public void testCreateAndLoadLaptop() throws Exception {
Database database = _category.getDatabase();
database.begin();
ProductDetail detail = new ProductDetail();
detail.setId(10);
detail.setCategory("category 10");
detail.setLocation("location 10");
database.create(detail);
database.commit();
database.begin();
Laptop laptop = new Laptop();
laptop.setId(10);
laptop.setName("laptop 10");
laptop.setCpu("centrino");
laptop.setResolution("1600");
laptop.setWeight(2750);
laptop.setDetail((ProductDetail) database.load(ProductDetail.class, new Integer(10)));
database.create(laptop);
Owner owner = new Owner();
owner.setId(new Integer(10));
owner.setName("owner 10");
owner.setProduct(laptop);
database.commit();
database.begin();
laptop = (Laptop) database.load(Laptop.class, new Integer(10));
database.commit();
assertNotNull(laptop);
assertEquals("ctf.jdo.tc9x.Laptop", laptop.getClass().getName());
assertEquals(10, laptop.getId());
assertEquals("laptop 10", laptop.getName());
database.begin();
database.remove(database.load(Laptop.class, new Integer(10)));
database.remove(database.load(ProductDetail.class, new Integer(10)));
database.commit();
database.begin();
try {
laptop = (Laptop) database.load(Laptop.class, new Integer(10));
fail("Laptop with id 10 still exists.");
} catch (ObjectNotFoundException e) {
assertEquals(
"The object of type ctf.jdo.tc9x.Laptop with identity <10(10)> "
+ "was not found in persistent storage",
e.getMessage());
}
database.commit();
database.close();
}
public void testCreateAndLoadCar() throws Exception {
Database database = _category.getDatabase();
database.begin();
Order order = new Order();
order.setId(11);
order.setName("order 11");
database.create(order);
database.commit();
database.begin();
ProductDetail detail = new ProductDetail();
detail.setId(11);
detail.setCategory("category 11");
detail.setLocation("location 11");
database.create(detail);
database.commit();
database.begin();
Truck truck = new Truck();
truck.setId(11);
truck.setName("truck 11");
truck.setKw(112);
truck.setMake("Fiat");
truck.setMaxWeight(3750);
truck.setDetail((ProductDetail) database.load(ProductDetail.class, new Integer(11)));
database.create(truck);
Collection orders = new LinkedList();
orders.add(database.load(Order.class, new Integer(11)));
truck.setOrders(orders);
database.commit();
database.begin();
Object object = database.load(Car.class, new Integer(11));
assertNotNull(object);
assertEquals("ctf.jdo.tc9x.Truck", object.getClass().getName());
Truck loadedTruck = (Truck) object;
database.commit();
assertNotNull(loadedTruck);
assertEquals(11, loadedTruck.getId());
database.begin();
database.remove(database.load(Car.class, new Integer(11)));
database.remove(database.load(ProductDetail.class, new Integer(11)));
database.remove(database.load(Order.class, new Integer(11)));
database.commit();
database.close();
}
public void testCreateAndLoadComputer() throws Exception {
Database database = _category.getDatabase();
database.begin();
Order order = new Order();
order.setId(12);
order.setName("order 12");
database.create(order);
database.commit();
database.begin();
ProductDetail detail = new ProductDetail();
detail.setId(12);
detail.setCategory("category 12");
detail.setLocation("location 12");
database.create(detail);
database.commit();
database.begin();
Laptop laptop = new Laptop();
laptop.setId(12);
laptop.setName("laptop 12");
laptop.setCpu("centrino");
laptop.setResolution("1600");
laptop.setWeight(2450);
laptop.setDetail((ProductDetail) database.load(ProductDetail.class, new Integer(12)));
database.create(laptop);
Collection orders = new LinkedList();
orders.add(database.load(Order.class, new Integer(12)));
laptop.setOrders(orders);
database.commit();
database.begin();
Computer computer = (Computer) database.load(Computer.class, new Integer(12));
database.commit();
assertNotNull(computer);
assertEquals("ctf.jdo.tc9x.Laptop", computer.getClass().getName());
assertEquals(12, computer.getId());
assertEquals("laptop 12", computer.getName());
database.begin();
computer = (Computer) database.load(Computer.class, new Integer(12));
database.remove(computer);
database.remove(database.load(ProductDetail.class, new Integer(12)));
database.remove(database.load(Order.class, new Integer(12)));
database.commit();
database.close();
}
public void testQuery() throws Exception {
Database database;
// create some products
database = _category.getDatabase();
database.begin();
database.create(new Product(1, "LCD", KindEnum.MONITOR));
database.create(new Product(2, "Laser", KindEnum.PRINTER));
database.create(new Product(3, "Desktop", KindEnum.COMPUTER));
database.create(new Product(4, "Notebook", KindEnum.COMPUTER));
database.commit();
database.close();
// query and delete all product
database = _category.getDatabase();
database.begin();
Product pq;
OQLQuery query =
database.getOQLQuery(
"select p from " + jdo.tc167.Product.class.getName() + " p order by p.id");
QueryResults results = query.execute();
pq = (Product) results.next();
assertEquals(pq, new Product(1, "LCD", KindEnum.MONITOR));
database.remove(pq);
pq = (Product) results.next();
assertEquals(pq, new Product(2, "Laser", KindEnum.PRINTER));
database.remove(pq);
pq = (Product) results.next();
assertEquals(pq, new Product(3, "Desktop", KindEnum.COMPUTER));
database.remove(pq);
pq = (Product) results.next();
assertEquals(pq, new Product(4, "Notebook", KindEnum.COMPUTER));
database.remove(pq);
assertFalse(results.hasMore());
results.close();
query.close();
database.commit();
database.close();
}
public LanguageVO create(Database db, LanguageVO languageVO)
throws ConstraintException, SystemException, Exception {
Language ent = new LanguageImpl();
ent.setValueObject(languageVO);
db.create(ent);
return ent.getValueObject();
}
/**
* This method is called by the tests and preform the actual concurrent modification test.
