use of ai.grakn.concept.RelationshipType in project grakn by graknlabs.
the class KCoreTest method addSchemaAndEntities.
private void addSchemaAndEntities() throws InvalidKBException {
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
EntityType entityType1 = graph.putEntityType(thing);
EntityType entityType2 = graph.putEntityType(anotherThing);
Role role1 = graph.putRole("role1");
Role role2 = graph.putRole("role2");
RelationshipType relationshipType1 = graph.putRelationshipType(related).relates(role1).relates(role2);
Role role3 = graph.putRole("role3");
Role role4 = graph.putRole("role4");
RelationshipType relationshipType2 = graph.putRelationshipType(veryRelated).relates(role3).relates(role4);
entityType1.plays(role1).plays(role2).plays(role3).plays(role4);
entityType2.plays(role1).plays(role2).plays(role3).plays(role4);
Entity entity1 = entityType1.addEntity();
Entity entity2 = entityType1.addEntity();
Entity entity3 = entityType1.addEntity();
Entity entity4 = entityType1.addEntity();
relationshipType1.addRelationship().addRolePlayer(role1, entity1).addRolePlayer(role2, entity2);
relationshipType1.addRelationship().addRolePlayer(role1, entity2).addRolePlayer(role2, entity3);
relationshipType1.addRelationship().addRolePlayer(role1, entity3).addRolePlayer(role2, entity4);
relationshipType1.addRelationship().addRolePlayer(role1, entity4).addRolePlayer(role2, entity1);
relationshipType2.addRelationship().addRolePlayer(role3, entity1).addRolePlayer(role4, entity3);
relationshipType2.addRelationship().addRolePlayer(role3, entity2).addRolePlayer(role4, entity4);
entityId1 = entity1.getId();
entityId2 = entity2.getId();
entityId3 = entity3.getId();
entityId4 = entity4.getId();
graph.commit();
}
}
use of ai.grakn.concept.RelationshipType in project grakn by graknlabs.
the class CountTest method testHasResourceEdges.
@Test
public void testHasResourceEdges() {
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
EntityType person = graph.putEntityType("person");
AttributeType<String> name = graph.putAttributeType("name", AttributeType.DataType.STRING);
person.attribute(name);
Entity aPerson = person.addEntity();
aPerson.attribute(name.putAttribute("jason"));
graph.commit();
}
long count;
try (GraknTx graph = session.open(GraknTxType.READ)) {
count = graph.graql().compute().count().execute();
assertEquals(1L, count);
count = graph.graql().compute().count().includeAttribute().execute();
assertEquals(3L, count);
count = graph.graql().compute().count().in("name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name", "thing").execute();
assertEquals(3L, count);
count = graph.graql().compute().count().in("@has-name", "name").execute();
assertEquals(2L, count);
count = graph.graql().compute().count().in("relationship").execute();
assertEquals(0L, count);
count = graph.graql().compute().count().in("relationship").includeAttribute().execute();
assertEquals(1L, count);
}
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
// manually construct the relation type and instance
EntityType person = graph.getEntityType("person");
Entity aPerson = person.addEntity();
AttributeType<String> name = graph.putAttributeType("name", AttributeType.DataType.STRING);
Attribute jason = name.putAttribute("jason");
Role resourceOwner = graph.putRole(Schema.ImplicitType.HAS_OWNER.getLabel(Label.of("name")));
person.plays(resourceOwner);
Role resourceValue = graph.putRole(Schema.ImplicitType.HAS_VALUE.getLabel(Label.of("name")));
name.plays(resourceValue);
RelationshipType relationshipType = graph.putRelationshipType(Schema.ImplicitType.HAS.getLabel(Label.of("name"))).relates(resourceOwner).relates(resourceValue);
relationshipType.addRelationship().addRolePlayer(resourceOwner, aPerson).addRolePlayer(resourceValue, jason);
graph.commit();
}
try (GraknTx graph = session.open(GraknTxType.READ)) {
count = graph.graql().compute().count().execute();
assertEquals(2L, count);
count = graph.graql().compute().count().includeAttribute().execute();
assertEquals(5L, count);
count = graph.graql().compute().count().in("name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().includeAttribute().in("name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name").execute();
assertEquals(2L, count);
count = graph.graql().compute().count().in("@has-name", "thing").execute();
assertEquals(5L, count);
count = graph.graql().compute().count().in("@has-name", "name").execute();
assertEquals(3L, count);
count = graph.graql().compute().count().in("relationship").execute();
assertEquals(0L, count);
count = graph.graql().compute().count().in("relationship").includeAttribute().execute();
assertEquals(2L, count);
}
}
use of ai.grakn.concept.RelationshipType in project grakn by graknlabs.
the class CountTest method testHasResourceVerticesAndEdges.
