use of org.openrefine.wikidata.updates.TermedStatementEntityEdit in project OpenRefine by OpenRefine.
the class InverseConstraintScrutinizerTest method testTrigger.
@Test
public void testTrigger() {
ItemIdValue idA = TestingData.existingId;
Snak mainSnak = Datamodel.makeValueSnak(propertyId, propertyValue);
Statement statement = new StatementImpl("P25", mainSnak, idA);
TermedStatementEntityEdit update = new TermedStatementEntityEditBuilder(idA).addStatement(add(statement)).build();
Snak qualifierSnak = Datamodel.makeValueSnak(propertyParameter, inversePropertyID);
List<Snak> qualifierSnakList = Collections.singletonList(qualifierSnak);
SnakGroup qualifierSnakGroup = Datamodel.makeSnakGroup(qualifierSnakList);
List<SnakGroup> constraintQualifiers = Collections.singletonList(qualifierSnakGroup);
List<Statement> constraintDefinitions = constraintParameterStatementList(inverseEntityIdValue, constraintQualifiers);
ConstraintFetcher fetcher = mock(ConstraintFetcher.class);
when(fetcher.getConstraintsByType(propertyId, INVERSE_CONSTRAINT_QID)).thenReturn(constraintDefinitions);
setFetcher(fetcher);
scrutinize(update);
assertWarningsRaised(InverseConstraintScrutinizer.type);
}
use of org.openrefine.wikidata.updates.TermedStatementEntityEdit in project OpenRefine by OpenRefine.
the class InverseConstraintScrutinizerTest method testNoSymmetricClosure.
@Test
public void testNoSymmetricClosure() {
ItemIdValue idA = TestingData.existingId;
Snak mainSnak = Datamodel.makeSomeValueSnak(propertyId);
Statement statement = new StatementImpl("P25", mainSnak, idA);
TermedStatementEntityEdit update = new TermedStatementEntityEditBuilder(idA).addStatement(add(statement)).build();
Snak qualifierSnak = Datamodel.makeValueSnak(propertyParameter, inverseEntityIdValue);
List<Snak> qualifierSnakList = Collections.singletonList(qualifierSnak);
SnakGroup qualifierSnakGroup = Datamodel.makeSnakGroup(qualifierSnakList);
List<SnakGroup> constraintQualifiers = Collections.singletonList(qualifierSnakGroup);
List<Statement> constraintDefinitions = constraintParameterStatementList(inverseEntityIdValue, constraintQualifiers);
ConstraintFetcher fetcher = mock(ConstraintFetcher.class);
when(fetcher.getConstraintsByType(propertyId, INVERSE_CONSTRAINT_QID)).thenReturn(constraintDefinitions);
setFetcher(fetcher);
scrutinize(update);
assertNoWarningRaised();
}
use of org.openrefine.wikidata.updates.TermedStatementEntityEdit in project OpenRefine by OpenRefine.
the class MultiValueScrutinizerTest method testExistingItemTrigger.
@Test
public void testExistingItemTrigger() {
ItemIdValue idA = TestingData.existingId;
ItemIdValue idB = TestingData.matchedId;
Snak mainSnakValue = Datamodel.makeValueSnak(propertyIdValue, valueSnak);
Statement statement = new StatementImpl("P1963", mainSnakValue, idA);
TermedStatementEntityEdit updateA = new TermedStatementEntityEditBuilder(idA).addStatement(add(TestingData.generateStatement(idA, idB))).addStatement(add(statement)).build();
TermedStatementEntityEdit updateB = new TermedStatementEntityEditBuilder(idB).addStatement(add(TestingData.generateStatement(idB, idB))).build();
List<Statement> constraintDefinitions = constraintParameterStatementList(entityIdValue, new ArrayList<>());
ConstraintFetcher fetcher = mock(ConstraintFetcher.class);
when(fetcher.getConstraintsByType(propertyIdValue, MULTI_VALUE_CONSTRAINT_QID)).thenReturn(constraintDefinitions);
setFetcher(fetcher);
scrutinize(updateA, updateB);
assertWarningsRaised(MultiValueScrutinizer.existing_type);
}
use of org.openrefine.wikidata.updates.TermedStatementEntityEdit in project OpenRefine by OpenRefine.
the class QuickStatementsUpdateSchedulerTest method testImpossibleForQS.
@Test(expectedExceptions = ImpossibleSchedulingException.class)
public void testImpossibleForQS() throws ImpossibleSchedulingException {
TermedStatementEntityEdit update = new TermedStatementEntityEditBuilder(newIdA).addStatement(sNewAtoNewB).build();
schedule(update);
}
use of org.openrefine.wikidata.updates.TermedStatementEntityEdit in project OpenRefine by OpenRefine.
the class QuantityScrutinizerTest method testGoodUnit.
@Test
public void testGoodUnit() {
ItemIdValue idA = TestingData.existingId;
Snak mainSnak = Datamodel.makeValueSnak(propertyIdValue, goodUnitValue);
Statement statement = new StatementImpl("P1083", mainSnak, idA);
TermedStatementEntityEdit update = new TermedStatementEntityEditBuilder(idA).addStatement(add(statement)).build();
Snak qualifierSnak = Datamodel.makeValueSnak(itemParameterPID, allowedUnit);
List<Snak> qualifierSnakList = Collections.singletonList(qualifierSnak);
SnakGroup qualifierSnakGroup = Datamodel.makeSnakGroup(qualifierSnakList);
List<SnakGroup> constraintQualifiers = Collections.singletonList(qualifierSnakGroup);
List<Statement> constraintDefinitions = constraintParameterStatementList(allowedUnitEntity, constraintQualifiers);
ConstraintFetcher fetcher = mock(ConstraintFetcher.class);
when(fetcher.getConstraintsByType(propertyIdValue, ALLOWED_UNITS_CONSTRAINT_QID)).thenReturn(constraintDefinitions);
setFetcher(fetcher);
scrutinize(update);
assertNoWarningRaised();
}
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