public GroupBuilder<T, E> regex(ValueExpr theExpr, String thePattern, String theFlags) {
Regex aRegex = new Regex();
aRegex.setArg(theExpr);
aRegex.setPatternArg(
new ValueConstant(SimpleValueFactory.getInstance().createLiteral(thePattern)));
if (theFlags != null) {
aRegex.setFlagsArg(
new ValueConstant(SimpleValueFactory.getInstance().createLiteral(theFlags)));
}
return filter(aRegex);
}
static {
ValueFactory factory = SimpleValueFactory.getInstance();
ASSERTOR = factory.createIRI(EARL.NAMESPACE, "Assertor");
ASSERTION = factory.createIRI(EARL.NAMESPACE, "Assertion");
ASSERTEDBY = factory.createIRI(EARL.NAMESPACE, "assertedBy");
SUBJECT = factory.createIRI(EARL.NAMESPACE, "subject");
TEST = factory.createIRI(EARL.NAMESPACE, "test");
TEST_SUBJECT = factory.createIRI(EARL.NAMESPACE, "TestSubject");
RESULT = factory.createIRI(EARL.NAMESPACE, "result");
MODE = factory.createIRI(EARL.NAMESPACE, "mode");
TESTRESULT = factory.createIRI(EARL.NAMESPACE, "TestResult");
OUTCOME = factory.createIRI(EARL.NAMESPACE, "outcome");
SOFTWARE = factory.createIRI(EARL.NAMESPACE, "Software");
// Outcome values
PASS = factory.createIRI(EARL.NAMESPACE, "pass");
FAIL = factory.createIRI(EARL.NAMESPACE, "fail");
CANNOTTELL = factory.createIRI(EARL.NAMESPACE, "cannotTell");
NOTAPPLICABLE = factory.createIRI(EARL.NAMESPACE, "notApplicable");
NOTTESTED = factory.createIRI(EARL.NAMESPACE, "notTested");
// Test modes
MANUAL = factory.createIRI(EARL.NAMESPACE, "manual");
AUTOMATIC = factory.createIRI(EARL.NAMESPACE, "automatic");
SEMIAUTOMATIC = factory.createIRI(EARL.NAMESPACE, "semiAutomatic");
NOTAVAILABLE = factory.createIRI(EARL.NAMESPACE, "notAvailable");
HEURISTIC = factory.createIRI(EARL.NAMESPACE, "heuristic");
}
private ModelAndView startTransaction(
Repository repository, HttpServletRequest request, HttpServletResponse response)
throws IOException, ClientHTTPException, ServerHTTPException {
ProtocolUtil.logRequestParameters(request);
Map<String, Object> model = new HashMap<String, Object>();
IsolationLevel isolationLevel = null;
final String isolationLevelString = request.getParameter(Protocol.ISOLATION_LEVEL_PARAM_NAME);
if (isolationLevelString != null) {
final IRI level = SimpleValueFactory.getInstance().createIRI(isolationLevelString);
// FIXME this needs to be adapted to accommodate custom isolation levels
// from third party stores.