@Test
public void testHasResourceVerticesAndEdges() {
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
// manually construct the relation type and instance
EntityType person = graph.putEntityType("person");
Entity aPerson = person.addEntity();
AttributeType<String> name = graph.putAttributeType("name", AttributeType.DataType.STRING);
Attribute jason = name.putAttribute("jason");
person.attribute(name);
Role resourceOwner = graph.putRole(Schema.ImplicitType.HAS_OWNER.getLabel(Label.of("name")));
person.plays(resourceOwner);
Role resourceValue = graph.putRole(Schema.ImplicitType.HAS_VALUE.getLabel(Label.of("name")));
name.plays(resourceValue);
RelationshipType relationshipType = graph.putRelationshipType(Schema.ImplicitType.HAS.getLabel(Label.of("name"))).relates(resourceOwner).relates(resourceValue);
// here relationship type is still implicit
relationshipType.addRelationship().addRolePlayer(resourceOwner, aPerson).addRolePlayer(resourceValue, jason);
graph.commit();
}
long count;
try (GraknTx graph = session.open(GraknTxType.READ)) {
count = graph.graql().compute().count().execute();
assertEquals(1L, count);
count = graph.graql().compute().count().includeAttribute().execute();
assertEquals(3L, count);
count = graph.graql().compute().count().in("name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name", "name").execute();
assertEquals(2L, count);
count = graph.graql().compute().count().in("relationship").execute();
assertEquals(0L, count);
count = graph.graql().compute().count().in("relationship").includeAttribute().execute();
assertEquals(1L, count);
}
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
EntityType person = graph.getEntityType("person");
AttributeType<String> name = graph.putAttributeType("name", AttributeType.DataType.STRING);
Entity aPerson = person.addEntity();
aPerson.attribute(name.getAttribute("jason"));
graph.commit();
}
try (GraknTx graph = session.open(GraknTxType.READ)) {
count = graph.graql().compute().count().includeAttribute().execute();
assertEquals(5L, count);
count = graph.graql().compute().count().in("name").execute();
assertEquals(1L, count);
count = graph.graql().compute().count().in("@has-name").execute();
assertEquals(2L, count);
count = graph.graql().compute().count().in("@has-name", "name").execute();
assertEquals(3L, count);
count = graph.graql().compute().count().in("relationship").execute();
assertEquals(0L, count);
count = graph.graql().compute().count().in("relationship").includeAttribute().execute();
assertEquals(2L, count);
}
}
use of ai.grakn.concept.RelationshipType in project grakn by graknlabs.
the class GraqlTest method addSchemaAndEntities.
private void addSchemaAndEntities() throws InvalidKBException {
try (GraknTx graph = session.open(GraknTxType.WRITE)) {
EntityType entityType1 = graph.putEntityType(thingy);
EntityType entityType2 = graph.putEntityType(anotherThing);
Entity entity1 = entityType1.addEntity();
Entity entity2 = entityType1.addEntity();
Entity entity3 = entityType1.addEntity();
Entity entity4 = entityType2.addEntity();
entityId1 = entity1.getId().getValue();
entityId2 = entity2.getId().getValue();
entityId3 = entity3.getId().getValue();
entityId4 = entity4.getId().getValue();
Role role1 = graph.putRole("role1");
Role role2 = graph.putRole("role2");
entityType1.plays(role1).plays(role2);
entityType2.plays(role1).plays(role2);
RelationshipType relationshipType = graph.putRelationshipType(related).relates(role1).relates(role2);
relationId12 = relationshipType.addRelationship().addRolePlayer(role1, entity1).addRolePlayer(role2, entity2).getId().getValue();
relationId24 = relationshipType.addRelationship().addRolePlayer(role1, entity2).addRolePlayer(role2, entity4).getId().getValue();
graph.commit();
}
}
use of ai.grakn.concept.RelationshipType in project grakn by graknlabs.
the class TypeInferenceQueryTest method typeInference.
private void typeInference(List<RelationshipType> possibleTypes, String pattern, String subbedPattern, EmbeddedGraknTx<?> graph) {
ReasonerAtomicQuery query = ReasonerQueries.atomic(conjunction(pattern, graph), graph);
ReasonerAtomicQuery subbedQuery = ReasonerQueries.atomic(conjunction(subbedPattern, graph), graph);
RelationshipAtom atom = (RelationshipAtom) query.getAtom();
RelationshipAtom subbedAtom = (RelationshipAtom) subbedQuery.getAtom();
List<Type> relationshipTypes = atom.inferPossibleTypes(new QueryAnswer());
List<Type> subbedRelationshipTypes = subbedAtom.inferPossibleTypes(new QueryAnswer());
if (possibleTypes.size() == 1) {
assertEquals(possibleTypes, relationshipTypes);
assertEquals(relationshipTypes, subbedRelationshipTypes);
assertEquals(atom.getSchemaConcept(), Iterables.getOnlyElement(possibleTypes));
assertEquals(subbedAtom.getSchemaConcept(), Iterables.getOnlyElement(possibleTypes));
} else {
assertTrue(CollectionUtils.isEqualCollection(possibleTypes, relationshipTypes));
assertTrue(CollectionUtils.isEqualCollection(relationshipTypes, subbedRelationshipTypes));
assertEquals(atom.getSchemaConcept(), null);
assertEquals(subbedAtom.getSchemaConcept(), null);
}
typeInferenceQueries(possibleTypes, pattern, graph);
typeInferenceQueries(possibleTypes, subbedPattern, graph);
}
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