting the JAVA_OPTS environment variable.

To avoid data loss between restarts of the docker container, the exposed volumes can be mapped to existing directories on the host.

Example:

docker run -d -p 8080:8080 \
        -e JAVA_OPTS="-Xms1g -Xmx4g" \
	-v data:/var/rdf4j -v logs:/usr/local/tomcat/logs \
        eclipse/rdf4j-workbench:latest testing

The workbench will be accessible via http://localhost:8080/rdf4j-workbench⁠

The server will be accessible via http://localhost:8080/rdf4j-server⁠

⁠Security

Please note that the RDF4J server in the docker container is not password-protected, nor is it configured to use HTTPS. Additional configuration may be required for running the container in production environments.

⁠Port

By default port 8080 is exposed.

⁠Volume

The Dockerfile exposes two volumes:

• RDF4J data will be stored in /var/rdf4j
• Tomcat server logs in /usr/local/tomcat/logs