public void testParse() throws Exception {
FilterMockData.spatial(document, document);
SpatialOperators spatial = (SpatialOperators) parse(OGC.Spatial_OperatorsType);
assertNotNull(spatial.getOperator("BBOX"));
assertNotNull(spatial.getOperator("Equals"));
assertNotNull(spatial.getOperator("Disjoint"));
assertNotNull(spatial.getOperator("Intersect"));
assertNotNull(spatial.getOperator("Touches"));
assertNotNull(spatial.getOperator("Crosses"));
assertNotNull(spatial.getOperator("Within"));
assertNotNull(spatial.getOperator("Contains"));
assertNotNull(spatial.getOperator("Overlaps"));
assertNotNull(spatial.getOperator("Beyond"));
assertNotNull(spatial.getOperator("DWithin"));
}
/**
* Ionic's capabilities may state the spatial operator {@code Intersect} instead of {@code
* Intersects}. If so, we fix that here so intersects is actually recognized as a supported
* filter.
*/
@Override
public Filter[] splitFilters(Capabilities caps, Filter queryFilter) {
FilterCapabilities filterCapabilities = caps.getContents();
SpatialCapabilities spatialCapabilities = filterCapabilities.getSpatialCapabilities();
if (spatialCapabilities != null) {
SpatialOperators spatialOperators = spatialCapabilities.getSpatialOperators();
if (spatialOperators != null) {
SpatialOperator missnamedIntersects = spatialOperators.getOperator("Intersect");
if (missnamedIntersects != null) {
LOGGER.fine(
"Ionic capabilities states the spatial operator Intersect. "
+ "Assuming it is Intersects and adding Intersects as a "
+ "supported filter type");
caps.addName(Intersects.NAME);
}
}
}
return super.splitFilters(caps, queryFilter);
}