*
* @param accessMode the access mode that is used in the concurrent modification tests
*/
private void testDirtyIgnored(final AccessMode accessMode)
throws PersistenceException, SQLException {
OQLQuery oql;
Sample object;
QueryResults enumeration;
// Open transaction in order to perform JDO operations
_db.begin();
// Determine if test object exists, if not create it.
// If it exists, set the name to some predefined value
// that this test will later override.
oql = _db.getOQLQuery("SELECT object FROM " + Sample.class.getName() + " object WHERE id = $1");
oql.bind(Sample.DEFAULT_ID);
enumeration = oql.execute();
if (enumeration.hasMore()) {
object = (Sample) enumeration.next();
LOG.debug("Retrieved object: " + object);
object.setValue1(Sample.DEFAULT_VALUE_1);
object.setValue2(Sample.DEFAULT_VALUE_2);
} else {
object = new Sample();
LOG.debug("Creating new object: " + object);
_db.create(object);
}
_db.commit();
// Open a new transaction in order to conduct test
_db.begin();
oql.bind(new Integer(Sample.DEFAULT_ID));
object = (Sample) oql.execute(accessMode).nextElement();
object.setValue2(JDO_VALUE);
// Perform direct JDBC access and override the value of that table
if (accessMode != Database.DbLocked) {
_conn
.createStatement()
.execute(
"UPDATE tc0x_sample SET value2='" + JDBC_VALUE + "' WHERE id=" + Sample.DEFAULT_ID);
LOG.debug("Updated test object from JDBC");
}
// Commit JDO transaction, this should report object modified exception
LOG.debug("Commit update: no dirty checking field not modified");
try {
_db.commit();
LOG.debug("OK: ObjectModifiedException not thrown");
} catch (ObjectModifiedException ex) {
if (_db.isActive()) {
_db.rollback();
}
LOG.error("Error: ObjectModifiedException thrown", ex);
fail("ObjectModifiedException thrown");
}
}
public void testDepends() throws Exception {
Database db = null;
MasterObjectNoKeyGen master = new MasterObjectNoKeyGen();
master.setId(100);
master.setDescrip("This is the descrip.");
db = _category.getDatabase();
db.begin();
db.create(master);
db.commit();
assertTrue(master.getId() != 0);
assertEquals(100, master.getId());
// THIS Part Works!
db.begin();
DependentObjectNoKeyGen depends = new DependentObjectNoKeyGen();
depends.setId(101);
depends.setDescrip("Description");
master.setDepends(depends);
db.update(master);
db.commit();
assertTrue(master.getId() != 0);
assertEquals(100, master.getId());
int masterId = master.getId();
db.begin();
master = (MasterObjectNoKeyGen) db.load(MasterObjectNoKeyGen.class, new Integer(masterId));
assertNotNull(master.getDepends());
master.setDepends(null);
db.commit();
db.begin();
master = (MasterObjectNoKeyGen) db.load(MasterObjectNoKeyGen.class, new Integer(masterId));
assertNull(master.getDepends());
db.commit();
// THIS part doesn't!
db.begin();
master = (MasterObjectNoKeyGen) db.load(MasterObjectNoKeyGen.class, new Integer(masterId));
depends = new DependentObjectNoKeyGen();
depends.setId(102);
depends.setDescrip("Description");
master.setDepends(depends);
db.commit();
db.begin();
master = (MasterObjectNoKeyGen) db.load(MasterObjectNoKeyGen.class, new Integer(masterId));
assertNotNull(master.getDepends());
db.commit();
db.begin();
master = (MasterObjectNoKeyGen) db.load(MasterObjectNoKeyGen.class, new Integer(masterId));
assertNotNull(master);
db.remove(master);
db.commit();
}
public void testCreateLoadUpdateDelete() throws Exception {
Database database;
// create product
database = _category.getDatabase();
database.begin();
Product pc = new Product(1, "LCD", KindEnum.MONITOR);
database.create(pc);
database.commit();
database.close();
// load created product
database = _category.getDatabase();
database.begin();
Product pl1 = new Product(1, "LCD", KindEnum.MONITOR);
Product pl2 = (Product) database.load(Product.class, new Integer(1));
assertEquals(pl1, pl2);
database.commit();
database.close();
// update product
database = _category.getDatabase();
database.begin();
Product pu = (Product) database.load(Product.class, new Integer(1));
pu.setName("Laser");
pu.setKind(KindEnum.PRINTER);
database.commit();
database.close();
// load updated product
database = _category.getDatabase();
database.begin();
Product pl3 = new Product(1, "Laser", KindEnum.PRINTER);
Product pl4 = (Product) database.load(Product.class, new Integer(1));
assertEquals(pl3, pl4);
database.commit();
database.close();
// delete product
database = _category.getDatabase();
database.begin();
Product pd = (Product) database.load(Product.class, new Integer(1));
database.remove(pd);
database.commit();
database.close();
}
public PropertiesCategory createWithDatabase(PropertiesCategoryVO c, Database db)
throws SystemException, PersistenceException {
// Need this crappy hack to forge the relationship (castor completely sucks like this)
// TODO: When hibernate comes, just save the VOs and if it has a child VO with an id set
// TODO: it is used to make the relationship...ask me for clarification -frank
Category category = (Category) getObjectWithId(CategoryImpl.class, c.getCategory().getId(), db);
PropertiesCategory propertiesCategory = new PropertiesCategoryImpl();
propertiesCategory.setValueObject(c);
propertiesCategory.setCategory((CategoryImpl) category);
db.create(propertiesCategory);
return propertiesCategory;
}
public void runTest() throws PersistenceException, SQLException {
OQLQuery oql;
TestObject object;
QueryResults enumeration;
_db.begin();
// Determine if test object exists, if not create it.
