private static void elementToSecurityConstraints(Element element, RetsConfig config) {
if (element == null) {
config.setSecurityConstraints(new ArrayList());
return;
}
List securityConstraints = new ArrayList();
List children = element.getChildren(GROUP_RULES);
for (int i = 0; i < children.size(); i++) {
Element child = (Element) children.get(i);
String groupName = child.getAttributeValue(GROUP);
GroupRules groupRules = new GroupRules(groupName);
List grandChildren = child.getChildren();
for (int j = 0; j < grandChildren.size(); j++) {
Element grandChild = (Element) grandChildren.get(j);
RuleDescription ruleDescription = new RuleDescription();
if (grandChild.getName().equals(INCLUDE_RULE)) {
ruleDescription.setType(RuleDescription.INCLUDE);
} else if (grandChild.getName().equals(EXCLUDE_RULE)) {
ruleDescription.setType(RuleDescription.EXCLUDE);
} else {
LOG.warn("Unknown rule" + grandChild.toString());
continue;
}
ruleDescription.setResource(grandChild.getAttributeValue(RESOURCE));
ruleDescription.setRetsClass(grandChild.getAttributeValue(CLASS));
String systemNamesText = grandChild.getChildTextNormalize(SYSTEM_NAMES);
String[] systemNamesArray = StringUtils.split(systemNamesText, " ");
ruleDescription.setSystemNames(Arrays.asList(systemNamesArray));
groupRules.addRule(ruleDescription);
}
securityConstraints.add(groupRules);
}
config.setSecurityConstraints(securityConstraints);
}
private void _convert() throws Exception {
List<?> list = standard_name_table.getChildren("entry");
for (Iterator<?> iterator = list.iterator(); iterator.hasNext(); ) {
Element ele = (Element) iterator.next();
numEntries++;
String id = ele.getAttribute("id").getValue().trim();
String canonicalUnits = ele.getChildTextNormalize("canonical_units");
String grib = ele.getChildTextNormalize("grib");
String amip = ele.getChildTextNormalize("amip");
String description = ele.getChildTextNormalize("description");
String prefLabel = id.replace('_', ' ');
URI conceptUri = URI.create(namespace + id);
SKOSConcept concept = dataFactory.getSKOSConcept(conceptUri);
concepts.add(concept);
// skos:narrower
objectRelationAssertions.add(
dataFactory.getSKOSObjectRelationAssertion(
topConcept, dataFactory.getSKOSNarrowerProperty(), concept));
// skos:prefLabel
dataRelationAssertions.add(
dataFactory.getSKOSDataRelationAssertion(
concept, dataFactory.getSKOSPrefLabelProperty(), prefLabel));
////////////////////////////////////////////////
// OWL API stuff
_addOwlChange(conceptUri, id, description, canonicalUnits, grib, amip);
}
props.put("entries", String.valueOf(numEntries));
props.put("concepts", String.valueOf(concepts.size()));
allEntities.add(conceptScheme);
allEntities.addAll(concepts);
List<SKOSChange> skosChanges = new ArrayList<SKOSChange>();
// entities:
List<SKOSEntityAssertion> entityAssertions = dataFactory.getSKOSEntityAssertions(allEntities);
for (SKOSEntityAssertion ass : entityAssertions) {
skosChanges.add(new AddAssertion(dataset, ass));
}
// skos:inScheme
objectRelationAssertions.addAll(
dataFactory.getSKOSObjectRelationAssertions(
concepts, dataFactory.getSKOSInSchemeProperty(), conceptScheme));
// object relations:
for (SKOSObjectRelationAssertion assertion : objectRelationAssertions) {
skosChanges.add(new AddAssertion(dataset, assertion));
}
// data relations:
for (SKOSDataRelationAssertion assertion : dataRelationAssertions) {
skosChanges.add(new AddAssertion(dataset, assertion));
}
manager.applyChanges(skosChanges);
////////////////////////////////////////////////////
// OWL API assertions
owlManager.applyChanges(owlChanges);
}