package siena.base.test;
import static siena.Json.map;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collections;
import java.util.Comparator;
import java.util.Date;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import junit.framework.TestCase;
import siena.Query;
import siena.SienaException;
import siena.base.test.model.Address;
import siena.base.test.model.AutoInc;
import siena.base.test.model.Contact;
import siena.base.test.model.DataTypes;
import siena.base.test.model.DataTypes.EnumLong;
import siena.base.test.model.EmbeddedContainerModel;
import siena.base.test.model.Discovery;
import siena.base.test.model.Discovery4Join;
import siena.base.test.model.Discovery4Join2;
import siena.base.test.model.Discovery4Search;
import siena.base.test.model.DiscoveryNoColumn;
import siena.base.test.model.DiscoveryNoColumnMultipleKeys;
import siena.base.test.model.DiscoveryPrivate;
import siena.base.test.model.EmbeddedModel;
import siena.base.test.model.MultipleKeys;
import siena.base.test.model.PersonLongAutoID;
import siena.base.test.model.PersonLongManualID;
import siena.base.test.model.PersonStringAutoIncID;
import siena.base.test.model.PersonStringID;
import siena.base.test.model.PersonUUID;
import siena.base.test.model.PolymorphicModel;
import siena.core.async.PersistenceManagerAsync;
import siena.core.async.QueryAsync;
import siena.core.async.SienaFuture;
public abstract class BaseAsyncTest extends TestCase {
protected PersistenceManagerAsync pm;
private static PersonUUID UUID_TESLA = new PersonUUID("Nikola", "Tesla", "Smiljam", 1);
private static PersonUUID UUID_CURIE = new PersonUUID("Marie", "Curie", "Warsaw", 2);
private static PersonUUID UUID_EINSTEIN = new PersonUUID("Albert", "Einstein", "Ulm", 3);
private static PersonLongAutoID LongAutoID_TESLA = new PersonLongAutoID("Nikola", "Tesla", "Smiljam", 1);
protected static PersonLongAutoID LongAutoID_CURIE = new PersonLongAutoID("Marie", "Curie", "Warsaw", 2);
private static PersonLongAutoID LongAutoID_EINSTEIN = new PersonLongAutoID("Albert", "Einstein", "Ulm", 3);
private static PersonLongManualID LongManualID_TESLA = new PersonLongManualID(1L, "Nikola", "Tesla", "Smiljam", 1);
private static PersonLongManualID LongManualID_CURIE = new PersonLongManualID(2L, "Marie", "Curie", "Warsaw", 2);
private static PersonLongManualID LongManualID_EINSTEIN = new PersonLongManualID(3L, "Albert", "Einstein", "Ulm", 3);
private static PersonStringID StringID_TESLA = new PersonStringID("TESLA", "Nikola", "Tesla", "Smiljam", 1);
private static PersonStringID StringID_CURIE = new PersonStringID("CURIE", "Marie", "Curie", "Warsaw", 2);
private static PersonStringID StringID_EINSTEIN = new PersonStringID("EINSTEIN", "Albert", "Einstein", "Ulm", 3);
public abstract PersistenceManagerAsync createPersistenceManager(List<Class<?>> classes) throws Exception;
public abstract boolean supportsAutoincrement();
public abstract boolean supportsMultipleKeys();
public abstract boolean mustFilterToOrder();
@Override
protected void setUp() throws Exception {
super.setUp();
List<Class<?>> classes = new ArrayList<Class<?>>();
classes.add(PersonUUID.class);
classes.add(PersonLongAutoID.class);
classes.add(PersonLongManualID.class);
classes.add(PersonStringID.class);
if(supportsAutoincrement())
classes.add(AutoInc.class);
if(supportsMultipleKeys())
classes.add(MultipleKeys.class);
classes.add(Discovery.class);
classes.add(Discovery4Join.class);
classes.add(Discovery4Join2.class);
classes.add(DiscoveryPrivate.class);
classes.add(Discovery4Search.class);
classes.add(DataTypes.class);
pm = createPersistenceManager(classes);
for (Class<?> clazz : classes) {
pm.createQuery(clazz).delete().get();
}
pm.insert(UUID_TESLA, UUID_CURIE, UUID_EINSTEIN).get();
pm.insert(LongAutoID_TESLA, LongAutoID_CURIE, LongAutoID_EINSTEIN).get();
pm.insert(LongManualID_TESLA, LongManualID_CURIE, LongManualID_EINSTEIN).get();
pm.insert(StringID_TESLA, StringID_CURIE, StringID_EINSTEIN).get();
}
protected List<PersonUUID> getOrderedPersonUUIDs() {
ArrayList<PersonUUID> l = new ArrayList<PersonUUID>() {
private static final long serialVersionUID = 1L;
{
add(UUID_TESLA);
add(UUID_CURIE);
add(UUID_EINSTEIN);
}};
Collections.sort(l, new Comparator<PersonUUID>(){
public int compare(PersonUUID p1,PersonUUID p2){
return p1.id.compareTo(p2.id);
}
});
return l;
}
private PersonUUID getPersonUUID(String id) {
PersonUUID p = new PersonUUID();
p.id = id;
pm.get(p).get();
return p;
}
private PersonLongAutoID getPersonLongAutoID(Long id) {
PersonLongAutoID p = new PersonLongAutoID();
p.id = id;
pm.get(p).get();
return p;
}
private PersonLongManualID getPersonLongManualID(Long id) {
PersonLongManualID p = new PersonLongManualID();
p.id = id;
pm.get(p).get();
return p;
}
private PersonStringID getPersonStringID(String id) {
PersonStringID p = new PersonStringID();
p.id = id;
pm.get(p).get();
return p;
}
protected QueryAsync<PersonUUID> queryPersonUUIDOrderBy(String order, Object value, boolean desc) {
QueryAsync<PersonUUID> query = pm.createQuery(PersonUUID.class);
if(mustFilterToOrder()) {
query = query.filter(order+">", value);
}
return query.order(desc ? "-"+order : order);
}
protected QueryAsync<PersonLongAutoID> queryPersonLongAutoIDOrderBy(String order, Object value, boolean desc) {
QueryAsync<PersonLongAutoID> query = pm.createQuery(PersonLongAutoID.class);
if(mustFilterToOrder()) {
query = query.filter(order+">", value);
}
return query.order(desc ? "-"+order : order);
}
protected QueryAsync<PersonLongManualID> queryPersonLongManualIDOrderBy(String order, Object value, boolean desc) {
QueryAsync<PersonLongManualID> query = pm.createQuery(PersonLongManualID.class);
if(mustFilterToOrder()) {
query = query.filter(order+">", value);
}
return query.order(desc ? "-"+order : order);
}
public QueryAsync<PersonStringID> queryPersonStringIDOrderBy(String order, Object value, boolean desc) {
QueryAsync<PersonStringID> query = pm.createQuery(PersonStringID.class);
if(mustFilterToOrder()) {
query = query.filter(order+">", value);
}
return query.order(desc ? "-"+order : order);
}
public void testCount() {
assertEquals(3, pm.createQuery(PersonUUID.class).count().get().intValue());
}
public void testFetch() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
}
public void testFetchKeys() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetchKeys();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA.id, people.get(0).id);
assertEquals(UUID_CURIE.id, people.get(1).id);
assertEquals(UUID_EINSTEIN.id, people.get(2).id);
assertTrue(people.get(0).isOnlyIdFilled());
assertTrue(people.get(1).isOnlyIdFilled());
assertTrue(people.get(2).isOnlyIdFilled());
}
public void testFetchOrder() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("firstName", "", false).fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_EINSTEIN, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_TESLA, people.get(2));
}
public void testFetchOrderKeys() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("firstName", "", false).fetchKeys();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_EINSTEIN.id, people.get(0).id);
assertEquals(UUID_CURIE.id, people.get(1).id);
assertEquals(UUID_TESLA.id, people.get(2).id);
}
public void testFetchOrderDesc() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("lastName", "", true).fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
assertEquals(UUID_CURIE, people.get(2));
}
public void testFetchOrderDescKeys() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("lastName", "", true).fetchKeys();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA.id, people.get(0).id);
assertEquals(UUID_EINSTEIN.id, people.get(1).id);
assertEquals(UUID_CURIE.id, people.get(2).id);
}
public void testFetchOrderOnLongAutoId() {
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("id", "", false).fetchKeys();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongAutoID_TESLA.id, people.get(0).id);
assertEquals(LongAutoID_CURIE.id, people.get(1).id);
assertEquals(LongAutoID_EINSTEIN.id, people.get(2).id);
}
public void testFetchOrderOnLongManualId() {
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("id", "", false).fetchKeys();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongManualID_TESLA.id, people.get(0).id);
assertEquals(LongManualID_CURIE.id, people.get(1).id);
assertEquals(LongManualID_EINSTEIN.id, people.get(2).id);
}
public void testFetchOrderOnStringId() {
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("id", "", false).fetchKeys();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(StringID_CURIE.id, people.get(0).id);
assertEquals(StringID_EINSTEIN.id, people.get(1).id);
assertEquals(StringID_TESLA.id, people.get(2).id);
}
public void testFetchOrderOnUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("id", "", false).fetchKeys();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(l.get(0).id, people.get(0).id);
assertEquals(l.get(1).id, people.get(1).id);
assertEquals(l.get(2).id, people.get(2).id);
}
public void testFetchOrderOnLongAutoIdDesc() {
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("id", "", true).fetchKeys();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongAutoID_EINSTEIN.id, people.get(0).id);
assertEquals(LongAutoID_CURIE.id, people.get(1).id);
assertEquals(LongAutoID_TESLA.id, people.get(2).id);
}
public void testFetchOrderOnLongManualIdDesc() {
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("id", "", true).fetchKeys();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongManualID_EINSTEIN.id, people.get(0).id);
assertEquals(LongManualID_CURIE.id, people.get(1).id);
assertEquals(LongManualID_TESLA.id, people.get(2).id);
}
public void testFetchOrderOnStringIdDesc() {
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("id", "", true).fetchKeys();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(StringID_TESLA.id, people.get(0).id);
assertEquals(StringID_EINSTEIN.id, people.get(1).id);
assertEquals(StringID_CURIE.id, people.get(2).id);
}
public void testFetchOrderOnUUIDDesc() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("id", "", true).fetchKeys();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(l.get(2).id, people.get(0).id);
assertEquals(l.get(1).id, people.get(1).id);
assertEquals(l.get(0).id, people.get(2).id);
}
public void testFilterOperatorEqualString() {
SienaFuture<PersonUUID> future = pm.createQuery(PersonUUID.class).filter("firstName", "Albert").get();
PersonUUID person = future.get();
assertNotNull(person);
assertEquals(UUID_EINSTEIN, person);
}
public void testFilterOperatorEqualInt() {
SienaFuture<PersonUUID> future = pm.createQuery(PersonUUID.class).filter("n", 3).get();
PersonUUID person = future.get();
assertNotNull(person);
assertEquals(UUID_EINSTEIN, person);
}
public void testFilterOperatorEqualUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<PersonUUID> future = pm.createQuery(PersonUUID.class).filter("id", l.get(0).id).get();
PersonUUID person = future.get();
assertNotNull(person);
assertEquals(l.get(0), person);
}
public void testFilterOperatorEqualLongAutoID() {
SienaFuture<PersonLongAutoID> future = pm.createQuery(PersonLongAutoID.class).filter("id", LongAutoID_EINSTEIN.id).get();
PersonLongAutoID person = future.get();
assertNotNull(person);
assertEquals(LongAutoID_EINSTEIN, person);
}
public void testFilterOperatorEqualLongManualID() {
SienaFuture<PersonLongManualID> future = pm.createQuery(PersonLongManualID.class).filter("id", 3L).get();
PersonLongManualID person = future.get();
assertNotNull(person);
assertEquals(LongManualID_EINSTEIN, person);
}
public void testFilterOperatorEqualStringID() {
SienaFuture<PersonStringID> future = pm.createQuery(PersonStringID.class).filter("id", "EINSTEIN").get();
PersonStringID person = future.get();
assertNotNull(person);
assertEquals(StringID_EINSTEIN, person);
}
public void testFilterOperatorNotEqualString() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("firstName!=", "Albert").order("firstName").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_CURIE, people.get(0));
assertEquals(StringID_TESLA, people.get(1));
}
public void testFilterOperatorNotEqualInt() {