for (IsolationLevel standardLevel : IsolationLevels.values()) {
if (standardLevel.getURI().equals(level)) {
isolationLevel = standardLevel;
break;
}
}
}
try {
Transaction txn = new Transaction(repository);
txn.begin(isolationLevel);
UUID txnId = txn.getID();
ActiveTransactionRegistry.INSTANCE.register(txn);
model.put(SimpleResponseView.SC_KEY, SC_CREATED);
final StringBuffer txnURL = request.getRequestURL();
txnURL.append("/" + txnId.toString());
Map<String, String> customHeaders = new HashMap<String, String>();
customHeaders.put("Location", txnURL.toString());
model.put(SimpleResponseView.CUSTOM_HEADERS_KEY, customHeaders);
return new ModelAndView(SimpleResponseView.getInstance(), model);
} catch (RepositoryException | InterruptedException | ExecutionException e) {
throw new ServerHTTPException("Transaction start error: " + e.getMessage(), e);
}
}
/** @author Jeen Broekstra */
public class QueryEvaluationUtilTest {
private ValueFactory f = SimpleValueFactory.getInstance();
private Literal arg1simple;
private Literal arg2simple;
private Literal arg1en;
private Literal arg2en;
private Literal arg1cy;
private Literal arg2cy;
private Literal arg1string;
private Literal arg2string;
private Literal arg1int;
private Literal arg2int;
private Literal arg1year;
private Literal arg2year;
private Literal arg1dateTime;
private Literal arg2dateTime;
private Literal arg1unknown;
private Literal arg2unknown;
@Before
public void setUp() throws Exception {
arg1simple = f.createLiteral("abc");
arg2simple = f.createLiteral("b");
arg1en = f.createLiteral("abc", "en");
arg2en = f.createLiteral("b", "en");
arg1cy = f.createLiteral("abc", "cy");
arg2cy = f.createLiteral("b", "cy");
arg1string = f.createLiteral("abc", XMLSchema.STRING);
arg2string = f.createLiteral("b", XMLSchema.STRING);
arg1year = f.createLiteral("2007", XMLSchema.GYEAR);
arg2year = f.createLiteral("2009", XMLSchema.GYEAR);
arg1dateTime = f.createLiteral("2009-01-01T20:20:20Z", XMLSchema.DATETIME);
arg2dateTime = f.createLiteral("2007-01-01T20:20:20+02:00", XMLSchema.DATETIME);
arg1int = f.createLiteral(10);
arg2int = f.createLiteral(1);
arg1unknown = f.createLiteral("foo", f.createIRI("http://example.com/datatype"));
arg2unknown = f.createLiteral("bar", f.createIRI("http://example.com/datatype"));
}
@Test
public void testCompatibleArguments() throws Exception {
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1simple, arg2simple));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1simple, arg2en));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1simple, arg2cy));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1simple, arg2string));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1simple, arg2int));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1en, arg2simple));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1en, arg2en));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg2en, arg2cy));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1en, arg2cy));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1en, arg2string));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1en, arg2int));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1cy, arg2simple));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1cy, arg2en));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg2cy, arg2en));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1cy, arg2cy));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1cy, arg2string));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1cy, arg2int));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1string, arg2simple));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1string, arg2en));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1string, arg2cy));
assertTrue(QueryEvaluationUtil.compatibleArguments(arg1string, arg2string));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1string, arg2int));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1int, arg2simple));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1int, arg2en));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1int, arg2cy));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1int, arg2string));
