private ArrayList<DAGNode> resolveAmbiguity(String nodename) throws IOException {
if (resolvedNames_.containsKey(nodename)) {
return resolvedNames_.get(nodename);
}
Collection<DAGNode> nodes = aliasModule_.findNodes(nodename, false, true);
ArrayList<DAGNode> r = (ArrayList<DAGNode>) nodes;
if (r.size() >= 1) {
resolvedNames_.put(nodename, r);
// _resolvedCount++;
return r;
} else {
// _notFoundCount++;
}
// else {
// r = getConcentratedConcept(nodename, nodes);
// if (r != null) {
// resolvedNames_.put(nodename, r);
// _resolvedCount++;
// return r;
// } else
// _notFoundCount++;
// }
return null;
}
/**
* Disambiguates all arguments into ontological collections
*
* @param args The arguments to disambiguate.
* @param caseSensitive
* @return An array of arguments, 2 dimensional for when an argument disambiguates to multiple
* arguments. Non-disambiguatable terms are null.
*/
private DAGNode[][] disambiguateArguments(Object[] args, boolean caseSensitive) {
DAGNode[][] disams = new DAGNode[args.length][];
for (int i = 0; i < args.length; i++) {
if (args[i] instanceof DAGNode && isCollection((DAGNode) args[i]))
disams[i] = new DAGNode[] {(DAGNode) args[i]};
else {
try {
DAGNode resourceBound = disambiguateSpecialString(args[i].toString());
if (isCollection(resourceBound)) disams[i] = new DAGNode[] {resourceBound};
} catch (UnknownMarkupException ume) {
// Disambiguate text
Collection<DAGNode> collections = new ArrayList<>();
Collection<DAGNode> results =
nodeAliasModule_.findNodeByAlias(args[i].toString(), caseSensitive, true, true);
for (DAGNode alias : results) {
if (isCollection(alias)) collections.add(alias);
}
// Record each
if (!collections.isEmpty())
disams[i] = collections.toArray(new DAGNode[collections.size()]);
}
}
}
return disams;
}