// If it exists, set the name to some predefined value
// that this test will later override.
oql = _db.getOQLQuery("SELECT object FROM jdo.TestObject object WHERE id = $1");
oql.bind(50);
enumeration = oql.execute();
if (enumeration.hasMore()) {
object = (TestObject) enumeration.next();
stream.println("Retrieved object: " + object);
object.setValue1(TestObject.DefaultValue1);
object.setValue2(TestObject.DefaultValue2);
} else {
object = new TestObject();
object.setId(50);
stream.println("Creating new object: " + object);
_db.create(object);
}
oql.close();
_db.commit();
try {
stream.println("CALL SQL query");
_db.begin();
oql =
_db.getOQLQuery(
"CALL SQL SELECT ID,VALUE1,VALUE2 FROM TEST_TABLE WHERE (ID = $1) AS jdo.TestObject");
oql.bind(50);
enumeration = oql.execute();
if (enumeration.hasMore()) {
object = (TestObject) enumeration.next();
stream.println("Retrieved object: " + object);
} else {
fail("test object not found");
}
oql.close();
_db.commit();
} catch (Exception e) {
fail("Exception thrown " + e);
}
}
public void testRollback() throws Exception {
Database db = getJDOManager(DBNAME, MAPPING).getDatabase();
db.begin();
LOG.info("Preparing for rollback bug");
// Prepare the database: add a NewProduct, which references the same
// ProductGroup as most Product objects do
ProductGroup group = (ProductGroup) db.load(ProductGroup.class, new Integer(3));
NewProduct newProduct = null;
try {
newProduct = (NewProduct) db.load(NewProduct.class, new Integer(1));
} catch (ObjectNotFoundException e) {
newProduct = new NewProduct();
newProduct.setId(1);
newProduct.setName("NewProduct1");
newProduct.setPrice(1.0f);
newProduct.setGroup(group);
db.create(newProduct);
LOG.info("NewProduct1 created.");
}
db.commit();
// Now the data are prepared:
// We have Product7 and NewProduct1, both are pointing to Group3
// Below we will load both objects in on transaction and then call rollback
db.begin();
LOG.info("Trying to reproduce rollback bug");
// loading both product entities
newProduct = (NewProduct) db.load(NewProduct.class, new Integer(1));
Product product = (Product) db.load(Product.class, new Integer(7));
LOG.debug("Product loaded: " + product);
LOG.debug("NewProduct loaded: " + newProduct);
// we only loaded both objects in one tx. Now we are doing a rollback.
LOG.info("Calling Rollback");
db.rollback();
LOG.info("End transaction: Trying to reproduce rollback bug");
db.close();
}
public void testLazyCollectionRollback() throws PersistenceException, SQLException {
stream.println("Running testLazyCollectionRollback...");
Complex fullname = new Complex("First", "Person");
// set up the data object
_db.begin();
TestLazyEmployee loadPerson = (TestLazyEmployee) _db.load(TestLazyEmployee.class, fullname);
Collection projects = loadPerson.getProjects();
TestLazyProject project = new TestLazyProject();
project = new TestLazyProject();
project.setId(1002);
project.setName("Project Two");
project.setOwner(loadPerson);
projects.add(project);
_db.create(project);
_db.commit();
_db.begin();
loadPerson = (TestLazyEmployee) _db.load(TestLazyEmployee.class, fullname);
projects = loadPerson.getProjects();
// is the collection populated?
assertTrue("The projects collection is not valid!.", projects != null && projects.size() > 0);
// is the collection instanceof Lazy?
assertTrue(
"Collection has to be lazy! It is " + loadPerson.getProjects().getClass(),
loadPerson.getProjects() instanceof org.exolab.castor.persist.Lazy);
// OK, the collection of projects is there, let's test a rollback for bug #1046
stream.println("Rolling back transaction");
_db.rollback();
// test it again since the rollback - is the collection instanceof Lazy?
