@Test
public void testLoadRepresentation() {
try {
Representation mockRep = RepresentationFactory.createLightweightRepresentation();
Representation loadedRep = papi.loadRepresentation(mockRepresentationId);
assertNotNull(loadedRep);
assertEquals(loadedRep.getDbId(), mockRepresentationId);
assertEquals(loadedRep.getDataContent().length, mockRep.getDataContent().length);
assertEquals(loadedRep.getFormat(), mockRep.getFormat());
assertEquals(loadedRep.getNotation(), mockRep.getNotation());
assertEquals(loadedRep.getOriginalFilePath(), mockRep.getOriginalFilePath());
assertEquals(loadedRep.getRevisionNumber(), mockRep.getRevisionNumber());
assertEquals(loadedRep.getTitle(), mockRep.getTitle());
assertEquals(loadedRep.belongsToLatestRevision(), mockRep.belongsToLatestRevision());
// not existent
Representation r1 = papi.loadRepresentation(NonExistentClusterId);
assertNull(r1);
Representation r2 = papi.loadRepresentation(wrongRepId);
assertNull(r2);
} catch (Exception e) {
fail("error: testLoad " + e.getMessage());
}
// wrong input
try {
papi.loadRepresentation(AbcId);
fail();
} catch (IllegalArgumentException e) {
assert (true);
}
}
@Test
public void testLoadRepresentationsWithConfig() {
try {
// create config according to saved representation
Representation mockRepresentation = RepresentationFactory.createLightweightRepresentation();
DbFilterConfig config = new DbFilterConfig();
config.addFormat(mockRepresentation.getFormat());
config.addOrigin(mockRepresentation.getModel().getOrigin());
config.addNotation(mockRepresentation.getNotation());
// load
List<Representation> results = papi.loadRepresentations(config);
Representation rep = results.get(0);
Revision rev = rep.getRevision();
Model mod = rep.getModel();
assertTrue(results.size() > 0);
assertEquals(rep.getFormat(), (mockRepresentation.getFormat()));
assertEquals(rep.getNotation(), mockRepresentation.getNotation());
assertEquals(mod.getOrigin(), mockRepresentation.getModel().getOrigin());
assertEquals(
mod.getLatestRevision(),
rev); // because the mockRepresentation's model has only 1 revision
} catch (Exception e) {
fail(e.getMessage());
}
}
// ----------------------------- load 1 object ----------------------------
@Test
public void testLoadPojoWithId() {
try {
Representation mockRep = RepresentationFactory.createLightweightRepresentation();
AbstractPojo loadedPojo = papi.loadPojo(mockRepresentationId);
Representation loadedRep = (Representation) loadedPojo;
assertEquals(loadedRep.getDbId(), mockRepresentationId);
assertEquals(loadedRep.getTitle(), mockRep.getTitle());
// not existent
AbstractPojo p1 = papi.loadPojo("#-1:-1");
assertNull(p1);
AbstractPojo p2 = papi.loadPojo(NonExistentClusterId);
assertNull(p2);
} catch (Exception e) {
fail(e.getMessage());
}
// wrong input
try {
papi.loadPojo(AbcId);
fail();
} catch (IllegalArgumentException e) {
assert (true);
}
}
@BeforeClass
public static void setUp() {
try {
papi = PersistenceApiOrientDbObj.getInstance(Constants.TEST_DB_CONFIG_PATH);
// don't store mockObjects as class fields for caching reasons
Model mockModel = ModelFactory.createModelWithMultipleLinks();
Representation mockRepresentation = RepresentationFactory.createLightweightRepresentation();
mockModelId = papi.savePojo(mockModel);
mockRepresentationId = papi.savePojo(mockRepresentation);
// assure same cluster, but non existent id
wrongModId = mockModelId + "50";
wrongRepId = mockRepresentationId + "50";
} catch (Exception e) {
e.printStackTrace();
fail("Unexpected error occurred: " + e.getMessage());
}
}