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n!=", 3).order("n").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
}
public void testFilterOperatorNotEqualUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("id!=", l.get(0).id).order("id").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(l.get(1), people.get(0));
assertEquals(l.get(2), people.get(1));
}
public void testFilterOperatorNotEqualLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).filter("id!=", LongAutoID_EINSTEIN.id).order("id").fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
}
public void testFilterOperatorNotEqualLongManualID() {
SienaFuture<List<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).filter("id!=", 3L).order("id").fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
}
public void testFilterOperatorNotEqualStringID() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("id!=", StringID_EINSTEIN.id).order("id").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_CURIE, people.get(0));
assertEquals(StringID_TESLA, people.get(1));
}
public void testFilterOperatorIn() {
@SuppressWarnings("serial")
SienaFuture<List<PersonUUID>> future =
pm.createQuery(PersonUUID.class)
.filter("n IN", new ArrayList<Integer>(){{
add(2);
add(3);
}})
.order("n")
.fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_CURIE, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
}
public void testFilterOperatorInOrder() {
@SuppressWarnings("serial")
SienaFuture<List<PersonUUID>> future =
pm.createQuery(PersonUUID.class)
.filter("n IN", new ArrayList<Integer>(){{
add(3);
add(2);
}})
.order("n")
.fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_CURIE, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
}
public void testFilterOperatorInForUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future =
pm.createQuery(PersonUUID.class)
.filter("id IN", Arrays.asList( l.get(0).id, l.get(1).id))
.fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(l.get(0), people.get(0));
assertEquals(l.get(1), people.get(1));
}
public void testFilterOperatorInForLongAutoID() {
@SuppressWarnings("serial")
SienaFuture<List<PersonLongAutoID>> future =
pm.createQuery(PersonLongAutoID.class)
.filter("id IN", new ArrayList<Long>(){{
add(LongAutoID_TESLA.id);
add(LongAutoID_CURIE.id);
}})
.fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
}
public void testFilterOperatorInForLongManualID() {
@SuppressWarnings("serial")
SienaFuture<List<PersonLongManualID>> future =
pm.createQuery(PersonLongManualID.class)
.filter("id IN", new ArrayList<Long>(){{
add(LongManualID_TESLA.id);
add(LongManualID_CURIE.id);
}})
.fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
}
public void testFilterOperatorInForStringID() {
@SuppressWarnings("serial")
SienaFuture<List<PersonStringID>> future =
pm.createQuery(PersonStringID.class)
.filter("id IN", new ArrayList<String>(){{
add(StringID_TESLA.id);
add(StringID_CURIE.id);
}})
.order("id")
.fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_CURIE, people.get(0));
assertEquals(StringID_TESLA, people.get(1));
}
public void testFilterOperatorLessThan() {
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n<", 3).order("n").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
}
public void testFilterOperatorLessThanForUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("id<", l.get(2).id).order("id").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(l.get(0), people.get(0));
assertEquals(l.get(1), people.get(1));
}
public void testFilterOperatorLessThanForLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).filter("id<", LongAutoID_EINSTEIN.id).order("id").fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
}
public void testFilterOperatorLessThanForLongManualID() {
SienaFuture<List<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).filter("id<", 3L).order("id").fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
}
public void testFilterOperatorLessThanForStringID() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("id<", StringID_TESLA.id).order("id").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_CURIE, people.get(0));
assertEquals(StringID_EINSTEIN, people.get(1));
}
public void testFilterOperatorLessThanOrEqual() {
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n<=", 3).order("n").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
}
public void testFilterOperatorLessThanOrEqualForUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("id<=", l.get(2).id).order("id").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(l.get(0), people.get(0));
assertEquals(l.get(1), people.get(1));
assertEquals(l.get(2), people.get(2));
}
public void testFilterOperatorLessThanOrEqualForLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).filter("id<=", LongAutoID_EINSTEIN.id).order("id").fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
assertEquals(LongAutoID_EINSTEIN, people.get(2));
}
public void testFilterOperatorLessThanOrEqualForLongManualID() {
SienaFuture<List<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).filter("id<=", LongManualID_EINSTEIN.id).order("id").fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
assertEquals(LongManualID_EINSTEIN, people.get(2));
}
public void testFilterOperatorLessThanOrEqualForStringID() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("id<=", StringID_TESLA.id).order("id").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(StringID_CURIE, people.get(0));
assertEquals(StringID_EINSTEIN, people.get(1));
assertEquals(StringID_TESLA, people.get(2));
}
public void testFilterOperatorMoreThan() {
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n>", 1).order("n").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_CURIE, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
}
public void testFilterOperatorMoreThanForUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("id>", l.get(0).id).order("id").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(l.get(1), people.get(0));
assertEquals(l.get(2), people.get(1));
}
public void testFilterOperatorMoreThanForLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).filter("id>", LongAutoID_TESLA.id).order("id").fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongAutoID_CURIE, people.get(0));
assertEquals(LongAutoID_EINSTEIN, people.get(1));
}
public void testFilterOperatorMoreThanForLongManualID() {
SienaFuture<List<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).filter("id>", LongManualID_TESLA.id).order("id").fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongManualID_CURIE, people.get(0));
assertEquals(LongManualID_EINSTEIN, people.get(1));
}
public void testFilterOperatorMoreThanForStringID() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("id>", StringID_CURIE.id).order("id").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_EINSTEIN, people.get(0));
assertEquals(StringID_TESLA, people.get(1));
}
public void testFilterOperatorMoreThanOrEqual() {
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n>=", 1).order("n").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
}
public void testFilterOperatorMoreThanOrEqualForUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("id>=", l.get(0).id).order("id").fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
assertEquals(l.get(0), people.get(0));
assertEquals(l.get(1), people.get(1));
assertEquals(l.get(2), people.get(2));
}
public void testFilterOperatorMoreThanOrEqualForLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).filter("id>=", LongAutoID_CURIE.id).order("id").fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongAutoID_CURIE, people.get(0));
assertEquals(LongAutoID_EINSTEIN, people.get(1));
}
public void testFilterOperatorMoreThanOrEqualForLongManualID() {
SienaFuture<List<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).filter("id>=", LongManualID_CURIE.id).order("id").fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(LongManualID_CURIE, people.get(0));
assertEquals(LongManualID_EINSTEIN, people.get(1));
}
public void testFilterOperatorMoreThanOrEqualForStringID() {
SienaFuture<List<PersonStringID>> future = pm.createQuery(PersonStringID.class).filter("id>=", StringID_EINSTEIN.id).order("id").fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(StringID_EINSTEIN, people.get(0));
assertEquals(StringID_TESLA, people.get(1));
}
public void testCountFilter() {
assertEquals(2, pm.createQuery(PersonUUID.class).filter("n<", 3).count().get().intValue());
}
public void testCountFilterUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
assertEquals(2, pm.createQuery(PersonUUID.class).filter("id<", l.get(2).id).count().get().intValue());
}
public void testCountFilterLongAutoID() {
assertEquals(2, pm.createQuery(PersonLongAutoID.class).filter("id<", LongAutoID_EINSTEIN.id).count().get().intValue());
}
public void testCountFilterLongManualID() {
assertEquals(2, pm.createQuery(PersonLongManualID.class).filter("id<", LongManualID_EINSTEIN.id).count().get().intValue());
}
public void testCountFilterStringID() {
assertEquals(2, pm.createQuery(PersonStringID.class).filter("id<", StringID_TESLA.id).count().get().intValue());
}
public void testFetchLimit() {
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetch(1);
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(1, people.size());
assertEquals(UUID_TESLA, people.get(0));
}
public void testFetchLimitUUID() {
List<PersonUUID> l = getOrderedPersonUUIDs();
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("id", l.get(0), false).fetch(1);
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(1, people.size());
assertEquals(l.get(0), people.get(0));
}
public void testFetchLimitLongAutoID() {
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("id", 0, false).fetch(1);
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(1, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
}
public void testFetchLimitLongManualID() {
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("id", 0, false).fetch(1);
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(1, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
}
public void testFetchLimitStringID() {
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("id", StringID_CURIE, false).fetch(1);
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(1, people.size());
assertEquals(StringID_CURIE, people.get(0));
}
public void testFetchLimitReal() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
SienaFuture<List<Discovery>> future = pm.createQuery(Discovery.class).order("name").fetch(3);
List<Discovery> res = future.get();
assertNotNull(res);
assertEquals(3, res.size());
assertEquals(discs[0], res.get(0));
assertEquals(discs[1], res.get(1));
assertEquals(discs[2], res.get(2));
}
public void testFetchLimitOffsetReal() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
SienaFuture<List<Discovery>> future = pm.createQuery(Discovery.class).order("name").fetch(3, 5);
List<Discovery> res = future.get();
assertNotNull(res);
assertEquals(3, res.size());
assertEquals(discs[5], res.get(0));
assertEquals(discs[6], res.get(1));
assertEquals(discs[7], res.get(2));
}
public void testFetchLimitOffset() {
QueryAsync<PersonUUID> query = queryPersonUUIDOrderBy("n", 0, false);
SienaFuture<List<PersonUUID>> future = query.fetch(2, 1);
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_CURIE, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
}
public void testInsertUUID() {
PersonUUID maxwell = new PersonUUID();
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.insert(maxwell).get();
assertNotNull(maxwell.id);
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetch();
List<PersonUUID> people = future.get();
assertEquals(4, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testInsertLongAutoID() {
PersonLongAutoID maxwell = new PersonLongAutoID();
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.insert(maxwell).get();
assertNotNull(maxwell.id);
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("n", 0, false).fetch();
List<PersonLongAutoID> people = future.get();
assertEquals(4, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
assertEquals(LongAutoID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testInsertLongManualID() {
