public void testMemberListAddRemoveIndependentObjects() throws Exception {
// Drop
removeAll(ListHolder.class);
// Create with many independent objects
ListHolder holder = new ListHolder();
holder.setList(new ArrayList());
holder.getList().add(new Referrer(1));
holder.getList().add(new Referrer(2));
holder.getList().add(new Referrer(3));
getStore().save(holder);
// Now check
Transaction tx =
getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_REQUIRED);
tx.begin();
ListHolder dbHolder = null;
try {
dbHolder = (ListHolder) getStore().findSingle("find listholder");
// Check stats: 1 holder, +1 statement
Assert.assertEquals(dbHolder.getList().size(), 3);
Assert.assertEquals(tx.getStats().getSelectCount(), 2);
} finally {
tx.commit();
}
// Now insert independent
Book book = new Book("Independent Object", "1");
dbHolder.getList().add(book);
getStore().save(dbHolder);
// Now check
tx = getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_REQUIRED);
tx.begin();
try {
dbHolder = (ListHolder) getStore().findSingle("find listholder");
// Check stats: 1 holder, +2 statement
Assert.assertEquals(dbHolder.getList().size(), 4);
Assert.assertEquals(tx.getStats().getSelectCount(), 4);
} finally {
tx.commit();
}
// Now remove indep object
dbHolder.getList().remove(book);
getStore().save(dbHolder);
// Add same class
dbHolder.getList().add(new Referrer(6));
getStore().save(dbHolder);
// Now check
tx = getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_REQUIRED);
tx.begin();
try {
dbHolder = (ListHolder) getStore().findSingle("find listholder");
// Check stats: 1 holder, +2 statement
Assert.assertEquals(dbHolder.getList().size(), 4);
Assert.assertEquals(tx.getStats().getSelectCount(), 3);
} finally {
tx.commit();
}
}
public void testPaging() throws Exception {
int bigEnoughSize = 70;
// Create referrers
createReferrers(bigEnoughSize);
// Query
Transaction tx = getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_NEW);
tx.begin();
List result = getStore().find("find referrer");
// Iterate forward
for (int i = 0; i < bigEnoughSize; i++) result.get(i);
// Iterate backward
for (int i = bigEnoughSize; i > 0; i--) result.get(i - 1);
tx.commit();
// Check how many selects ran (1 count + 3 selects, or
// sometimes, 2 selects, if the cache has enough memory)
Assert.assertTrue(tx.getStats().getSelectCount() < 4);
}
public void testSelectInTransaction() throws Exception {
// Drop books
removeAll(Book.class);
// Create and select
Book book = new Book("Title", "1-2-3-4");
Transaction tx = getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_NEW);
tx.begin();
List result = null;
try {
getStore().save(book);
result = getStore().find("find book");
Assert.assertEquals(result.size(), 1);
Assert.assertEquals(result.get(0), book);
} finally {
tx.commit();
}
// List should contain the object still
((LazyListImpl) result).refresh();
Assert.assertEquals(result.size(), 1);
Assert.assertEquals(result.get(0), book);
}
public void testMemberListSingleClassObjects() throws Exception {
// Drop
removeAll(ListHolder.class);
// Create with many independent objects
ListHolder holder = new ListHolder();
holder.setList(new ArrayList());
holder.getList().add(new Referrer(1));
holder.getList().add(new Referrer(2));
holder.getList().add(new Referrer(3));
getStore().save(holder);
// Now check
Transaction tx =
getStore().getTransactionTracker().getTransaction(TransactionTracker.TX_REQUIRED);
tx.begin();
try {
ListHolder dbHolder = (ListHolder) getStore().findSingle("find listholder");
// Check stats: 1 holder, +1 statement
Assert.assertEquals(dbHolder.getList().size(), 3);
Assert.assertEquals(tx.getStats().getSelectCount(), 2);
} finally {
tx.commit();
}
}