assertFalse(QueryEvaluationUtil.compatibleArguments(arg1int, arg2int));
}
@Test
public void testCompareEQ() throws Exception {
assertCompareTrue(arg1simple, arg1simple, EQ);
assertCompareTrue(arg1en, arg1en, EQ);
assertCompareTrue(arg2cy, arg2cy, EQ);
assertCompareTrue(arg1string, arg1string, EQ);
assertCompareTrue(arg1int, arg1int, EQ);
assertCompareTrue(arg1year, arg1year, EQ);
assertCompareTrue(arg1dateTime, arg1dateTime, EQ);
assertCompareException(arg1unknown, arg2unknown, EQ);
assertCompareFalse(arg1simple, arg2simple, EQ);
assertCompareFalse(arg1simple, arg2en, EQ);
assertCompareFalse(arg1simple, arg2cy, EQ);
assertCompareFalse(arg1simple, arg2string, EQ);
assertCompareException(arg1simple, arg2int, EQ);
assertCompareException(arg1simple, arg2year, EQ);
assertCompareException(arg1simple, arg2unknown, EQ);
assertCompareFalse(arg1en, arg2simple, EQ);
assertCompareFalse(arg1en, arg2en, EQ);
assertCompareFalse(arg2en, arg2cy, EQ);
assertCompareFalse(arg1en, arg2cy, EQ);
assertCompareFalse(arg1en, arg2string, EQ);
assertCompareFalse(arg1en, arg2int, EQ);
assertCompareFalse(arg1en, arg2unknown, EQ);
assertCompareFalse(arg1cy, arg2simple, EQ);
assertCompareFalse(arg1cy, arg2en, EQ);
assertCompareFalse(arg2cy, arg2en, EQ);
assertCompareFalse(arg1cy, arg2cy, EQ);
assertCompareFalse(arg1cy, arg2string, EQ);
assertCompareFalse(arg1cy, arg2int, EQ);
assertCompareFalse(arg1cy, arg2unknown, EQ);
assertCompareFalse(arg1string, arg2simple, EQ);
assertCompareFalse(arg1string, arg2en, EQ);
assertCompareFalse(arg1string, arg2cy, EQ);
assertCompareFalse(arg1string, arg2string, EQ);
assertCompareException(arg1string, arg2int, EQ);
assertCompareException(arg1string, arg2year, EQ);
assertCompareException(arg1string, arg2unknown, EQ);
assertCompareException(arg1int, arg2simple, EQ);
assertCompareFalse(arg1int, arg2en, EQ);
assertCompareFalse(arg1int, arg2cy, EQ);
assertCompareException(arg1int, arg2string, EQ);
assertCompareFalse(arg1int, arg2int, EQ);
assertCompareException(arg1int, arg2year, EQ);
assertCompareException(arg1int, arg2unknown, EQ);
assertCompareException(arg1year, arg2simple, EQ);
assertCompareFalse(arg1year, arg2en, EQ);
assertCompareException(arg1year, arg2string, EQ);
assertCompareException(arg1year, arg2int, EQ);
assertCompareFalse(arg1year, arg2year, EQ);
assertCompareFalse(arg1year, arg2dateTime, EQ);
assertCompareException(arg1year, arg2unknown, EQ);
assertCompareException(arg1dateTime, arg2simple, EQ);
assertCompareFalse(arg1dateTime, arg2en, EQ);
assertCompareException(arg1dateTime, arg2string, EQ);
assertCompareException(arg1dateTime, arg2int, EQ);
assertCompareFalse(arg1dateTime, arg2year, EQ);
assertCompareFalse(arg1dateTime, arg2dateTime, EQ);
assertCompareException(arg1dateTime, arg2unknown, EQ);
}
@Test
public void testCompareNE() throws Exception {
assertCompareFalse(arg1simple, arg1simple, NE);
assertCompareFalse(arg1en, arg1en, NE);
assertCompareFalse(arg1cy, arg1cy, NE);
assertCompareFalse(arg1string, arg1string, NE);
assertCompareFalse(arg1int, arg1int, NE);
assertCompareFalse(arg1year, arg1year, NE);
assertCompareFalse(arg1dateTime, arg1dateTime, NE);
assertCompareException(arg1unknown, arg2unknown, NE);
assertCompareTrue(arg1simple, arg2simple, NE);
assertCompareTrue(arg1simple, arg2en, NE);
assertCompareTrue(arg1simple, arg2cy, NE);
assertCompareTrue(arg1simple, arg2string, NE);
assertCompareException(arg1simple, arg2int, NE);
assertCompareException(arg1simple, arg2year, NE);
assertCompareException(arg1unknown, arg2unknown, NE);
assertCompareTrue(arg1en, arg2simple, NE);
assertCompareTrue(arg1en, arg2en, NE);
assertCompareTrue(arg2en, arg2cy, NE);
assertCompareTrue(arg1en, arg2cy, NE);
assertCompareTrue(arg1en, arg2string, NE);
assertCompareTrue(arg1en, arg2int, NE);
assertCompareTrue(arg1en, arg2unknown, NE);
assertCompareTrue(arg1cy, arg2simple, NE);
assertCompareTrue(arg1cy, arg2en, NE);
assertCompareTrue(arg2cy, arg2en, NE);
assertCompareTrue(arg1cy, arg2cy, NE);