PersonLongManualID maxwell = new PersonLongManualID();
maxwell.id = 4L;
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.insert(maxwell).get();
assertEquals((Long)4L, maxwell.id);
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("n", 0, false).fetch();
List<PersonLongManualID> people = future.get();
assertEquals(4, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
assertEquals(LongManualID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testInsertStringID() {
PersonStringID maxwell = new PersonStringID();
maxwell.id = "MAXWELL";
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.insert(maxwell).get();
assertEquals(maxwell.id, "MAXWELL");
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("n", 0, false).fetch();
List<PersonStringID> people = future.get();
assertEquals(4, people.size());
assertEquals(StringID_TESLA, people.get(0));
assertEquals(StringID_CURIE, people.get(1));
assertEquals(StringID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testGetUUID() {
PersonUUID curie = getPersonUUID(UUID_CURIE.id);
assertEquals(UUID_CURIE, curie);
}
public void testGetLongAutoID() {
PersonLongAutoID curie = getPersonLongAutoID(LongAutoID_CURIE.id);
assertEquals(LongAutoID_CURIE, curie);
}
public void testGetLongManualID() {
PersonLongManualID curie = getPersonLongManualID(LongManualID_CURIE.id);
assertEquals(LongManualID_CURIE, curie);
}
public void testGetStringID() {
PersonStringID curie = getPersonStringID(StringID_CURIE.id);
assertEquals(StringID_CURIE, curie);
}
public void testUpdateUUID() {
PersonUUID curie = getPersonUUID(UUID_CURIE.id);
curie.lastName = "Sklodowska–Curie";
pm.update(curie).get();
PersonUUID curie2 = getPersonUUID(UUID_CURIE.id);
assertEquals(curie2, curie);
}
public void testUpdateLongAutoID() {
PersonLongAutoID curie = getPersonLongAutoID(LongAutoID_CURIE.id);
curie.lastName = "Sklodowska–Curie";
pm.update(curie).get();
PersonLongAutoID curie2 = getPersonLongAutoID(LongAutoID_CURIE.id);
assertEquals(curie2, curie);
}
public void testDeleteUUID() {
PersonUUID curie = getPersonUUID(UUID_CURIE.id);
pm.delete(curie).get();
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetch();
List<PersonUUID> people = future.get();
assertNotNull(people);
assertEquals(2, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_EINSTEIN, people.get(1));
}
public void testIterFullUUID() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).order("n").iter();
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
@SuppressWarnings("serial")
ArrayList<PersonUUID> l = new ArrayList<PersonUUID>() {{
add(UUID_TESLA);
add(UUID_CURIE);
add(UUID_EINSTEIN);
}};
int i = 0;
for (PersonUUID person : people) {
assertEquals( l.get(i), person);
i++;
}
}
public void testIterFullLongAutoID() {
SienaFuture<Iterable<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).order("n").iter();
Iterable<PersonLongAutoID> people = future.get();
assertNotNull(people);
PersonLongAutoID[] array = new PersonLongAutoID[] { LongAutoID_TESLA, LongAutoID_CURIE, LongAutoID_EINSTEIN };
int i = 0;
for (PersonLongAutoID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterFullLongManualID() {
SienaFuture<Iterable<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).order("n").iter();
Iterable<PersonLongManualID> people = future.get();
assertNotNull(people);
PersonLongManualID[] array = new PersonLongManualID[] { LongManualID_TESLA, LongManualID_CURIE, LongManualID_EINSTEIN };
int i = 0;
for (PersonLongManualID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterFullLongStringID() {
SienaFuture<Iterable<PersonStringID>> future = pm.createQuery(PersonStringID.class).order("n").iter();
Iterable<PersonStringID> people = future.get();
assertNotNull(people);
PersonStringID[] array = new PersonStringID[] { StringID_TESLA, StringID_CURIE, StringID_EINSTEIN };
int i = 0;
for (PersonStringID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitUUID() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).order("n").iter(2);
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
@SuppressWarnings("serial")
ArrayList<PersonUUID> l = new ArrayList<PersonUUID>() {{
add(UUID_TESLA);
add(UUID_CURIE);
}};
int i = 0;
for (PersonUUID person : people) {
assertEquals( l.get(i), person);
i++;
}
}
public void testIterLimitLongAutoID() {
SienaFuture<Iterable<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).order("n").iter(2);
Iterable<PersonLongAutoID> people = future.get();
assertNotNull(people);
PersonLongAutoID[] array = new PersonLongAutoID[] { LongAutoID_TESLA, LongAutoID_CURIE };
int i = 0;
for (PersonLongAutoID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitLongManualID() {
SienaFuture<Iterable<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).order("n").iter(2);
Iterable<PersonLongManualID> people = future.get();
assertNotNull(people);
PersonLongManualID[] array = new PersonLongManualID[] { LongManualID_TESLA, LongManualID_CURIE };
int i = 0;
for (PersonLongManualID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitLongStringID() {
SienaFuture<Iterable<PersonStringID>> future = pm.createQuery(PersonStringID.class).order("n").iter(2);
Iterable<PersonStringID> people = future.get();
assertNotNull(people);
PersonStringID[] array = new PersonStringID[] { StringID_TESLA, StringID_CURIE };
int i = 0;
for (PersonStringID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitOffsetUUID() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).order("n").iter(2,1);
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
@SuppressWarnings("serial")
ArrayList<PersonUUID> l = new ArrayList<PersonUUID>() {{
add(UUID_CURIE);
add(UUID_EINSTEIN);
}};
int i = 0;
for (PersonUUID person : people) {
assertEquals( l.get(i), person);
i++;
}
}
public void testIterLimitOffsetLongAutoID() {
SienaFuture<Iterable<PersonLongAutoID>> future = pm.createQuery(PersonLongAutoID.class).order("n").iter(2, 1);
Iterable<PersonLongAutoID> people = future.get();
assertNotNull(people);
PersonLongAutoID[] array = new PersonLongAutoID[] { LongAutoID_CURIE, LongAutoID_EINSTEIN };
int i = 0;
for (PersonLongAutoID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitOffsetLongManualID() {
SienaFuture<Iterable<PersonLongManualID>> future = pm.createQuery(PersonLongManualID.class).order("n").iter(2,1);
Iterable<PersonLongManualID> people = future.get();
assertNotNull(people);
PersonLongManualID[] array = new PersonLongManualID[] { LongManualID_CURIE, LongManualID_EINSTEIN };
int i = 0;
for (PersonLongManualID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterLimitOffsetLongStringID() {
SienaFuture<Iterable<PersonStringID>> future = pm.createQuery(PersonStringID.class).order("n").iter(2,1);
Iterable<PersonStringID> people = future.get();
assertNotNull(people);
PersonStringID[] array = new PersonStringID[] { StringID_CURIE, StringID_EINSTEIN };
int i = 0;
for (PersonStringID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testIterFilter() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n>", 1).order("n").iter();
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
PersonUUID[] array = new PersonUUID[] { UUID_CURIE, UUID_EINSTEIN };
int i = 0;
for (PersonUUID PersonIntKey : people) {
assertEquals(array[i], PersonIntKey);
i++;
}
}
public void testIterFilterLimit() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n>", 1).order("n").iter(1);
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
PersonUUID[] array = new PersonUUID[] { UUID_CURIE };
int i = 0;
for (PersonUUID PersonIntKey : people) {
assertEquals(array[i], PersonIntKey);
i++;
}
}
public void testIterFilterLimitOffset() {
SienaFuture<Iterable<PersonUUID>> future = pm.createQuery(PersonUUID.class).filter("n>", 1).order("n").iter(2, 1);
Iterable<PersonUUID> people = future.get();
assertNotNull(people);
PersonUUID[] array = new PersonUUID[] { UUID_EINSTEIN };
int i = 0;
for (PersonUUID PersonIntKey : people) {
assertEquals(array[i], PersonIntKey);
i++;
}
}
public void testOrderLongAutoId() {
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("id", "", false).fetch();
List<PersonLongAutoID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
PersonLongAutoID[] array = new PersonLongAutoID[] { LongAutoID_TESLA, LongAutoID_CURIE, LongAutoID_EINSTEIN };
int i = 0;
for (PersonLongAutoID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testOrderLongManualId() {
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("id", "", false).fetch();
List<PersonLongManualID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
PersonLongManualID[] array = new PersonLongManualID[] { LongManualID_TESLA, LongManualID_CURIE, LongManualID_EINSTEIN };
int i = 0;
for (PersonLongManualID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testOrderStringId() {
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("id", "", false).fetch();
List<PersonStringID> people = future.get();
assertNotNull(people);
assertEquals(3, people.size());
PersonStringID[] array = new PersonStringID[] { StringID_CURIE, StringID_EINSTEIN, StringID_TESLA };
int i = 0;
for (PersonStringID person : people) {
assertEquals(array[i], person);
i++;
}
}
public void testGetObjectNotFound() {
try {
getPersonUUID("");
fail();
} catch(Exception e) {
System.out.println("Everything is OK");
}
assertNull(pm.createQuery(PersonUUID.class).filter("firstName", "John").get().get());
}
public void testDeleteObjectNotFound() {
try {
PersonUUID p = new PersonUUID();
pm.delete(p);
fail();
} catch(Exception e) {
System.out.println("Everything is OK");
}
}
public void testAutoincrement() {
if(!supportsAutoincrement()) return;
AutoInc first = new AutoInc();
first.name = "first";
pm.insert(first);
assertTrue(first.id > 0);
AutoInc second = new AutoInc();
second.name = "second";
pm.insert(second);
assertTrue(second.id > 0);
assertTrue(second.id > first.id);
}
public void testRelationship() {
Discovery radioactivity = new Discovery("Radioactivity", LongAutoID_CURIE);
Discovery relativity = new Discovery("Relativity", LongAutoID_EINSTEIN);
Discovery teslaCoil = new Discovery("Tesla Coil", LongAutoID_TESLA);
Discovery foo = new Discovery(null, LongAutoID_TESLA);
pm.insert(radioactivity, relativity, teslaCoil, foo).get();
SienaFuture<Discovery> relativity2 = pm.createQuery(Discovery.class).filter("discoverer", LongAutoID_EINSTEIN).get();
SienaFuture<Discovery> foo2 = pm.createQuery(Discovery.class).filter("name", null).get();
assertTrue(relativity.name.equals(relativity2.get().name));
assertTrue(foo.id.equals(foo2.get().id));
}
public void testMultipleKeys() {
if(!supportsMultipleKeys()) return;
MultipleKeys a = new MultipleKeys();
a.id1 = "aid1";
a.id2 = "aid2";
a.name = "first";
a.parent = null;
pm.insert(a);
MultipleKeys b = new MultipleKeys();
b.id1 = "bid1";
b.id2 = "bid2";
b.name = "second";
b.parent = null;
pm.insert(b);
b.parent = a;
pm.update(b);
}
public void testDataTypesNull() {
DataTypes dataTypes = new DataTypes();
pm.insert(dataTypes).get();
assertEqualsDataTypes(dataTypes, pm.createQuery(DataTypes.class).get().get());
}
public void testDataTypesNotNull() {
char[] c = new char[501];
Arrays.fill(c, 'x');
DataTypes dataTypes = new DataTypes();
dataTypes.typeByte = 1;
dataTypes.typeShort = 2;
dataTypes.typeInt = 3;
dataTypes.typeLong = 4;
dataTypes.typeFloat = 5;
dataTypes.typeDouble = 6;
dataTypes.typeDate = new Date();
dataTypes.typeString = "hello";
dataTypes.typeLargeString = new String(c);
dataTypes.typeJson = map().put("foo", "bar");
dataTypes.addresses = new ArrayList<Address>();
dataTypes.addresses.add(new Address("Castellana", "Madrid"));
dataTypes.addresses.add(new Address("Diagonal", "Barcelona"));
dataTypes.contacts = new HashMap<String, Contact>();
dataTypes.contacts.put("id1", new Contact("Somebody", Arrays.asList("foo", "bar")));
// Blob
dataTypes.typeBlob = new byte[] {
(byte)0x01, (byte)0x02, (byte)0x03, (byte)0x04,
(byte)0x10, (byte)0X11, (byte)0xF0, (byte)0xF1,
(byte)0xF9, (byte)0xFF };
dataTypes.typeEnum = EnumLong.ALPHA;
pm.insert(dataTypes).get();
// to test that fields are read back correctly
pm.createQuery(DataTypes.class).filter("id", dataTypes.id).get();
SienaFuture<DataTypes> same = pm.createQuery(DataTypes.class).get();
assertEqualsDataTypes(dataTypes, same.get());
}
