use of org.apache.clerezza.rdf.utils.UnionGraph in project stanbol by apache.
the class ClerezzaRuleStore method findRulesByName.
@Override
public RuleList findRulesByName(String term) {
String sparql = "SELECT ?recipe ?rule ?description " + "WHERE { " + "?recipe " + Symbols.hasRule + " ?rule . " + "?rule " + Symbols.ruleName + " ?name . " + "?rule " + Symbols.description + " ?description . " + "FILTER (regex(?name, \"" + term + "\", \"i\"))" + "}";
List<IRI> recipeIDs = listRecipeIDs();
Graph[] tripleCollections = new Graph[recipeIDs.size()];
for (int i = 0; i < tripleCollections.length; i++) {
tripleCollections[i] = tcManager.getGraph(recipeIDs.get(i));
}
UnionGraph unionGraph = new UnionGraph(tripleCollections);
RuleList matchingRules = new RuleList();
try {
SelectQuery query = (SelectQuery) QueryParser.getInstance().parse(sparql);
ResultSet resultSet = tcManager.executeSparqlQuery(query, unionGraph);
while (resultSet.hasNext()) {
SolutionMapping solutionMapping = resultSet.next();
IRI recipeID = (IRI) solutionMapping.get("recipe");
IRI ruleID = (IRI) solutionMapping.get("rule");
Literal description = (Literal) solutionMapping.get("description");
try {
Recipe recipe = getRecipe(recipeID);
Rule rule = new RecipeRule(recipe, getRule(recipe, ruleID));
if (description != null) {
rule.setDescription(description.getLexicalForm());
}
matchingRules.add(rule);
} catch (NoSuchRecipeException e) {
// in this case go on in the iteration by fetching other matching recipes
} catch (RecipeConstructionException e) {
// in this case go on in the iteration by fetching other matching recipes
} catch (NoSuchRuleInRecipeException e) {
// in this case go on in the iteration by fetching other matching recipes
}
}
} catch (ParseException e) {
log.error("The sparql query contains errors: ", e);
}
return matchingRules;
}
use of org.apache.clerezza.rdf.utils.UnionGraph in project stanbol by apache.
the class ClerezzaRuleStore method findRulesByDescription.
@Override
public RuleList findRulesByDescription(String term) {
String sparql = "SELECT ?recipe ?rule ?description " + "WHERE { " + "?recipe " + Symbols.hasRule + " ?rule . " + "?rule " + Symbols.description + " ?description . " + "FILTER (regex(?description, \"" + term + "\", \"i\"))" + "}";
List<IRI> recipeIDs = listRecipeIDs();
Graph[] tripleCollections = new Graph[recipeIDs.size()];
for (int i = 0; i < tripleCollections.length; i++) {
tripleCollections[i] = tcManager.getGraph(recipeIDs.get(i));
}
UnionGraph unionGraph = new UnionGraph(tripleCollections);
RuleList matchingRules = new RuleList();
try {
SelectQuery query = (SelectQuery) QueryParser.getInstance().parse(sparql);
ResultSet resultSet = tcManager.executeSparqlQuery(query, unionGraph);
while (resultSet.hasNext()) {
SolutionMapping solutionMapping = resultSet.next();
IRI recipeID = (IRI) solutionMapping.get("recipe");
IRI ruleID = (IRI) solutionMapping.get("rule");
Literal description = (Literal) solutionMapping.get("description");
try {
Recipe recipe = getRecipe(recipeID);
Rule rule = new RecipeRule(recipe, getRule(recipe, ruleID));
if (description != null) {
rule.setDescription(description.getLexicalForm());
}
matchingRules.add(rule);
} catch (NoSuchRecipeException e) {
// in this case go on in the iteration by fetching other matching recipes
} catch (RecipeConstructionException e) {
// in this case go on in the iteration by fetching other matching recipes
} catch (NoSuchRuleInRecipeException e) {
// in this case go on in the iteration by fetching other matching recipes
}
}
} catch (ParseException e) {
log.error("The sparql query contains errors: ", e);
}
return matchingRules;
}
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