assertCompareTrue(arg1cy, arg2string, NE);
assertCompareTrue(arg1cy, arg2int, NE);
assertCompareTrue(arg1cy, arg2unknown, NE);
assertCompareTrue(arg1string, arg2simple, NE);
assertCompareTrue(arg1string, arg2en, NE);
assertCompareTrue(arg1string, arg2cy, NE);
assertCompareTrue(arg1string, arg2string, NE);
assertCompareException(arg1string, arg2int, NE);
assertCompareException(arg1string, arg2year, NE);
assertCompareException(arg1string, arg2unknown, NE);
assertCompareException(arg1int, arg2simple, NE);
assertCompareTrue(arg1int, arg2en, NE);
assertCompareTrue(arg1int, arg2cy, NE);
assertCompareException(arg1int, arg2string, NE);
assertCompareTrue(arg1int, arg2int, NE);
assertCompareException(arg1int, arg2year, NE);
assertCompareException(arg1int, arg2unknown, NE);
assertCompareException(arg1year, arg2simple, NE);
assertCompareTrue(arg1year, arg2en, NE);
assertCompareException(arg1year, arg2string, NE);
assertCompareException(arg1year, arg2int, NE);
assertCompareTrue(arg1year, arg2year, NE);
assertCompareTrue(arg1year, arg2dateTime, NE);
assertCompareException(arg1year, arg2unknown, NE);
assertCompareException(arg1dateTime, arg2simple, NE);
assertCompareTrue(arg1dateTime, arg2en, NE);
assertCompareException(arg1dateTime, arg2string, NE);
assertCompareException(arg1dateTime, arg2int, NE);
assertCompareTrue(arg1dateTime, arg2year, NE);
assertCompareTrue(arg1dateTime, arg2dateTime, NE);
assertCompareException(arg1dateTime, arg2unknown, NE);
}
@Test
public void testCompareLT() throws Exception {
assertCompareFalse(arg1simple, arg1simple, LT);
assertCompareException(arg1en, arg1en, LT);
assertCompareFalse(arg1string, arg1string, LT);
assertCompareFalse(arg1int, arg1int, LT);
assertCompareFalse(arg1year, arg1year, LT);
assertCompareFalse(arg1dateTime, arg1dateTime, LT);
assertCompareException(arg1unknown, arg2unknown, LT);
assertCompareTrue(arg1simple, arg2simple, LT);
assertCompareException(arg1simple, arg2en, LT);
assertCompareTrue(arg1simple, arg2string, LT);
assertCompareException(arg1simple, arg2int, LT);
assertCompareException(arg1simple, arg2year, LT);
assertCompareException(arg1unknown, arg2unknown, LT);
assertCompareException(arg1en, arg2simple, LT);
assertCompareException(arg1en, arg2en, LT);
assertCompareException(arg1en, arg2string, LT);
assertCompareException(arg1en, arg2int, LT);
assertCompareException(arg1en, arg2unknown, LT);
assertCompareTrue(arg1string, arg2simple, LT);
assertCompareException(arg1string, arg2en, LT);
assertCompareTrue(arg1string, arg2string, LT);
assertCompareException(arg1string, arg2int, LT);
assertCompareException(arg1string, arg2year, LT);
assertCompareException(arg1string, arg2unknown, LT);
assertCompareException(arg1int, arg2simple, LT);
assertCompareException(arg1int, arg2en, LT);
assertCompareException(arg1int, arg2string, LT);
assertCompareFalse(arg1int, arg2int, LT);
assertCompareException(arg1int, arg2year, LT);
assertCompareException(arg1int, arg2unknown, LT);
assertCompareException(arg1year, arg2simple, LT);
assertCompareException(arg1year, arg2en, LT);
assertCompareException(arg1year, arg2string, LT);
assertCompareException(arg1year, arg2int, LT);
assertCompareTrue(arg1year, arg2year, LT);
// comparison between xsd:gYear and xsd:dateTime should raise type error in strict mode
assertCompareException(arg1year, arg1dateTime, LT);
// ... but should succeed in extended mode.
assertCompareTrue(arg1year, arg1dateTime, LT, false);
assertCompareException(arg1year, arg2dateTime, LT);
assertCompareException(arg1year, arg2unknown, LT);
assertCompareException(arg1dateTime, arg2simple, LT);
assertCompareException(arg1dateTime, arg2en, LT);
assertCompareException(arg1dateTime, arg2string, LT);
assertCompareException(arg1dateTime, arg2int, LT);
assertCompareFalse(arg1dateTime, arg1year, LT, false);
assertCompareException(arg1dateTime, arg2year, LT);
assertCompareFalse(arg1dateTime, arg2dateTime, LT);
assertCompareException(arg1dateTime, arg2unknown, LT);
}
/**
* Assert that there is an exception as a result of comparing the two literals with the given
* operator.