private void assertEqualsDataTypes(DataTypes dataTypes, DataTypes same) {
assertEquals(dataTypes.id, same.id);
assertEquals(dataTypes.typeByte, same.typeByte);
assertEquals(dataTypes.typeShort, same.typeShort);
assertEquals(dataTypes.typeInt, same.typeInt);
assertEquals(dataTypes.typeLong, same.typeLong);
assertEquals(dataTypes.typeFloat, same.typeFloat);
assertEquals(dataTypes.typeDouble, same.typeDouble);
if(dataTypes.typeDate != null && same.typeDate != null) {
assertEquals(dataTypes.typeDate.getTime() / 1000, same.typeDate.getTime() / 1000);
} else {
assertNull(dataTypes.typeDate);
assertNull(same.typeDate);
}
assertEquals(dataTypes.typeString, same.typeString);
assertEquals(dataTypes.typeLargeString, same.typeLargeString);
assertEquals(dataTypes.typeJson, same.typeJson);
if(dataTypes.addresses != null && same.addresses != null) {
assertEquals(dataTypes.addresses.size(), same.addresses.size());
int size = dataTypes.addresses.size();
for (int i=0; i<size; i++) {
assertEquals(dataTypes.addresses.get(i), same.addresses.get(i));
}
} else {
assertNull(dataTypes.addresses);
assertNull(same.addresses);
}
if(dataTypes.contacts != null && same.contacts != null) {
assertEquals(dataTypes.contacts.size(), same.contacts.size());
for (String key : dataTypes.contacts.keySet()) {
assertEquals(dataTypes.contacts.get(key).name, same.contacts.get(key).name);
List<String> a = dataTypes.contacts.get(key).tags;
List<String> b = same.contacts.get(key).tags;
assertEquals(a.size(), b.size());
for (String string : b) {
assertTrue(a.contains(string));
}
}
} else {
assertNull(dataTypes.contacts);
assertNull(same.contacts);
}
if(dataTypes.typeBlob != null && same.typeBlob != null) {
assertTrue(Arrays.equals(dataTypes.typeBlob, same.typeBlob));
} else {
assertNull(dataTypes.typeBlob);
assertNull(same.typeBlob);
}
if(dataTypes.typeEnum != null && same.typeEnum != null) {
assertEquals(dataTypes.typeEnum.getCode(), same.typeEnum.getCode());
} else {
assertNull(dataTypes.typeEnum);
assertNull(same.typeEnum);
}
}
public void testQueryDelete() {
Discovery radioactivity = new Discovery("Radioactivity", LongAutoID_CURIE);
Discovery relativity = new Discovery("Relativity", LongAutoID_EINSTEIN);
Discovery teslaCoil = new Discovery("Tesla Coil", LongAutoID_TESLA);
pm.insert(radioactivity, relativity, teslaCoil).get();
int n = pm.createQuery(Discovery.class).delete().get();
assertEquals(3, n);
List<Discovery> res = pm.createQuery(Discovery.class).fetch().get();
assertEquals(0, res.size());
}
public void testQueryDeleteFiltered() {
Discovery radioactivity = new Discovery("Radioactivity", LongAutoID_CURIE);
Discovery relativity = new Discovery("Relativity", LongAutoID_EINSTEIN);
Discovery foo = new Discovery("Foo", LongAutoID_EINSTEIN);
Discovery teslaCoil = new Discovery("Tesla Coil", LongAutoID_TESLA);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
int n = pm.createQuery(Discovery.class).filter("discoverer", LongAutoID_EINSTEIN).delete().get();
assertEquals(2, n);
List<Discovery> res = pm.createQuery(Discovery.class).order("name").fetch().get();
assertEquals(2, res.size());
assertEquals(radioactivity, res.get(0));
assertEquals(teslaCoil, res.get(1));
}
public void testJoin() {
Discovery radioactivity = new Discovery("Radioactivity", LongAutoID_CURIE);
Discovery relativity = new Discovery("Relativity", LongAutoID_EINSTEIN);
Discovery foo = new Discovery("Foo", LongAutoID_EINSTEIN);
Discovery teslaCoil = new Discovery("Tesla Coil", LongAutoID_TESLA);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
SienaFuture<List<Discovery>> future = pm.createQuery(Discovery.class).join("discoverer").order("name").fetch();
List<Discovery> res = future.get();
assertEquals(4, res.size());
assertEquals(foo, res.get(0));
assertEquals(radioactivity, res.get(1));
assertEquals(relativity, res.get(2));
assertEquals(teslaCoil, res.get(3));
assertEquals(LongAutoID_EINSTEIN, res.get(0).discoverer);
assertEquals(LongAutoID_CURIE, res.get(1).discoverer);
assertEquals(LongAutoID_EINSTEIN, res.get(2).discoverer);
assertEquals(LongAutoID_TESLA, res.get(3).discoverer);
}
public void testJoinSortFields() {
Discovery radioactivity = new Discovery("Radioactivity", LongAutoID_CURIE);
Discovery relativity = new Discovery("Relativity", LongAutoID_EINSTEIN);
Discovery foo = new Discovery("Foo", LongAutoID_EINSTEIN);
Discovery teslaCoil = new Discovery("Tesla Coil", LongAutoID_TESLA);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
SienaFuture<List<Discovery>> future = pm.createQuery(Discovery.class).join("discoverer", "firstName").order("name").fetch();
List<Discovery> res = future.get();
assertEquals(4, res.size());
assertEquals(foo, res.get(0));
assertEquals(relativity, res.get(1));
assertEquals(radioactivity, res.get(2));
assertEquals(teslaCoil, res.get(3));
assertEquals(LongAutoID_EINSTEIN, res.get(0).discoverer);
assertEquals(LongAutoID_EINSTEIN, res.get(1).discoverer);
assertEquals(LongAutoID_CURIE, res.get(2).discoverer);
assertEquals(LongAutoID_TESLA, res.get(3).discoverer);
}
public void testJoinAnnotation() {
Discovery4Join radioactivity = new Discovery4Join("Radioactivity", LongAutoID_CURIE, LongAutoID_TESLA);
Discovery4Join relativity = new Discovery4Join("Relativity", LongAutoID_EINSTEIN, LongAutoID_TESLA);
Discovery4Join foo = new Discovery4Join("Foo", LongAutoID_EINSTEIN, LongAutoID_EINSTEIN);
Discovery4Join teslaCoil = new Discovery4Join("Tesla Coil", LongAutoID_TESLA, LongAutoID_CURIE);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
SienaFuture<List<Discovery4Join>> future = pm.createQuery(Discovery4Join.class).fetch();
List<Discovery4Join> res = future.get();
assertEquals(4, res.size());
assertEquals(radioactivity, res.get(0));
assertEquals(relativity, res.get(1));
assertEquals(foo, res.get(2));
assertEquals(teslaCoil, res.get(3));
assertEquals(LongAutoID_CURIE, res.get(0).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(1).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(2).discovererJoined);
assertEquals(LongAutoID_TESLA, res.get(3).discovererJoined);
assertEquals(LongAutoID_TESLA.id, res.get(0).discovererNotJoined.id);
assertEquals(LongAutoID_TESLA.id, res.get(1).discovererNotJoined.id);
assertEquals(LongAutoID_EINSTEIN.id, res.get(2).discovererNotJoined.id);
assertEquals(LongAutoID_CURIE.id, res.get(3).discovererNotJoined.id);
assertTrue(res.get(0).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(1).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(2).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(3).discovererNotJoined.isOnlyIdFilled());
}
public void testFetchPrivateFields() {
DiscoveryPrivate radioactivity = new DiscoveryPrivate(1L, "Radioactivity", LongAutoID_CURIE);
DiscoveryPrivate relativity = new DiscoveryPrivate(2L, "Relativity", LongAutoID_EINSTEIN);
DiscoveryPrivate foo = new DiscoveryPrivate(3L, "Foo", LongAutoID_EINSTEIN);
DiscoveryPrivate teslaCoil = new DiscoveryPrivate(4L, "Tesla Coil", LongAutoID_TESLA);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
SienaFuture<List<DiscoveryPrivate>> future = pm.createQuery(DiscoveryPrivate.class).order("name").fetch();
List<DiscoveryPrivate> res = future.get();
assertEquals(foo, res.get(0));
assertEquals(radioactivity, res.get(1));
assertEquals(relativity, res.get(2));
assertEquals(teslaCoil, res.get(3));
}
public void testFetchPaginateStatelessNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
}
public void testFetchPaginateStatelessNextPageToEnd() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
}
public void testFetchPaginateStatelessNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future1 = query.fetch();
SienaFuture<List<Discovery>> future2 = query.nextPage().fetch();
List<Discovery> res = future1.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
res = future2.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
}
public void testFetchPaginateStatelessPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.previousPage().fetch();
List<Discovery> res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchPaginateStatelessPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.nextPage().fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchPaginateStatelessPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+10], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchPaginateStatefulNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
}
public void testFetchPaginateStatefulNextPageToEnd() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name").stateful();
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
}
public void testFetchPaginateStatefulNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future1 = query.fetch();
SienaFuture<List<Discovery>> future2 = query.nextPage().fetch();
List<Discovery> res = future1.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
res = future2.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
}
public void testFetchPaginateStatefulPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future = query.previousPage().fetch();
List<Discovery> res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchPaginateStatefulPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchPaginateStatefulPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+10], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchKeysPaginateStatelessNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatelessNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future1 = query.fetchKeys();
SienaFuture<List<Discovery>> future2 = query.nextPage().fetchKeys();
List<Discovery> res = future1.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
res = future2.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatelessPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.previousPage().fetchKeys();
List<Discovery> res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(0, res.size());
}
public void testFetchKeysPaginateStatelessPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<List<Discovery>> future = query.nextPage().fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatelessPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+10].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatefulNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatefulNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future1 = query.fetchKeys();
SienaFuture<List<Discovery>> future2 = query.nextPage().fetchKeys();
List<Discovery> res = future1.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
res = future2.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatefulPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future = query.previousPage().fetchKeys();
List<Discovery> res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(0, res.size());
}
public void testFetchKeysPaginateStatefulPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchKeysPaginateStatefulPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+10].id, res.get(i).id);
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
}
}
public void testIterPaginateStatelessNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
try {
SienaFuture<Iterable<Discovery>> res = query.iter();
Iterator<Discovery> it = res.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(5, i);
res = query.nextPage().iter();
it = res.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
}finally {
query.release();
}
}
public void testIterPaginateStatelessNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<Iterable<Discovery>> future1 = query.iter();
SienaFuture<Iterable<Discovery>> future2 = query.nextPage().iter();
Iterator<Discovery> it = future1.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(5, i);
it = future2.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
}
public void testIterPaginateStatelessPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<Iterable<Discovery>> future = query.previousPage().iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(0, i);
future = query.previousPage().iter();
i=0;
it = future.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(0, i);
}
public void testIterPaginateStatelessPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("name");
SienaFuture<Iterable<Discovery>> future = query.nextPage().iter();
