- Configure import_and_persistence/config/application.properties (other configuration attributes can be left as it is.)
| Name | Description |
|---|---|
| jdbc.url | MySQL connection string, e.g. jdbc:mysql://localhost:3306/nasa_pds |
| jdbc.username | MySQL username |
| jdbc.password | MySQL password |
| LROCImportProcessor.requestUrl | The ODE REST API URL used to request JSON string. NOTE THAT THE DEFAULT CONFIGURATION HAS A LIMIT OF 5 IMAGES (limit=5) APPENDED TO THE URL. REMOVE THIS LIMIT TO DOWNLOAD ALL THE IMAGES FOR A GIVEN PRODUCT SET. This is so users do not erroneously download massive amounts of data. |
-
Clear and setup the database in mysql:
``` ant reset-db-ddl ``` -
Copy the LROC EDR data set docs locally, this will download the three LROC datasets locally from :
``` ./get_dataset_volume_docs.sh ``` -
Process the LROC EDR data set docs into the database, this will process the downloaded LROC data from previous step:
ant run_cacheant run_processing -
Validate the dataset has loaded:
mysql -u root -p nasa_pdsselect count(*) from dataset d inner join dataset_volume dsv on d.id = dsv.dataset_id inner join volume v on dsv.volume_id = v.idShould return 37 rows
-
Run LROC image URL import tool, we are importing here EDRNAC product type, and we set the camera specs (NAC), the product type will be appended to LROCImportProcessor.requestUrl string
chmod +x *.sh./run_lroc_import.sh src/app_config/applicationContext_import.xml EDRNAC NACIt is recommended to run this as daemon process if the products count is huge.
-
Check image is in the DB:
mysql -u root -p nasa_pdsselect image_path from map_image -
Check image is linked to the dataset:
mysql -u root -p nasa_pdsselect mi.image_path, mi.product_type, mi.camera_spec from dataset d inner join dataset_map_image dmi on d.id = dmi.dataset_id inner join map_image mi on dmi.map_image_id = mi.id
By end of the execution of these steps, the LMMP API will be ready to search LROC images using DataSetService in pds application