assertTrue(
"Collection has to be lazy! It is " + loadPerson.getProjects().getClass(),
loadPerson.getProjects() instanceof org.exolab.castor.persist.Lazy);
}
public void testQueryFinalize() throws Exception {
LOG.info("Create many master objects");
_db.begin();
for (int i = 0; i < 100; i++) {
Master master = new Master();
_db.create(master);
}
_db.commit();
LOG.info("query master objects");
try {
_db.begin();
QueryResults results = getResults(_db);
LOG.info("query can be garbage collected");
while (results.hasMore()) {
Master master = (Master) results.next();
LOG.info(master.getId());
}
_db.commit();
} catch (Exception e) {
fail("Exception thrown iterating over results : " + e);
}
}
public void testLongTransaction() throws Exception {
Product product = null;
ProductGroup group;
QueryResults results;
Database db = getJDOManager(DBNAME, MAPPING).getDatabase();
db.begin();
LOG.info("Begin transaction to remove Product objects");
// Look up the products and if found delete them from the database
OQLQuery productOql =
db.getOQLQuery("SELECT p FROM " + Product.class.getName() + " p WHERE p.id = $1");
for (int i = 4; i < 10; ++i) {
productOql.bind(i);
results = productOql.execute();
while (results.hasMore()) {
product = (Product) results.next();
LOG.debug("Deleting existing product: " + product);
db.remove(product);
}
}
LOG.info("End transaction to remove Product objects");
db.commit();
db.begin();
LOG.info("Begin transaction: one-to-one, one-to-many, and dependent relations");
// If no such group exists in the database, create a new object and persist it
OQLQuery groupOql =
db.getOQLQuery("SELECT g FROM " + ProductGroup.class.getName() + " g WHERE id = $1");
groupOql.bind(3);
results = groupOql.execute();
if (!results.hasMore()) {
group = new ProductGroup();
group.setId(3);
group.setName("a group");
db.create(group);
LOG.debug("Creating new group: " + group);
} else {
group = (ProductGroup) results.next();
LOG.debug("Query result: " + group);
}
// If no such product exists in the database, create a new object and persist it
// Note: product uses group, so group object has to be created first, but can
// be persisted later
productOql.bind(4);
results = productOql.execute();
if (!results.hasMore()) {
product = new Product();
product.setId(4);
product.setName("product4");
product.setPrice(200);
product.setGroup(group);
LOG.debug("Creating new product: " + product);
db.create(product);
} else {
LOG.debug("Query result: " + results.next());
}
LOG.info("End transaction: one-to-one, one-to-many and dependent relations");
db.commit();
db.begin();
LOG.info("Begin transaction: one-to-one and dependent relations");
group = (ProductGroup) db.load(ProductGroup.class, new Integer(3));
// If no such products with ids 5-8 exist, create new objects and persist them
for (int i = 5; i < 10; ++i) {
int j = i + 1;
productOql.bind(j);
results = productOql.execute();
if (!results.hasMore()) {
product = new Product();
product.setId(i);
product.setName("product" + product.getId());
product.setPrice(300);
product.setGroup(group);
LOG.debug("Creating new product: " + product);
db.create(product);
} else {
LOG.debug("Query result: " + results.next());
}
}
LOG.info("End transaction: one-to-one and dependent relations");
db.commit();
product.setPrice(333);
LOG.info("Updated Product price: " + product);
db.begin();
LOG.info("Begin transaction: long transaction");
// Don't forget to implement TimeStampable for the long transaction!!!
db.update(product);
LOG.info("End transaction: long transaction");
db.commit();
db.close();
LOG.info("Test complete");
}
/**
* This method is called by the tests and preform the actual concurrent modification test.
*
* @param accessMode the access mode that is used in the concurrent modification tests
*/
private void testDirtyChecked(final AccessMode accessMode)
throws PersistenceException, SQLException {
OQLQuery oql;
Sample object;
QueryResults enumeration;
// Open transaction in order to perform JDO operations
_db.begin();
// Determine if test object exists, if not create it.
// If it exists, set the name to some predefined value
// that this test will later override.
oql = _db.getOQLQuery("SELECT object FROM " + Sample.class.getName() + " object WHERE id = $1");
oql.bind(Sample.DEFAULT_ID);
enumeration = oql.execute();
if (enumeration.hasMore()) {
object = (Sample) enumeration.next();
LOG.debug("Retrieved object: " + object);
object.setValue1(Sample.DEFAULT_VALUE_1);
object.setValue2(Sample.DEFAULT_VALUE_2);
} else {
object = new Sample();
LOG.debug("Creating new object: " + object);
_db.create(object);
}
_db.commit();
// Open a new transaction in order to conduct test
_db.begin();
oql.bind(new Integer(Sample.DEFAULT_ID));
object = (Sample) oql.execute(accessMode).nextElement();
object.setValue1(JDO_VALUE);
// Perform direct JDBC access and override the value of that table
if (accessMode != Database.DbLocked) {
_conn
.createStatement()
.execute(
"UPDATE tc0x_sample SET value1='" + JDBC_VALUE + "' WHERE id=" + Sample.DEFAULT_ID);
LOG.debug("OK: Updated object from JDBC");
} else {
Thread th =
new Thread() {
public void run() {
Connection conn = null;
try {
conn = _category.getJDBCConnection();
conn.createStatement()
.execute(
"UPDATE tc0x_sample SET value1='"
+ JDBC_VALUE
+ "' WHERE id="
+ Sample.DEFAULT_ID);
conn.close();
} catch (Exception ex) {
} finally {
try {
if (conn != null) {
conn.close();
}
} catch (Exception ex) {
}
}
}
};
th.start();
synchronized (this) {
try {
wait(5000);
if (th.isAlive()) {
th.interrupt();
LOG.debug("OK: Cannot update object from JDBC");
} else {
LOG.error("Error: Updated object from JDBC");
fail("Updated test object from JDBC");
}
} catch (InterruptedException ex) {
}
}
}
// Commit JDO transaction, this should report object modified exception
LOG.debug("Committing JDO update: dirty checking field modified");
if (accessMode != Database.DbLocked) {
try {
_db.commit();
LOG.error("Error: ObjectModifiedException not thrown");
fail("ObjectModifiedException not thrown");
} catch (ObjectModifiedException ex) {
LOG.debug("OK: ObjectModifiedException thrown");
}
} else {
try {
_db.commit();
LOG.debug("OK: ObjectModifiedException not thrown");
// After _db.commit the concurrent update will be performed.