Iterator<Discovery> it = future.get().iterator();
int i=5;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
future = query.previousPage().iter();
it = future.get().iterator();
i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(5, i);
}
public void testIterPaginateStatelessPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(5, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(15, i);
future = query.previousPage().iter();
it = future.get().iterator();
i=5;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
future = query.previousPage().iter();
it = future.get().iterator();
i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(5, i);
}
public void testIterPaginateStatefulNextPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(10, i);
}
public void testIterPaginateStatefulNextPageRealAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<Iterable<Discovery>> future1 = query.iter();
SienaFuture<Iterable<Discovery>> future2 = query.nextPage().iter();
Iterator<Discovery> it = future1.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
it = future2.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
}
public void testIterPaginateStatefulPreviousPageFromScratch() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<Iterable<Discovery>> future = query.previousPage().iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(0, i);
it = future.get().iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(0, i);
}
public void testIterPaginateStatefulPreviousPage() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
future = query.previousPage().iter();
it = future.get().iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
}
public void testIterPaginateStatefulPreviousPageAsync() {
Discovery[] discs = new Discovery[10];
for(int i=0; i<10; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("name");
SienaFuture<Iterable<Discovery>> future1 = query.iter();
SienaFuture<Iterable<Discovery>> future2 = query.nextPage().iter();
SienaFuture<Iterable<Discovery>> future3 = query.previousPage().iter();
Iterator<Discovery> it = future1.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
it = future2.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
it = future3.get().iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
}
public void testIterPaginateStatefulPreviouPageSeveralTimes() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(15, i);
future = query.previousPage().iter();
i=5;
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
future = query.previousPage().iter();
i=0;
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
}
public void testIterPaginateStatefulSeveralTimesRealAsync() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
SienaFuture<Iterable<Discovery>> future2 = query.nextPage().iter();
SienaFuture<Iterable<Discovery>> future3 = query.nextPage().iter();
SienaFuture<Iterable<Discovery>> future4 = query.previousPage().iter();
SienaFuture<Iterable<Discovery>> future5 = query.previousPage().iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
it = future2.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
it = future3.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(15, i);
i=5;
it = future4.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
i=0;
it = future5.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
}
public void testIterLotsOfEntitiesStateless(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testIterLotsOfEntitiesStateful(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testIterLotsOfEntitiesStatefulMixed(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter(50);
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.iter(50,50);
it = future.get().iterator();
i=100;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
future = query.iter(50,100);
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testIterLotsOfEntitiesStatefulMixed2(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.paginate(50).iter();
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.iter(50,50);
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
}
public void testIterLotsOfEntitiesStatefulMixed3(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.iter(50);
Iterator<Discovery> it = future.get().iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.paginate(50).iter();
it = future.get().iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.iter();
it = future.get().iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.nextPage().iter();
it = future.get().iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testFetchLotsOfEntitiesStatefulMixed(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.paginate(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testFetchLotsOfEntitiesStatefulMixed2(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetch(50);
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.paginate(50).fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+100], res.get(i));
}
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+100], res.get(i));
}
}
public void testFetchIterLotsOfEntitiesStatefulMixed(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetch(50);
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
SienaFuture<Iterable<Discovery>> future2 = query.iter(50);
Iterator<Discovery> it = future2.get().iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.paginate(25).fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+100], res.get(i));
}
future2 = query.nextPage().iter();
it = future2.get().iterator();
i=125;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+100], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+75], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+75], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+100], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+125], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(0, res.size());
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+125], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+100], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+75], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i+25], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(25, res.size());
for(i=0; i<25; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testFetchIterLotsOfEntitiesStatefulMixed2(){
Discovery[] discs = new Discovery[200];
for(int i=0; i<200; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.fetch(50);
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
SienaFuture<Iterable<Discovery>> future2 = query.iter(50);
Iterator<Discovery> it = future2.get().iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(i=0; i<50; i++){
assertEquals(discs[i+100], res.get(i));
}
future2 = query.iter(50);
it = future2.get().iterator();
i=150;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(200, i);
}
public void testSearchSingle() {
Discovery4Search[] discs = new Discovery4Search[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery4Search("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery4Search> query =
pm.createQuery(Discovery4Search.class).search("Disc_5", "name");
SienaFuture<List<Discovery4Search>> future = query.fetch();
List<Discovery4Search> res = future.get();
assertEquals(1, res.size());
assertEquals(discs[5], res.get(0));
}
public void testSearchSingleKeysOnly() {
Discovery4Search[] discs = new Discovery4Search[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery4Search("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery4Search> query =
pm.createQuery(Discovery4Search.class).search("Disc_5", "name");
SienaFuture<List<Discovery4Search>> future = query.fetchKeys();
List<Discovery4Search> res = future.get();
assertEquals(1, res.size());
assertEquals(discs[5].id, res.get(0).id);
assertTrue(res.get(0).isOnlyIdFilled());
}
public void testSearchSingleTwice() {
Discovery4Search[] discs = new Discovery4Search[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery4Search("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery4Search> query =
pm.createQuery(Discovery4Search.class).search("Disc_5", "name");
SienaFuture<List<Discovery4Search>> future = query.fetch();
List<Discovery4Search> res = future.get();
assertEquals(1, res.size());
assertEquals(discs[5], res.get(0));
query =
pm.createQuery(Discovery4Search.class).search("Disc_48", "name");
future = query.fetch();
res = future.get();
assertEquals(1, res.size());
assertEquals(discs[48], res.get(0));
}
public void testSearchSingleCount() {
Discovery4Search[] discs = new Discovery4Search[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery4Search("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery4Search> query =
pm.createQuery(Discovery4Search.class).search("Disc_5", "name");
int res = query.count().get();
assertEquals(1, res);
}
public void testBatchInsert() {
Object[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
SienaFuture<Integer> resf = pm.insert(discs);
assertEquals(discs.length, (int)resf.get());
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.length, res.size());
int i=0;
for(Discovery disc:res){
assertEquals(discs[i++], disc);
}
}
public void testBatchInsertList() {
List<Discovery> discs = new ArrayList<Discovery>();
for(int i=0; i<100; i++){
discs.add(new Discovery("Disc_"+i, LongAutoID_CURIE));
}
SienaFuture<Integer> resf = pm.insert(discs);
assertEquals(discs.size(), (int)resf.get());
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.size(), res.size());
int i=0;
for(Discovery disc:res){
assertEquals(discs.get(i++), disc);
}
}
public void testBatchDelete() {
Object[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert(discs).get();
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.length, res.size());
SienaFuture<Integer> resf = pm.delete(discs);
assertEquals(discs.length, (int)resf.get());
future =
pm.createQuery(Discovery.class).fetch();
res = future.get();
assertEquals(0, res.size());
}
public void testBatchDeleteList() {
List<Discovery> discs = new ArrayList<Discovery>();
for(int i=0; i<100; i++){
Discovery disc = new Discovery("Disc_"+i, LongAutoID_CURIE);
discs.add(disc);
}
pm.insert(discs).get();
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.size(), res.size());
pm.delete(discs).get();
future =
pm.createQuery(Discovery.class).fetch();
res = future.get();
assertEquals(0, res.size());
}
public void testBatchDeleteByKeys() {
SienaFuture<Integer> resf = pm.deleteByKeys(PersonStringID.class, "TESLA", "CURIE");
assertEquals(2, (int)resf.get());
List<PersonStringID> res =
pm.createQuery(PersonStringID.class).fetch().get();
assertEquals(1, res.size());
assertEquals(StringID_EINSTEIN, res.get(0));
}
public void testBatchDeleteByKeysList() {
SienaFuture<Integer> resf = pm.deleteByKeys(PersonStringID.class, new ArrayList<String>(){
private static final long serialVersionUID = 1L;
{add("TESLA"); add( "CURIE");}
});
assertEquals(2, (int)resf.get());
List<PersonStringID> res =
pm.createQuery(PersonStringID.class).fetch().get();
assertEquals(1, res.size());
assertEquals(StringID_EINSTEIN, res.get(0));
}
public void testBatchGet() {
Discovery[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
Discovery[] discs2Get = new Discovery[100];
for(int i=0; i<100; i++){
discs2Get[i] = new Discovery();
discs2Get[i].id = discs[i].id;
}
SienaFuture<Integer> resf = pm.get((Object[])discs2Get);
assertEquals(discs.length, (int)resf.get());
assertEquals(discs.length, discs2Get.length);
for(int i=0; i<discs.length; i++){
assertEquals(discs[i], discs2Get[i]);
}
}
public void testBatchGetList() {
Discovery[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
List<Discovery> discs2Get = new ArrayList<Discovery>();
for(int i=0; i<100; i++){
Discovery disc = new Discovery();
disc.id = discs[i].id;
discs2Get.add(disc);
}
SienaFuture<Integer> resf = pm.get(discs2Get);
assertEquals(discs.length, (int)resf.get());
int i=0;
for(Discovery disc:discs2Get){
assertEquals(discs[i++], disc);
}
}
public void testBatchGetByKeys() {
SienaFuture<List<PersonStringID>> future = pm.getByKeys(PersonStringID.class, "TESLA", "CURIE");
List<PersonStringID> res = future.get();
assertEquals(2, res.size());
assertEquals(StringID_TESLA, res.get(0));
assertEquals(StringID_CURIE, res.get(1));
