Semantics Toolkit. Auto-SPARQL-query generation. Drag-and-drop ingestion.

Try out the web apps at: semtk.research.ge.com.

Full info is in the wiki

The complexities of setting up a build environment and resolving dependencies while compiling the code have been removed by using a "depend-on-docker" approach, where the only dependency or requirement for the successful build of the project is having a (Docker)[https://www.docker.com] installation. To compile the source code, simply install (Docker)[https://www.docker.com/get-docker] and run the compile.sh script:

./compile.sh

All sources will be compiled and the jar files will be saved in the "target" folder of each service as well as deployed to the local Maven repository.

Semantics Toolkit services can be run natively on the host or started within Docker containers.

To run all semtk services on the host using Java, execute:

./startServices.sh

If Docker is available, all services can be run in containers. Container lifecycles in this project are managed by the ./compose.sh script. Before containers can be started, the container images need to be built:

./compose.sh build

then simply bring up the services using the same compose.sh script. This script uses docker-compose, which actually runs in Docker.

./compose.sh up -d

./compose.sh ps

./compose.sh logs -f 

./compose.sh logs -f <service-name>

where service name is the nameo of the service (example semtk-nodegroup-store)

./compose.sh exec <service_name> bash

./compose.sh down

./compose.sh --help