// and we need to undo it.
_conn
.createStatement()
.execute(
"UPDATE tc0x_sample SET value1='" + JDO_VALUE + "' WHERE id=" + Sample.DEFAULT_ID);
} catch (ObjectModifiedException ex) {
_db.rollback();
LOG.error("Error: ObjectModifiedException thrown");
fail("ObjectModifiedException not thrown");
}
}
}
public void run() {
try {
int num = 0;
stream.writeVerbose("start testing");
TestRace tr;
TestRace testrace;
OQLQuery oql;
QueryResults qr;
boolean succeed;
int trials;
Integer id = new Integer(5);
out:
for ( int i=0; i<trial; i++ ) {
// create, modified, delete object
try {
switch ( cachetype ) {
case 0:
testrace = new TestRaceCount();
testrace.setId(5);
break;
case 1:
testrace = new TestRaceTime();
testrace.setId(5);
break;
case 2:
testrace = new TestRaceNone();
testrace.setId(5);
break;
case 3:
testrace = new TestRaceUnlimited();
testrace.setId(5);
break;
default:
testrace = null;
}
// create object
//try {
db.begin();
db.create( testrace ); // may throw duplicateIdentityException
db.commit();
//} catch ( Exception e ) {
// e.printStackTrace();
//}
// load it and modify it
succeed = false;
trials = 0;
while ( !succeed && trials < NUM_OF_RETRIAL ) {
Thread.currentThread().sleep( 0 );
trials++;
try {
db.begin();
tr = (TestRace) db.load( _classType, id );
// may throw ObjectNotFoundException
// LockNotGrantedException
tr.incValue1();
db.commit();
succeed = true;
} catch ( LockNotGrantedException e ) {
succeed = false;
// ethernet way of retry
if ( db.isActive() ) db.rollback();
Thread.currentThread().sleep( (long) ((SLEEP_BASE_TIME^trials) * ran.nextDouble()) );
} catch ( TransactionAbortedException e ) {
succeed = false;
// ethernet way of retry
if ( db.isActive() ) db.rollback();
Thread.currentThread().sleep( (long) ((SLEEP_BASE_TIME^trials) * ran.nextDouble()) );
}
}
if ( db.isActive() )
db.rollback();
// load it and release it
succeed = false;
trials = 0;
while ( !succeed && trials < NUM_OF_RETRIAL ) {
Thread.currentThread().sleep( 0 );
trials++;
try {
db.begin();
tr = (TestRace) db.load( _classType, id );
// may throw ObjectNotFoundException
// LockNotGrantedException
db.commit();
succeed = true;
} catch ( LockNotGrantedException e ) {
succeed = false;
// ethernet way of retry
if ( db.isActive() ) db.rollback();
Thread.currentThread().sleep( (long) ((SLEEP_BASE_TIME^trials) * ran.nextDouble()) );
}
}
if ( db.isActive() )
db.rollback();
// load it and delete it
succeed = false;
trials = 0;
while ( !succeed && trials < NUM_OF_RETRIAL ) {
Thread.currentThread().sleep( 0 );
trials++;
try {
db.begin();
tr = (TestRace) db.load( _classType, id );
// may throw ObjectNotFoundException
// LockNotGrantedException
db.remove( tr );
db.commit();
succeed = true;
} catch ( LockNotGrantedException e ) {
succeed = false;
if ( db.isActive() ) db.rollback();
Thread.currentThread().sleep( (long) ((SLEEP_BASE_TIME^trials) * ran.nextDouble()) );
} catch ( TransactionAbortedException e ) {
succeed = false;
// ethernet way of retry
if ( db.isActive() ) db.rollback();
Thread.currentThread().sleep( (long) ((SLEEP_BASE_TIME^trials) * ran.nextDouble()) );
}
}
if ( db.isActive() )
db.rollback();
if ( !succeed )
throw new Exception("Transaction can't not lock the object within "+trials+" trials");
} catch ( TransactionNotInProgressException e ) {
stream.writeVerbose( "Thread <CreateDelete> will be killed. Unexcepted exception: "+e.getException() );
e.printStackTrace();
if ( db.isActive() ) try { db.rollback(); } catch ( TransactionNotInProgressException ee ) {}
_errLeak = true;
break out;
} catch ( PersistenceException e ) {
stream.writeVerbose( "Thread <CreateDelete> will be killed. Unexcepted exception: " );
e.printStackTrace();
if ( db.isActive() ) try { db.rollback(); } catch ( TransactionNotInProgressException ee ) {}
_errLeak = true;
break out;
} catch ( Exception e ) {
stream.writeVerbose( "Thread <CreateDelete> will be killed. Element not found: other exception: "+e );
e.printStackTrace();
if ( db.isActive() ) try { db.rollback(); } catch ( TransactionNotInProgressException ee ) {}
_errLeak = true;
break out;
}
}
} finally {
isDone = true;
}
}
public void testComplex() throws PersistenceException, SQLException {
stream.println("Running testComplex...");
Complex fullname = new Complex("First", "Person");
// set up the data object
_db.begin();
TestLazyEmployee loadPerson = (TestLazyEmployee) _db.load(TestLazyEmployee.class, fullname);
Collection projects = loadPerson.getProjects();
TestLazyProject project = new TestLazyProject();
project.setId(1001);
project.setName("Project One");
project.setOwner(loadPerson);
projects.add(project);
_db.create(project);
project = new TestLazyProject();
project.setId(1002);
project.setName("Project Two");
project.setOwner(loadPerson);
projects.add(project);
_db.create(project);
project = new TestLazyProject();
project.setId(1003);
project.setName("Project Three");
project.setOwner(loadPerson);
projects.add(project);
_db.create(project);
_db.commit();
// reload and test bug 823
_db.begin();