}
public void testBatchGetByKeysList() {
Discovery[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
List<Long> discsKeys = new ArrayList<Long>();
for(int i=0; i<100; i++){
discsKeys.add(discs[i].id);
}
SienaFuture<List<Discovery>> future = pm.getByKeys(Discovery.class, discsKeys);
List<Discovery> discs2Get = future.get();
int i=0;
for(Discovery disc:discs2Get){
assertEquals(discs[i++], disc);
}
}
public void testLimitStateless(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateless().order("id");
SienaFuture<List<Discovery>> future = query.limit(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.limit(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.paginate(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
}
public void testLimitStateful(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.limit(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.fetch(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.paginate(50).fetch(25);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+100], res.get(i));
}
}
public void testOffsetStateless(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.offset(50).fetch();
List<Discovery> res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testOffsetStateful(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.offset(50).fetch();
List<Discovery> res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testOffsetLimitStateless(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.offset(50).limit(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testOffsetLimitStateful(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.offset(50).limit(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testOffsetLimitStatelessPaginate(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.paginate(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.limit(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.offset(50).fetch();
res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.offset(50).limit(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testOffsetLimitStatefulPaginate(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id").stateful();
SienaFuture<List<Discovery>> future = query.paginate(50).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.limit(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
future = query.offset(50).fetch();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+150], res.get(i));
}
future = query.offset(50).limit(25).fetch();
res = future.get();
assertEquals(25, res.size());
for(int i=0; i<25; i++){
assertEquals(discs[i+250], res.get(i));
}
try {
future = query.previousPage().fetch();
}catch(SienaException ex){
return;
}
fail();
}
public void testOffsetLimitStatelessPaginate2(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.limit(50).offset(12).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+12], res.get(i));
}
future = query.offset(13).limit(30).fetch();
res = future.get();
assertEquals(30, res.size());
for(int i=0; i<30; i++){
assertEquals(discs[i+13], res.get(i));
}
future = query.offset(10).limit(30).fetch(15);
res = future.get();
assertEquals(15, res.size());
for(int i=0; i<15; i++){
assertEquals(discs[i+10], res.get(i));
}
future = query.paginate(6).fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+6], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+12], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+6], res.get(i));
}
future = query.offset(10).fetch(10);
res = future.get();
assertEquals(10, res.size());
for(int i=0; i<10; i++){
assertEquals(discs[i+10], res.get(i));
}
try {
future = query.nextPage().fetch();
}catch(SienaException ex){
future = query.paginate(8).fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+8], res.get(i));
}
return;
}
fail();
}
public void testOffsetLimitStatefulPaginate2(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id").stateful();
SienaFuture<List<Discovery>> future = query.limit(50).offset(12).fetch();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+12], res.get(i));
}
future = query.offset(13).limit(30).fetch();
res = future.get();
assertEquals(30, res.size());
for(int i=0; i<30; i++){
assertEquals(discs[i+75], res.get(i));
}
future = query.offset(10).limit(30).fetch(15);
res = future.get();
assertEquals(15, res.size());
for(int i=0; i<15; i++){
assertEquals(discs[i+115], res.get(i));
}
future = query.paginate(6).fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+130], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+136], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+142], res.get(i));
}
future = query.previousPage().fetch();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+136], res.get(i));
}
future = query.offset(10).fetch(10);
res = future.get();
assertEquals(10, res.size());
for(int i=0; i<10; i++){
assertEquals(discs[i+146], res.get(i));
}
try {
future = query.nextPage().fetch();
}catch(SienaException ex){
future = query.paginate(8).fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+156], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+164], res.get(i));
}
}
}
public void testFetchPaginateStatelessTwice() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.paginate(8).fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(7, res.size());
for(int i=0; i<7; i++){
assertEquals(discs[i+8], res.get(i));
}
}
public void testFetchPaginateStatefulTwice() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetch();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.paginate(8).fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+5], res.get(i));
}
future = query.nextPage().fetch();
res = future.get();
assertEquals(2, res.size());
for(int i=0; i<2; i++){
assertEquals(discs[i+13], res.get(i));
}
}
public void testLimitStatelessKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateless().order("id");
SienaFuture<List<Discovery>> future = query.limit(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.limit(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.fetchKeys(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testLimitStatefulKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.limit(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.fetchKeys(50);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(50).fetchKeys(25);
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+100].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetStatelessKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.offset(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetStatefulKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.offset(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetLimitStatelessKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.offset(50).limit(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetLimitStatefulKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future = query.offset(50).limit(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetLimitStatelessPaginateKeys(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.paginate(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.limit(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(50).fetchKeys();
res = future.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(50).limit(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testOffsetLimitStatefulPaginateKeys(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id").stateful();
SienaFuture<List<Discovery>> future = query.paginate(50).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.limit(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(50).fetchKeys();
res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+150].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(50).limit(25).fetchKeys();
res = future.get();
assertEquals(25, res.size());
for(int i=0; i<25; i++){
assertEquals(discs[i+250].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
try {
future = query.previousPage().fetch();
}catch(SienaException ex){
return;
}
fail();
}
public void testOffsetLimitStatelessPaginate2Keys(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<List<Discovery>> future = query.limit(50).offset(12).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+12].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(13).limit(30).fetchKeys();
res = future.get();
assertEquals(30, res.size());
for(int i=0; i<30; i++){
assertEquals(discs[i+13].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(10).limit(30).fetchKeys(15);
res = future.get();
assertEquals(15, res.size());
for(int i=0; i<15; i++){
assertEquals(discs[i+10].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(6).fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+6].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+12].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+6].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(10).fetchKeys(10);
res = future.get();
assertEquals(10, res.size());
for(int i=0; i<10; i++){
assertEquals(discs[i+10].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
try {
future = query.nextPage().fetchKeys();
}catch(SienaException ex){
future = query.paginate(8).fetch();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i].id, res.get(i).id);
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+8].id, res.get(i).id);
}
}
}
public void testOffsetLimitStatefulPaginate2Keys(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id").stateful();
SienaFuture<List<Discovery>> future = query.limit(50).offset(12).fetchKeys();
List<Discovery> res = future.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+12].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(13).limit(30).fetchKeys();
res = future.get();
assertEquals(30, res.size());
for(int i=0; i<30; i++){
assertEquals(discs[i+75].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(10).limit(30).fetchKeys(15);
res = future.get();
assertEquals(15, res.size());
for(int i=0; i<15; i++){
assertEquals(discs[i+115].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(6).fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+130].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+136].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+142].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.previousPage().fetchKeys();
res = future.get();
assertEquals(6, res.size());
for(int i=0; i<6; i++){
assertEquals(discs[i+136].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.offset(10).fetchKeys(10);
res = future.get();
assertEquals(10, res.size());
for(int i=0; i<10; i++){
assertEquals(discs[i+146].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
try {
future = query.nextPage().fetchKeys();
}catch(SienaException ex){
future = query.paginate(8).fetchKeys();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+156].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+164].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
}
public void testFetchPaginateStatelessTwiceKeys() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(8).fetchKeys();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(7, res.size());
for(int i=0; i<7; i++){
assertEquals(discs[i+8].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testFetchPaginateStatefulTwiceKeys() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().paginate(5).order("id");
SienaFuture<List<Discovery>> future = query.fetchKeys();
List<Discovery> res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.paginate(8).fetchKeys();
res = future.get();
assertEquals(8, res.size());
for(int i=0; i<8; i++){
assertEquals(discs[i+5].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
future = query.nextPage().fetchKeys();
res = future.get();
assertEquals(2, res.size());
for(int i=0; i<2; i++){
assertEquals(discs[i+13].id, res.get(i).id);
assertTrue(res.get(i).isOnlyIdFilled());
}
}
public void testLimitStatelessIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateless().order("id");
SienaFuture<Iterable<Discovery>> future = query.limit(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.limit(50).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.iter(50);
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.paginate(50).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
}