*
* @param lit1 The left literal
* @param lit2 The right literal
* @param op The operator for the comparison
*/
private void assertCompareException(Literal lit1, Literal lit2, CompareOp op) throws Exception {
try {
boolean returnValue = QueryEvaluationUtil.compareLiterals(lit1, lit2, op);
fail(
"Did not receive expected ValueExprEvaluationException (return value was "
+ returnValue
+ ") for "
+ lit1.toString()
+ op.getSymbol()
+ lit2.toString());
} catch (ValueExprEvaluationException e) {
// Expected exception
}
}
private void assertCompareFalse(Literal lit1, Literal lit2, CompareOp op) throws Exception {
assertCompareFalse(lit1, lit2, op, true);
}
/**
* Assert that there is no exception as a result of comparing the two literals with the given
* operator and it returns false.
*
* @param lit1 The left literal
* @param lit2 The right literal
* @param op The operator for the comparison
*/
private void assertCompareFalse(Literal lit1, Literal lit2, CompareOp op, boolean strict)
throws Exception {
assertFalse(
"Compare did not return false for " + lit1.toString() + op.getSymbol() + lit2.toString(),
QueryEvaluationUtil.compareLiterals(lit1, lit2, op, strict));
}
private void assertCompareTrue(Literal lit1, Literal lit2, CompareOp op) throws Exception {
assertCompareTrue(lit1, lit2, op, true);
}
/**
* Assert that there is no exception as a result of comparing the two literals with the given
* operator and it returns true.
*
* @param lit1 The left literal
* @param lit2 The right literal
* @param op The operator for the comparison
* @param strict boolean switch between strict and extended comparison
*/
private void assertCompareTrue(Literal lit1, Literal lit2, CompareOp op, boolean strict)
throws Exception {
assertTrue(
"Compare did not return true for " + lit1.toString() + op.getSymbol() + lit2.toString(),
QueryEvaluationUtil.compareLiterals(lit1, lit2, op, strict));
}
}
public class Doap {
public static final IRI MIVVI_DESKTOP_CLIENT =
SimpleValueFactory.getInstance().createIRI("http://mivvi.net/code/#desktop-client");
private static final IRI DOWNLOAD_PAGE =
SimpleValueFactory.getInstance().createIRI("http://usefulinc.com/ns/doap#download-page");
private final Version latest;
private final String downloadUrl;
private Doap(Version latest, String downloadUrl) {
this.latest = latest;
this.downloadUrl = downloadUrl;
}
public static Doap check(RepositoryConnection cn) throws RepositoryException {
return new Doap(getLatestAvailableVersion(cn), getDownloadPage(cn));
}
public Version getLatestAvailableVersion() {
return latest;
}
public String getDownloadPage() {
return downloadUrl;
}
public static Version getLatestAvailableVersion(RepositoryConnection cn)
throws RepositoryException {
List<Version> allVersions = new ArrayList<Version>();
RepositoryResult<Statement> res =
cn.getStatements(MIVVI_DESKTOP_CLIENT, RdfUtil.Doap.release, null, false);
while (res.hasNext()) {
Statement stmt = res.next();
Resource v = RdfUtil.asResource(stmt.getObject());
if (v != null) {
String rev = RdfUtil.getStringProperty(cn, v, RdfUtil.Doap.revision);
if (rev != null) {
try {
allVersions.add(Version.parse(rev));
} catch (ParseException pe) {
// Ignore this version
}
}
}
}
Collections.sort(allVersions);
if (allVersions.size() > 0) {
return allVersions.get(allVersions.size() - 1);
} else {
return null;
}
}
public static String getDownloadPage(RepositoryConnection cn) throws RepositoryException {
Resource r = RdfUtil.getResProperty(cn, MIVVI_DESKTOP_CLIENT, DOWNLOAD_PAGE);
if (r instanceof IRI) {
return ((IRI) r).toString();
} else {
return null;
}
}
}
static {
ValueFactory factory = SimpleValueFactory.getInstance();
EVALUATION_STRATEGY_FACTORY = factory.createIRI(NAMESPACE, "evaluationStrategyFactory");
}