project = (TestLazyProject) _db.load(TestLazyProject.class, new Integer(1002));
_db.remove(project);
loadPerson = (TestLazyEmployee) _db.load(TestLazyEmployee.class, fullname);
projects = loadPerson.getProjects();
Iterator itor = projects.iterator();
while (itor.hasNext()) {
project = (TestLazyProject) itor.next();
if (project.getId() == 1002) {
itor.remove();
break;
}
}
itor = projects.iterator();
while (itor.hasNext()) {
project = (TestLazyProject) itor.next();
if (project.getId() == 1002) {
itor.remove();
break;
}
}
_db.commit();
// reload and make sure the cache is consistent
_db.begin();
loadPerson = (TestLazyEmployee) _db.load(TestLazyEmployee.class, fullname);
projects = loadPerson.getProjects();
itor = projects.iterator();
int id1 = 0;
if (itor.hasNext()) {
project = (TestLazyProject) itor.next();
id1 = project.getId();
if (project.getId() != 1001 && project.getId() != 1003) {
stream.println("Error: found project1 with unexpected id " + project.getId());
fail("Error: found project1 with unexpected id " + project.getId());
}
} else {
stream.println("Error: expected project is not found");
fail("Error: expected project is not found");
}
if (itor.hasNext()) {
project = (TestLazyProject) itor.next();
if (project.getId() == id1 || (project.getId() != 1001 && project.getId() != 1003)) {
stream.println("Error: found project2 with unexpected id " + project.getId());
fail("Error: found project2 with unexpected id " + project.getId());
}
} else {
stream.println("Error: expected project is not found");
fail("Error: expected project is not found");
}
if (itor.hasNext()) {
project = (TestLazyProject) itor.next();
stream.println("Error: unexpected project is found: " + project.getId());
fail("Error: unexpected project is found: " + project.getId());
}
_db.commit();
}
public void createDataObjects() throws PersistenceException, SQLException {
_db.begin();
// create person 1
TestLazyEmployee person = new TestLazyEmployee();
person.setFirstName("First");
person.setLastName("Person");
person.setBirthday(new Date(1922, 2, 2));
person.setStartDate(new Date(2000, 2, 2));
TestLazyAddress address1 = new TestLazyAddress();
address1.setId(1);
address1.setStreet("#1 Address Street");
address1.setCity("First City");
address1.setState("AB");
address1.setZip("10000");
address1.setPerson(person);
TestLazyAddress address2 = new TestLazyAddress();
address2.setId(2);
address2.setStreet("2nd Ave");
address2.setCity("Second City");
address2.setState("BC");
address2.setZip("22222");
address2.setPerson(person);
TestLazyAddress address3 = new TestLazyAddress();
address3.setId(3);
address3.setStreet("3rd Court");
address3.setCity("Third Ave");
address3.setState("AB");
address3.setZip("30003");
address3.setPerson(person);
ArrayList addresslist = new ArrayList();
addresslist.add(address1);
addresslist.add(address2);
addresslist.add(address3);
person.setAddress(addresslist);
TestLazyPayRoll pr1 = new TestLazyPayRoll();
pr1.setId(1);
pr1.setHoliday(15);
pr1.setHourlyRate(25);
pr1.setEmployee(person);
person.setPayRoll(pr1);
TestLazyContractCategory cc = new TestLazyContractCategory();
cc.setId(101);
cc.setName("Full-time slave");
_db.create(cc);
TestLazyContractCategory cc2 = new TestLazyContractCategory();
cc2.setId(102);
cc2.setName("Full-time employee");
_db.create(cc2);
ArrayList category = new ArrayList();
category.add(cc);
category.add(cc2);
TestLazyContract con = new TestLazyContract();
con.setPolicyNo(1001);
con.setComment(
"80 hours a week, no pay hoilday, no sick leave, arrive office at 7:30am everyday");
con.setContractNo(78);
con.setEmployee(person);
con.setCategory(category);
person.setContract(con);
_db.create(person);
_db.commit();
}
public void runOnce(Class masterClass) throws PersistenceException, SQLException, Exception {
String masterName = masterClass.getName();
stream.println("Running...");
stream.println("");
// delete everything
_conn.createStatement().executeUpdate("DELETE FROM test_col");
_conn.createStatement().executeUpdate("DELETE FROM test_item");
_conn.commit();
// create new TestCol object with elements
_db.begin();
TestCol testCol = (TestCol) masterClass.newInstance();
testCol.setId(1);
_db.create(testCol);
for (int i = 0; i < 5; i++) {
TestItem newItem = new TestItem(100 + i);
testCol.addItem(newItem);
_db.create(newItem);
}
_db.commit();
// test if object created properly
_db.begin();
testCol = (TestCol) _db.load(masterClass, new Integer(1));
if (testCol == null) fail("Object creation failed!");
if (testCol.itemSize() != 5
|| !testCol.containsItem(new TestItem(100))
|| !testCol.containsItem(new TestItem(101))
|| !testCol.containsItem(new TestItem(102))
|| !testCol.containsItem(new TestItem(103))
|| !testCol.containsItem(new TestItem(104))) fail("Related objects creation failed!");
testCol.removeItem(new TestItem(100));
testCol.removeItem(new TestItem(103));
TestItem newItem = new TestItem(106);
testCol.addItem(newItem);
_db.create(newItem);
newItem = new TestItem(107);
testCol.addItem(newItem);
_db.create(newItem);
_db.commit();
// test if add and remove work properly.