public void testLimitStatefulIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.limit(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.iter(50);
iter = future.get();
it = iter.iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.paginate(50).iter(25);
iter = future.get();
it = iter.iterator();
i=100;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testOffsetStatelessIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> future = query.offset(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testOffsetStatefulIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.offset(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
}
public void testOffsetLimitStatelessIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> future = query.offset(50).limit(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
}
public void testOffsetLimitStatefulIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.offset(50).limit(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
}
public void testOffsetLimitStatelessPaginateIter(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> future = query.paginate(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.limit(50).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.offset(50).iter();
iter = future.get();
it = iter.iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(150, i);
future = query.offset(50).limit(50).iter();
iter = future.get();
it = iter.iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
}
public void testOffsetLimitStatefulPaginateIter(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.paginate(50).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(50, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.limit(50).iter();
iter = future.get();
it = iter.iterator();
i=50;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(100, i);
future = query.offset(50).iter();
iter = future.get();
it = iter.iterator();
i=150;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(200, i);
future = query.offset(50).limit(25).iter();
iter = future.get();
it = iter.iterator();
i=250;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(275, i);
try {
future = query.previousPage().iter();
}catch(SienaException ex){
return;
}
fail();
}
public void testOffsetLimitStatelessPaginate2Iter(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> future = query.limit(50).offset(12).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=12;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(62, i);
future = query.offset(13).limit(30).iter();
iter = future.get();
it = iter.iterator();
i=13;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(43, i);
future = query.offset(10).limit(30).iter(15);
iter = future.get();
it = iter.iterator();
i=10;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(25, i);
future = query.paginate(6).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(6, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=6;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(12, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=12;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(18, i);
future = query.previousPage().iter();
iter = future.get();
it = iter.iterator();
i=6;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(12, i);
future = query.offset(10).iter(10);
iter = future.get();
it = iter.iterator();
i=10;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(20, i);
try {
future = query.nextPage().iter();
}catch(SienaException ex){
future = query.paginate(8).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(8, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=8;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(16, i);
return;
}
fail();
}
public void testOffsetLimitStatefulPaginate2Iter(){
Discovery[] discs = new Discovery[300];
for(int i=0; i<300; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> future = query.limit(50).offset(12).iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=12;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(62, i);
future = query.offset(13).limit(30).iter();
iter = future.get();
it = iter.iterator();
i=75;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(105, i);
future = query.offset(10).limit(30).iter(15);
iter = future.get();
it = iter.iterator();
i=115;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(130, i);
future = query.paginate(6).iter();
iter = future.get();
it = iter.iterator();
i=130;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(136, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=136;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(142, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=142;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(148, i);
future = query.previousPage().iter();
iter = future.get();
it = iter.iterator();
i=136;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(142, i);
future = query.offset(10).iter(10);
iter = future.get();
it = iter.iterator();
i=146;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(156, i);
try {
future = query.nextPage().iter();
}catch(SienaException ex){
future = query.paginate(8).iter();
iter = future.get();
it = iter.iterator();
i=156;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(164, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=164;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(172, i);
return;
}
fail();
}
public void testFetchPaginateStatelessTwiceIter() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).paginate(5).order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=5;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
future = query.paginate(8).iter();
iter = future.get();
it = iter.iterator();
i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(8, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=8;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(15, i);
}
public void testFetchPaginateStatefulTwiceIter() {
Discovery[] discs = new Discovery[15];
for(int i=0; i<15; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().paginate(5).order("id");
SienaFuture<Iterable<Discovery>> future = query.iter();
Iterable<Discovery> iter = future.get();
Iterator<Discovery> it = iter.iterator();
int i=0;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(5, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=5;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(10, i);
future = query.paginate(8).iter();
iter = future.get();
it = iter.iterator();
i=5;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(13, i);
future = query.nextPage().iter();
iter = future.get();
it = iter.iterator();
i=13;
while(it.hasNext()){
Discovery disc = it.next();
assertEquals(discs[i++], disc);
}
assertEquals(15, i);
}
public void testLimitStatelessRealAsync(){
Discovery[] discs = new Discovery[150];
for(int i=0; i<150; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateless().order("id");
SienaFuture<List<Discovery>> future1 = query.limit(50).fetch();
SienaFuture<List<Discovery>> future2 = query.offset(50).fetch();
SienaFuture<List<Discovery>> future21 = query.limit(70).offset(30).fetch();
SienaFuture<List<Discovery>> future3 = query.fetch(50);
SienaFuture<List<Discovery>> future4 = query.paginate(50).fetch();
SienaFuture<List<Discovery>> future5 = query.nextPage().fetch();
SienaFuture<List<Discovery>> future6 = query.nextPage().fetch();
SienaFuture<List<Discovery>> future7 = query.previousPage().fetch();
List<Discovery> res = future1.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
res = future2.get();
assertEquals(100, res.size());
for(int i=0; i<100; i++){
assertEquals(discs[i+50], res.get(i));
}
res = future21.get();
assertEquals(70, res.size());
for(int i=0; i<70; i++){
assertEquals(discs[i+30], res.get(i));
}
res = future3.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
res = future4.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
res = future5.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
res = future6.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+100], res.get(i));
}
res = future7.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+50], res.get(i));
}
}
public void testLimitStatefulRealAsync(){
Discovery[] discs = new Discovery[320];
for(int i=0; i<320; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<List<Discovery>> future1 = query.limit(50).fetch();
SienaFuture<List<Discovery>> future2 = query.offset(5).fetch(5);
SienaFuture<List<Discovery>> future21 = query.limit(70).offset(30).fetch();
SienaFuture<List<Discovery>> future3 = query.fetch(50);
SienaFuture<List<Discovery>> future4 = query.paginate(50).fetch();
SienaFuture<List<Discovery>> future5 = query.nextPage().fetch();
SienaFuture<List<Discovery>> future6 = query.nextPage().fetch();
SienaFuture<List<Discovery>> future7 = query.previousPage().fetch();
List<Discovery> res = future1.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i], res.get(i));
}
res = future2.get();
assertEquals(5, res.size());
for(int i=0; i<5; i++){
assertEquals(discs[i+55], res.get(i));
}
// 60
res = future21.get();
assertEquals(70, res.size());
for(int i=0; i<70; i++){
assertEquals(discs[i+90], res.get(i));
}
// 160
res = future3.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+160], res.get(i));
}
res = future4.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+210], res.get(i));
}
res = future5.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+260], res.get(i));
}
res = future6.get();
assertEquals(10, res.size());
for(int i=0; i<10; i++){
assertEquals(discs[i+310], res.get(i));
}
res = future7.get();
assertEquals(50, res.size());
for(int i=0; i<50; i++){
assertEquals(discs[i+260], res.get(i));
}
}
public void testFetchStringAutoInc() {
PersonStringAutoIncID person = new PersonStringAutoIncID("TEST1", "TEST2", "TEST3", "TEST4", 123);
pm.insert(person).get();
SienaFuture<List<PersonStringAutoIncID>> future = pm.getByKeys(PersonStringAutoIncID.class, "TEST1");
List<PersonStringAutoIncID> l = future.get();
assertEquals(person, l.get(0));
}
public void testInsertObjectWithNullJoinObject() {
Discovery4Join model = new Discovery4Join();
model.discovererJoined = null; // explicitly set the join object to null
pm.insert(model).get();
QueryAsync<Discovery4Join> query = pm.createQuery(Discovery4Join.class)
.filter("id", model.id);
Discovery4Join modelFromDatabase = pm.get(query).get();
assertNull(modelFromDatabase.discovererJoined);
}
public void testInsertObjectWithDoubleNullJoinObject() {
Discovery4Join2 model = new Discovery4Join2();
model.discovererJoined = null; // explicitly set the join object to null
model.discovererJoined2 = null; // explicitly set the join object to
// null
pm.insert(model).get();
QueryAsync<Discovery4Join2> query = pm.createQuery(Discovery4Join2.class)
.filter("id", model.id);
Discovery4Join2 modelFromDatabase = pm.get(query).get();
assertNull(modelFromDatabase.discovererJoined);
assertNull(modelFromDatabase.discovererJoined2);
}
public void testJoinAnnotationDouble() {
Discovery4Join2 radioactivity = new Discovery4Join2("Radioactivity",
LongAutoID_CURIE, LongAutoID_TESLA);
Discovery4Join2 relativity = new Discovery4Join2("Relativity",
LongAutoID_EINSTEIN, LongAutoID_TESLA);
Discovery4Join2 foo = new Discovery4Join2("Foo", LongAutoID_EINSTEIN,
LongAutoID_EINSTEIN);
Discovery4Join2 teslaCoil = new Discovery4Join2("Tesla Coil",
LongAutoID_TESLA, LongAutoID_CURIE);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
List<Discovery4Join2> res = pm.createQuery(Discovery4Join2.class)
.fetch().get();
assertEquals(4, res.size());
assertEquals(radioactivity, res.get(0));
assertEquals(relativity, res.get(1));
assertEquals(foo, res.get(2));
assertEquals(teslaCoil, res.get(3));
assertEquals(LongAutoID_CURIE, res.get(0).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(1).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(2).discovererJoined);
assertEquals(LongAutoID_TESLA, res.get(3).discovererJoined);
assertEquals(LongAutoID_TESLA, res.get(0).discovererJoined2);
assertEquals(LongAutoID_TESLA, res.get(1).discovererJoined2);
assertEquals(LongAutoID_EINSTEIN, res.get(2).discovererJoined2);
assertEquals(LongAutoID_CURIE, res.get(3).discovererJoined2);
}
public void testBatchUpdate() {
