public static void testWithDatabase() {
TRepository.setDatabaseProperties();
boolean dbInsert = true;
Manager manager = new Manager();
DataImport importer = manager.getImporter();
importer.dropRepositorySchema();
importer.createRepositorySchema();
for (int i = 0; i < data3.length; i++) {
OWLParser_V3 par = new OWLParser_V3(dbInsert);
String srcFile = (directory + data3[i][0]).replace("\\", "/");
int srcId = par.parseSingleSource(srcFile);
String trgFile = (directory + data3[i][1]).replace("\\", "/");
int trgId = par.parseSingleSource(trgFile);
manager.loadRepository();
RDFAlignmentParser parser = new RDFAlignmentParser(manager, dbInsert);
String alignFile = directory + data3[i][2];
parser.loadOWLAlignmentFile(alignFile, null, srcFile, trgFile);
MatchResult result = manager.loadMatchResult(srcId, trgId, parser.getMappingId());
assertEquals(Integer.parseInt(data3[i][3]), result.getMatchCount());
}
manager.closeDatabaseConnection();
}
public static void testWithoutDatabase() {
for (int i = 0; i < data3.length; i++) {
boolean dbInsert = false;
OWLParser_V3 par = new OWLParser_V3(dbInsert);
String srcFile = directory + data3[i][0];
par.parseSingleSource(srcFile);
Graph srcGraph = par.getGraph();
String trgFile = directory + data3[i][1];
par.parseSingleSource(trgFile);
Graph trgGraph = par.getGraph();
RDFAlignmentParser parser = new RDFAlignmentParser(null, dbInsert);
String alignFile = directory + data3[i][2];
MatchResult result = parser.loadOWLAlignmentFile(null, alignFile, srcGraph, trgGraph);
assertEquals(Integer.parseInt(data3[i][3]), result.getMatchCount());
}
}
/**
* executes the specified selection for the given result
*
* @param result MatchResult (either array or db based)
* @return MatchResult with the selected correspondences
*/
public MatchResult select(MatchResult result) {
// nothing to select
if (result == null) {
return null;
}
// nothing to select therefore return copy of result
if (result.getMatchCount() <= 0
|| result.getSrcObjects().isEmpty()
|| result.getTrgObjects().isEmpty()) return result.clone();
if ((selection == SEL_MAXN && maxN <= 0)
|| (selection == SEL_DELTA && delta <= 0)
|| (selection == SEL_THRESHOLD && threshold <= 0)) return result.clone();
if (selection == SEL_MULTIPLE) {
if (maxN <= 0 && delta <= 0 && threshold <= 0) {
// nothing to select therefore return copy of result
return result.clone();
} else if (maxN > 0 && delta <= 0 && threshold <= 0) {
// only maxn selection, for optimization change from multiple
selection = SEL_MAXN;
} else if (maxN <= 0 && delta > 0 && threshold <= 0) {
// only delta selection, for optimization change from multiple
selection = SEL_DELTA;
} else if (maxN <= 0 && delta <= 0 && threshold > 0) {
// only threshold selection, for optimization change from multiple
selection = SEL_THRESHOLD;
}
}
int kind = MatchResult.getMatchResultKind(result);
if (kind == MatchResult.UNDEF) {
return null;
}
switch (kind) {
case MatchResult.ARRAY:
return selectArray((MatchResultArray) result);
}
return null;
}