_db.begin();
testCol = (TestCol) _db.load(masterClass, new Integer(1));
if (testCol == null) fail("Object add/remove failed! " + testCol);
if (testCol.itemSize() != 5
|| !testCol.containsItem(new TestItem(106))
|| !testCol.containsItem(new TestItem(101))
|| !testCol.containsItem(new TestItem(102))
|| !testCol.containsItem(new TestItem(107))
|| !testCol.containsItem(new TestItem(104))) fail("Related add/remove failed!" + testCol);
// test if add and remove rollback properly.
testCol.removeItem(new TestItem(102));
testCol.removeItem(new TestItem(104));
newItem = new TestItem(108);
testCol.addItem(newItem);
newItem = new TestItem(109);
testCol.addItem(newItem);
_db.create(newItem);
_db.rollback();
if (testCol.itemSize() != 5
|| !testCol.containsItem(new TestItem(106))
|| !testCol.containsItem(new TestItem(101))
|| !testCol.containsItem(new TestItem(102))
|| !testCol.containsItem(new TestItem(107))
|| !testCol.containsItem(new TestItem(104)))
fail("Related add/remove rollback failed!" + testCol);
// shoud test for update too
}
public void runTest() throws PersistenceException, SQLException {
stream.println("Running...");
stream.println("");
// delete everything
_conn.createStatement().executeUpdate("DELETE test_serial");
_conn.commit();
// create new object with an serializable dependent object
_db.begin();
TestSerial master = new TestSerial();
master.setId(1);
master.setSerializableObject(new TestSerializableObject());
master.getSerializableObject().aCoolString = "Very cool!";
master.getSerializableObject().ints = new int[] {1, 3, 5, 7, 9};
_db.create(master);
_db.commit();
// test if object created properly
_db.begin();
TestSerial testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) fail("Object creation failed!");
if (testSerial.getSerializableObject() == null
|| !testSerial.getSerializableObject().aCoolString.equals("Very cool!")
|| testSerial.getSerializableObject().ints == null
|| testSerial.getSerializableObject().ints.length != 5
|| testSerial.getSerializableObject().ints[0] != 1
|| testSerial.getSerializableObject().ints[1] != 3
|| testSerial.getSerializableObject().ints[2] != 5
|| testSerial.getSerializableObject().ints[3] != 7
|| testSerial.getSerializableObject().ints[4] != 9)
fail("dependent objects creation failed!" + testSerial);
// modify the object
testSerial.getSerializableObject().ints[1] = 103;
testSerial.getSerializableObject().ints[3] = 107;
testSerial.getSerializableObject().aCoolString = "Very very cool!";
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) fail("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() == null
|| !testSerial.getSerializableObject().aCoolString.equals("Very very cool!")
