This repository contains the ONTOP module for the Image Data Resource (IDR) that runs on the OMERO backend.
For development, the omero-test-infra docker-compose file can be used. Follow these step to set it up:
In the root of this repository:
git clone https://github.com/ome/omero-test-infra .omero
We need to access omero's postgresql database. Inside the container, it runs on port 5432 but is not mapped to the host. We patch the docker-compose file to have the database served on postgresql://localhost:15432.
cp utils/portmapping.patch .omero
cd .omero
patch -p1 < portmapping.patch
cd ..
Install omero-py via pip or from conda-forge. The script /utils/install_omero-py.sh/ downloads and installs miniconda to the user's home directory and install omero-py as well as pytest and rdflib into the base environment.
source utils/install_omero-py.sh
.omero/docker dev start_up
We need something to play with, so let's create some projects and datasets, import a few images and annotate with key-value pairs (map annotations) and tags.
utils/insert_data.sh
Assuming ontop
is in your path:
ontop endpoint --mapping test_infra_ontop/omemap.obda \
--ontology test_infra_ontop/omemap.ttl \
--properties test_infra_ontop/omemap.properties \
--xml-catalog test_infra_ontop/catalog-v001.xml \
--dev
The commandline arguments point to the mappings file, mapping ontology, database connection details (properties), ontology import catalog, respectively. The --dev
flag starts ontop int development mode. Edits to the mappings or ontology will trigger a restart of the endpoint. By default, the ontop endpoint is served at http://localhost:8080/sparql , the query editor is at http://localhost:8080 . Use the --port
option to configure a different port.
Finally,
pytest
will run the python test suite.
To restart from a blank omero-test-infra (without images, datasets, projects, or annotations), run
.omero/docker srv
Don't forget to restart it according to above.
This project was developed with support from the Biohackathon 2024.