Object[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert(discs).get();
List<Discovery> res =
pm.createQuery(Discovery.class).fetch().get();
assertEquals(discs.length, res.size());
for(int i=0; i<100; i++){
((Discovery)discs[i]).discoverer = LongAutoID_EINSTEIN;
}
int nb = pm.update(discs).get();
assertEquals(discs.length, nb);
res =
pm.createQuery(Discovery.class).fetch().get();
int i=0;
for(Discovery disc:res){
assertEquals(discs[i++], disc);
}
}
public void testBatchUpdateList() {
List<Discovery> discs = new ArrayList<Discovery>();
for(int i=0; i<100; i++){
discs.add(new Discovery("Disc_"+i, LongAutoID_CURIE));
}
int nb = pm.insert(discs).get();
assertEquals(discs.size(), nb);
List<Discovery> res =
pm.createQuery(Discovery.class).fetch().get();
assertEquals(discs.size(), res.size());
for(Discovery d: discs){
d.discoverer = LongAutoID_EINSTEIN;
}
nb = pm.update(discs).get();
assertEquals(discs.size(), nb);
res =
pm.createQuery(Discovery.class).fetch().get();
int i=0;
for(Discovery disc:res){
assertEquals(discs.get(i++), disc);
}
}
public void testIterPerPageStateless(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> iter = query.iterPerPage(50);
int i=0;
for(Discovery disc: iter.get()){
assertEquals(discs[i++], disc);
}
assertEquals(500, i);
}
public void testIterPerPageStateless2(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> iter = query.iterPerPage(50);
Iterator<Discovery> it = iter.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(500, i);
}
public void testIterPerPageStateless3(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).order("id");
SienaFuture<Iterable<Discovery>> iter = query.offset(25).iterPerPage(50);
Iterator<Discovery> it = iter.get().iterator();
int i=25;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(500, i);
}
public void testIterPerPageStateful(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> iter = query.iterPerPage(50);
int i=0;
for(Discovery disc: iter.get()){
assertEquals(discs[i++], disc);
}
assertEquals(500, i);
}
public void testIterPerPageStateful2(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> iter = query.iterPerPage(50);
Iterator<Discovery> it = iter.get().iterator();
int i=0;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(500, i);
}
public void testIterPerPageStatefull3(){
Discovery[] discs = new Discovery[500];
for(int i=0; i<500; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.insert((Object[])discs).get();
QueryAsync<Discovery> query = pm.createQuery(Discovery.class).stateful().order("id");
SienaFuture<Iterable<Discovery>> iter = query.offset(25).iterPerPage(50);
Iterator<Discovery> it = iter.get().iterator();
int i=25;
while(it.hasNext()){
assertEquals(discs[i++], it.next());
}
assertEquals(500, i);
}
public void testGetByKeyUUID() {
PersonUUID curie = pm.getByKey(PersonUUID.class, UUID_CURIE.id).get();
assertEquals(UUID_CURIE, curie);
}
public void testGetByKeyLongAutoID() {
PersonLongAutoID curie = pm.getByKey(PersonLongAutoID.class, LongAutoID_CURIE.id).get();
assertEquals(LongAutoID_CURIE, curie);
}
public void testGetByKeyLongManualID() {
PersonLongManualID curie = pm.getByKey(PersonLongManualID.class, LongManualID_CURIE.id).get();
assertEquals(LongManualID_CURIE, curie);
}
public void testGetByKeyStringID() {
PersonStringID curie = pm.getByKey(PersonStringID.class, StringID_CURIE.id).get();
assertEquals(StringID_CURIE, curie);
}
public void testSaveLongAutoID() {
PersonLongAutoID maxwell = new PersonLongAutoID();
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.save(maxwell).get();
assertNotNull(maxwell.id);
SienaFuture<List<PersonLongAutoID>> future = queryPersonLongAutoIDOrderBy("n", 0, false).fetch();
List<PersonLongAutoID> people = future.get();
assertEquals(4, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
assertEquals(LongAutoID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
maxwell.firstName = "James Clerk UPD";
maxwell.lastName = "Maxwell UPD";
maxwell.city = "Edinburgh UPD";
maxwell.n = 5;
pm.save(maxwell).get();
assertNotNull(maxwell.id);
future = queryPersonLongAutoIDOrderBy("n", 0, false).fetch();
people = future.get();
assertEquals(4, people.size());
assertEquals(LongAutoID_TESLA, people.get(0));
assertEquals(LongAutoID_CURIE, people.get(1));
assertEquals(LongAutoID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testSaveUUID() {
PersonUUID maxwell = new PersonUUID();
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.save(maxwell).get();
assertNotNull(maxwell.id);
SienaFuture<List<PersonUUID>> future = queryPersonUUIDOrderBy("n", 0, false).fetch();
List<PersonUUID> people = future.get();
assertEquals(4, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
maxwell.firstName = "James Clerk UPD";
maxwell.lastName = "Maxwell UPD";
maxwell.city = "Edinburgh UPD";
maxwell.n = 5;
pm.save(maxwell).get();
assertNotNull(maxwell.id);
future = queryPersonUUIDOrderBy("n", 0, false).fetch();
people = future.get();
assertEquals(4, people.size());
assertEquals(UUID_TESLA, people.get(0));
assertEquals(UUID_CURIE, people.get(1));
assertEquals(UUID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testSaveLongManualID() {
PersonLongManualID maxwell = new PersonLongManualID();
maxwell.id = 4L;
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.save(maxwell).get();
assertEquals((Long)4L, maxwell.id);
SienaFuture<List<PersonLongManualID>> future = queryPersonLongManualIDOrderBy("n", 0, false).fetch();
List<PersonLongManualID> people = future.get();
assertEquals(4, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
assertEquals(LongManualID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
maxwell.firstName = "James Clerk UPD";
maxwell.lastName = "Maxwell UPD";
maxwell.city = "Edinburgh UPD";
maxwell.n = 5;
pm.save(maxwell).get();
assertEquals((Long)4L, maxwell.id);
future = queryPersonLongManualIDOrderBy("n", 0, false).fetch();
people = future.get();
assertEquals(4, people.size());
assertEquals(LongManualID_TESLA, people.get(0));
assertEquals(LongManualID_CURIE, people.get(1));
assertEquals(LongManualID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testSaveStringID() {
PersonStringID maxwell = new PersonStringID();
maxwell.id = "MAXWELL";
maxwell.firstName = "James Clerk";
maxwell.lastName = "Maxwell";
maxwell.city = "Edinburgh";
maxwell.n = 4;
pm.save(maxwell).get();
assertEquals(maxwell.id, "MAXWELL");
SienaFuture<List<PersonStringID>> future = queryPersonStringIDOrderBy("n", 0, false).fetch();
List<PersonStringID> people = future.get();
assertEquals(4, people.size());
assertEquals(StringID_TESLA, people.get(0));
assertEquals(StringID_CURIE, people.get(1));
assertEquals(StringID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
maxwell.firstName = "James Clerk UPD";
maxwell.lastName = "Maxwell UPD";
maxwell.city = "Edinburgh UPD";
maxwell.n = 5;
pm.save(maxwell).get();
assertEquals(maxwell.id, "MAXWELL");
future = queryPersonStringIDOrderBy("n", 0, false).fetch();
people = future.get();
assertEquals(4, people.size());
assertEquals(StringID_TESLA, people.get(0));
assertEquals(StringID_CURIE, people.get(1));
assertEquals(StringID_EINSTEIN, people.get(2));
assertEquals(maxwell, people.get(3));
}
public void testBatchSave() {
Object[] discs = new Discovery[100];
for(int i=0; i<100; i++){
discs[i] = new Discovery("Disc_"+i, LongAutoID_CURIE);
}
pm.save(discs).get();
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.length, res.size());
int i=0;
for(Discovery disc:res){
assertEquals(discs[i++], disc);
}
for(i=0; i<100; i++){
((Discovery)discs[i]).name += "UPD";
((Discovery)discs[i]).discoverer = LongAutoID_EINSTEIN;
}
int nb = pm.save(discs).get();
assertEquals(discs.length, nb);
future =
pm.createQuery(Discovery.class).fetch();
res = future.get();
i=0;
for(Discovery disc:res){
assertEquals(discs[i++], disc);
}
}
public void testBatchSaveList() {
List<Discovery> discs = new ArrayList<Discovery>();
for(int i=0; i<100; i++){
discs.add(new Discovery("Disc_"+i, LongAutoID_CURIE));
}
int nb = pm.insert(discs).get();
assertEquals(discs.size(), nb);
SienaFuture<List<Discovery>> future =
pm.createQuery(Discovery.class).fetch();
List<Discovery> res = future.get();
assertEquals(discs.size(), res.size());
int i=0;
for(Discovery disc:res){
assertEquals(discs.get(i++), disc);
}
for(i=0; i<100; i++){
((Discovery)discs.get(i)).name += "UPD";
((Discovery)discs.get(i)).discoverer = LongAutoID_EINSTEIN;
}
nb = pm.save(discs).get();
assertEquals(discs.size(), nb);
future =
pm.createQuery(Discovery.class).fetch();
res = future.get();
i=0;
for(Discovery disc:res){
assertEquals(discs.get(i++), disc);
}
}
public void testPolymorphic() {
PolymorphicModel<String> poly = new PolymorphicModel<String>("test");
pm.insert(poly).get();
PolymorphicModel<String> poly2 = pm.getByKey(PolymorphicModel.class, poly.id).get();
assertEquals(poly, poly2);
}
public void testPolymorphic2() {
List<String> arr = new ArrayList<String>();
arr.add("alpha");
arr.add("beta");
PolymorphicModel<List<String>> poly = new PolymorphicModel<List<String>>(arr);
pm.insert(poly).get();
PolymorphicModel<List<String>> poly2 = pm.getByKey(PolymorphicModel.class, poly.id).get();
assertEquals(poly, poly2);
}
public void testEmbeddedModel() {
EmbeddedModel embed = new EmbeddedModel();
embed.id = "embed";
embed.alpha = "test";
embed.beta = 123;
pm.insert(embed).get();
EmbeddedContainerModel container = new EmbeddedContainerModel();
container.id = "container";
container.embed = embed;
pm.insert(container).get();
EmbeddedContainerModel afterContainer = pm.getByKey(EmbeddedContainerModel.class, container.id).get();
assertNotNull(afterContainer);
assertEquals(container.id, afterContainer.id);
assertNotNull(afterContainer.embed);
assertEquals(embed.id, afterContainer.embed.id);
assertEquals(null, afterContainer.embed.alpha);
assertEquals(embed.beta, afterContainer.embed.beta);
}
public void testNoColumn() {
DiscoveryNoColumn radioactivity = new DiscoveryNoColumn("Radioactivity", LongAutoID_CURIE, LongAutoID_TESLA);
DiscoveryNoColumn relativity = new DiscoveryNoColumn("Relativity", LongAutoID_EINSTEIN, LongAutoID_TESLA);
DiscoveryNoColumn foo = new DiscoveryNoColumn("Foo", LongAutoID_EINSTEIN, LongAutoID_EINSTEIN);
DiscoveryNoColumn teslaCoil = new DiscoveryNoColumn("Tesla Coil", LongAutoID_TESLA, LongAutoID_CURIE);
pm.insert(radioactivity, relativity, foo, teslaCoil).get();
List<DiscoveryNoColumn> res = pm.createQuery(DiscoveryNoColumn.class).fetch().get();
assertEquals(4, res.size());
assertEquals(radioactivity, res.get(0));
assertEquals(relativity, res.get(1));
assertEquals(foo, res.get(2));
assertEquals(teslaCoil, res.get(3));
assertEquals(LongAutoID_CURIE, res.get(0).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(1).discovererJoined);
assertEquals(LongAutoID_EINSTEIN, res.get(2).discovererJoined);
assertEquals(LongAutoID_TESLA, res.get(3).discovererJoined);
assertEquals(LongAutoID_TESLA.id, res.get(0).discovererNotJoined.id);
assertEquals(LongAutoID_TESLA.id, res.get(1).discovererNotJoined.id);
assertEquals(LongAutoID_EINSTEIN.id, res.get(2).discovererNotJoined.id);
assertEquals(LongAutoID_CURIE.id, res.get(3).discovererNotJoined.id);
assertTrue(res.get(0).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(1).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(2).discovererNotJoined.isOnlyIdFilled());
assertTrue(res.get(3).discovererNotJoined.isOnlyIdFilled());
}
public void testNoColumnMultipleKeys() {
if(!supportsMultipleKeys()) return;
MultipleKeys mk1 = new MultipleKeys();
mk1.id1 = "aid1";
mk1.id2 = "aid2";
mk1.name = "first";
mk1.parent = null;
pm.insert(mk1).get();
MultipleKeys mk2 = new MultipleKeys();
mk2.id1 = "bid1";
mk2.id2 = "bid2";
mk2.name = "second";
mk2.parent = null;
pm.insert(mk2).get();
mk2.parent = mk1;
pm.update(mk2).get();
DiscoveryNoColumnMultipleKeys disc = new DiscoveryNoColumnMultipleKeys("disc1", mk1, mk2);
pm.insert(disc);
DiscoveryNoColumnMultipleKeys afterDisc = pm.getByKey(DiscoveryNoColumnMultipleKeys.class, disc.id).get();
assertNotNull(afterDisc);
assertEquals("disc1", afterDisc.name);
assertEquals(mk1.id1, afterDisc.mk1.id1);
assertEquals(mk1.id2, afterDisc.mk1.id2);
assertEquals(mk2.id1, afterDisc.mk2.id1);
assertEquals(mk2.id2, afterDisc.mk2.id2);
}
}