|| testSerial.getSerializableObject().ints == null
|| testSerial.getSerializableObject().ints.length != 5
|| testSerial.getSerializableObject().ints[0] != 1
|| testSerial.getSerializableObject().ints[1] != 103
|| testSerial.getSerializableObject().ints[2] != 5
|| testSerial.getSerializableObject().ints[3] != 107
|| testSerial.getSerializableObject().ints[4] != 9)
fail("dependent modification failed!" + testSerial);
// set the field to null;
testSerial.getSerializableObject().ints = null;
testSerial.getSerializableObject().aCoolString = null;
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) fail("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() == null
|| testSerial.getSerializableObject().aCoolString != null
|| testSerial.getSerializableObject().ints != null)
fail("dependent modification failed!" + testSerial);
// setSerializableObject( null );
testSerial.setSerializableObject(null);
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) fail("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() != null)
fail("dependent modification failed!" + testSerial);
_db.commit();
}
public void runTest() throws PersistenceException {
TimeStampableObject object;
CallbacksInvoked cbi = new CallbacksInvoked();
cbi.allow(CallbacksInvoked.CREATING);
cbi.allow(CallbacksInvoked.USING);
cbi.allow(CallbacksInvoked.CREATED);
cbi.allow(CallbacksInvoked.STORING);
cbi.allow(CallbacksInvoked.RELEASING);
_i._callbacksInvoked.init();
_db.begin();
object = new TimeStampableObject();
LOG.debug("Creating new object: " + object);
_db.create(object);
_db.commit();
if (!cbi.equals(_i._callbacksInvoked)) {
LOG.error("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
fail("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
}
cbi.init();
cbi.allow(CallbacksInvoked.USING);
cbi.allow(CallbacksInvoked.LOADED);
cbi.allow(CallbacksInvoked.STORING);
cbi.allow(CallbacksInvoked.RELEASING);
cbi.allow(CallbacksInvoked.INSTANTIATE);
_i._callbacksInvoked.init();
_db.begin();
object =
(TimeStampableObject)
_db.load(TimeStampableObject.class, new Integer(TimeStampableObject.DEFAULT_ID));
object.setValue1("Alan");
_db.commit();
if (!cbi.equals(_i._callbacksInvoked)) {
LOG.error("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
fail("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
}
cbi.init();
cbi.allow(CallbacksInvoked.USING);
cbi.allow(CallbacksInvoked.UPDATED);
cbi.allow(CallbacksInvoked.STORING);
cbi.allow(CallbacksInvoked.RELEASING);
_i._callbacksInvoked.init();
object.setValue2("long transaction new value");
_db.begin();
_db.update(object);
_db.commit();
if (!cbi.equals(_i._callbacksInvoked)) {
LOG.error("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
fail("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
}
cbi.init();
cbi.allow(CallbacksInvoked.USING);
cbi.allow(CallbacksInvoked.LOADED);
cbi.allow(CallbacksInvoked.REMOVING);
cbi.allow(CallbacksInvoked.REMOVED);
cbi.allow(CallbacksInvoked.RELEASING);
cbi.allow(CallbacksInvoked.INSTANTIATE);
_i._callbacksInvoked.init();
_db.begin();
object =
(TimeStampableObject)
_db.load(TimeStampableObject.class, new Integer(TimeStampableObject.DEFAULT_ID));
_db.remove(object);
_db.commit();
if (!cbi.equals(_i._callbacksInvoked)) {
LOG.error("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
fail("Callbacks were not properly invoked: " + cbi + " != " + _i._callbacksInvoked);
}
}
public boolean run(CWVerboseStream stream) {
try {
_db = _category.getDatabase(stream.verbose());
_conn = _category.getJDBCConnection();
stream.writeVerbose("Running...");
stream.writeVerbose("");
// delete everything
_conn.createStatement().executeUpdate("DELETE test_serial");
_conn.commit();
// create new object with an serializable dependent object
_db.begin();
TestSerial master = new TestSerial();
master.setId(1);
master.setSerializableObject(new TestSerializableObject());
master.getSerializableObject().aCoolString = "Very cool!";
master.getSerializableObject().ints = new int[] {1, 3, 5, 7, 9};
_db.create(master);
_db.commit();
// test if object created properly
_db.begin();
TestSerial testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) throw new Exception("Object creation failed!");
if (testSerial.getSerializableObject() == null
|| !testSerial.getSerializableObject().aCoolString.equals("Very cool!")
|| testSerial.getSerializableObject().ints == null
|| testSerial.getSerializableObject().ints.length != 5
|| testSerial.getSerializableObject().ints[0] != 1
|| testSerial.getSerializableObject().ints[1] != 3
|| testSerial.getSerializableObject().ints[2] != 5
|| testSerial.getSerializableObject().ints[3] != 7
|| testSerial.getSerializableObject().ints[4] != 9)
throw new Exception("dependent objects creation failed!" + testSerial);
// modify the object
testSerial.getSerializableObject().ints[1] = 103;
testSerial.getSerializableObject().ints[3] = 107;
testSerial.getSerializableObject().aCoolString = "Very very cool!";
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) throw new Exception("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() == null
|| !testSerial.getSerializableObject().aCoolString.equals("Very very cool!")
|| testSerial.getSerializableObject().ints == null
|| testSerial.getSerializableObject().ints.length != 5
|| testSerial.getSerializableObject().ints[0] != 1
|| testSerial.getSerializableObject().ints[1] != 103
|| testSerial.getSerializableObject().ints[2] != 5
|| testSerial.getSerializableObject().ints[3] != 107
|| testSerial.getSerializableObject().ints[4] != 9)
throw new Exception("dependent modification failed!" + testSerial);
// set the field to null;
testSerial.getSerializableObject().ints = null;
testSerial.getSerializableObject().aCoolString = null;
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) throw new Exception("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() == null
|| testSerial.getSerializableObject().aCoolString != null
|| testSerial.getSerializableObject().ints != null)
throw new Exception("dependent modification failed!" + testSerial);
// setSerializableObject( null );
testSerial.setSerializableObject(null);
_db.commit();
_db.begin();
testSerial = (TestSerial) _db.load(TestSerial.class, new Integer(1));
if (testSerial == null) throw new Exception("dependent modfiication failed!" + testSerial);
if (testSerial.getSerializableObject() != null)
throw new Exception("dependent modification failed!" + testSerial);
_db.commit();
} catch (Exception e) {
e.printStackTrace();
stream.writeVerbose("Exception: " + e);
try {
if (_db.isActive()) _db.close();
return false;
} catch (Exception ex) {
return false;
}
}
return true;
}