package fr.mch.mdo.restaurant.dao.restaurants.hibernate;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import junit.framework.Test;
import junit.framework.TestSuite;
import fr.mch.mdo.restaurant.beans.IMdoBean;
import fr.mch.mdo.restaurant.dao.IDaoServices;
import fr.mch.mdo.restaurant.dao.beans.MdoTableAsEnum;
import fr.mch.mdo.restaurant.dao.beans.Restaurant;
import fr.mch.mdo.restaurant.dao.beans.RestaurantPrefixTable;
import fr.mch.mdo.restaurant.dao.beans.TableType;
import fr.mch.mdo.restaurant.dao.hibernate.DefaultDaoServicesTestCase;
import fr.mch.mdo.restaurant.dao.restaurants.IRestaurantPrefixTablesDao;
import fr.mch.mdo.restaurant.exception.MdoException;
import fr.mch.mdo.test.MdoTestCase;
public class DefaultRestaurantPrefixTablesDaoTest extends DefaultDaoServicesTestCase
{
/**
* Create the test case
*
* @param testName
* name of the test case
*/
public DefaultRestaurantPrefixTablesDaoTest(String testName) {
super(testName);
}
/**
* @return the suite of tests being tested
*/
public static Test suite() {
return new TestSuite(DefaultRestaurantPrefixTablesDaoTest.class);
}
protected IDaoServices getInstance() {
return DefaultRestaurantPrefixTablesDao.getInstance();
}
protected IMdoBean createNewBean() {
// Use the existing data in database
MdoTableAsEnum prefix = new MdoTableAsEnum();
prefix.setId(2L);
Restaurant restaurant = new Restaurant();
restaurant.setId(1L);
TableType type = new TableType();
type.setId(1L);
return createNewBean(prefix, restaurant, type);
}
protected List<IMdoBean> createListBeans() {
List<IMdoBean> list = new ArrayList<IMdoBean>();
// Use the existing data in database
MdoTableAsEnum prefix = new MdoTableAsEnum();
prefix.setId(3L);
Restaurant restaurant = new Restaurant();
restaurant.setId(1L);
TableType type = new TableType();
type.setId(1L);
list.add(createNewBean(prefix, restaurant, type));
return list;
}
public void testGetInstance() {
assertTrue(this.getInstance() instanceof IRestaurantPrefixTablesDao);
assertTrue(this.getInstance() instanceof DefaultRestaurantPrefixTablesDao);
}
@Override
public void doFindByUniqueKey() {
assertTrue("Dummy", true);
}
@Override
public void doUpdate() {
IMdoBean newBean = null;
// Use the existing data in database
MdoTableAsEnum prefix = new MdoTableAsEnum();
prefix.setId(4L);
Restaurant restaurant = new Restaurant();
restaurant.setId(1L);
TableType type = new TableType();
type.setId(1L);
newBean = createNewBean(prefix, restaurant, type);
try {
// Create new bean to be updated
IMdoBean beanToBeUpdated = this.getInstance().insert(newBean);
assertTrue("IMdoBean must be instance of " + RestaurantPrefixTable.class, beanToBeUpdated instanceof RestaurantPrefixTable);
RestaurantPrefixTable castedBean = (RestaurantPrefixTable) beanToBeUpdated;
assertNotNull("RestaurantPrefixTable prefix must not be null", castedBean.getPrefix());
assertEquals("RestaurantPrefixTable prefix name must be equals to the inserted value", prefix.toString(), castedBean.getPrefix().toString());
assertFalse("RestaurantPrefixTable must not be deleted", castedBean.isDeleted());
// Update the created bean
castedBean.setDeleted(true);
this.getInstance().update(castedBean);
// Reload the modified bean
RestaurantPrefixTable updatedBean = new RestaurantPrefixTable();
updatedBean.setId(castedBean.getId());
this.getInstance().load(updatedBean);
assertNotNull("RestaurantPrefixTable prefix must not be null", updatedBean.getPrefix());
assertEquals("RestaurantPrefixTable prefix name must be equals to the updated value", updatedBean.getPrefix().toString(), updatedBean.getPrefix().toString());
assertTrue("RestaurantPrefixTable must be deleted", updatedBean.isDeleted());
this.getInstance().delete(updatedBean);
} catch (Exception e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE + ": " + e.getMessage());
}
}
@Override
public void doUpdateFieldsAndDeleteByKeysSpecific() {
IMdoBean newBean = null;
// Use the existing data in database
MdoTableAsEnum prefix = new MdoTableAsEnum();
prefix.setId(4L);
Restaurant restaurant = new Restaurant();
restaurant.setId(1L);
TableType type = new TableType();
type.setId(1L);
newBean = createNewBean(prefix, restaurant, type);
try {
// Create new bean to be updated
IMdoBean beanToBeUpdated = this.getInstance().insert(newBean);
assertTrue("IMdoBean must be instance of " + RestaurantPrefixTable.class, beanToBeUpdated instanceof RestaurantPrefixTable);
RestaurantPrefixTable castedBean = (RestaurantPrefixTable) beanToBeUpdated;
assertNotNull("RestaurantPrefixTable prefix must not be null", castedBean.getPrefix());
assertEquals("RestaurantPrefixTable prefix name must be equals to the inserted value", prefix.toString(), castedBean.getPrefix().toString());
assertFalse("RestaurantPrefixTable must not be deleted", castedBean.isDeleted());
// Update the created bean
Map<String, Object> fields = new HashMap<String, Object>();
Map<String, Object> keys = new HashMap<String, Object>();
castedBean.setDeleted(true);
fields.put("deleted", castedBean.isDeleted());
keys.put("id", castedBean.getId());
this.getInstance().updateFieldsByKeys(fields, keys);
// Reload the modified bean
RestaurantPrefixTable updatedBean = (RestaurantPrefixTable) createNewBean();
updatedBean.setId(castedBean.getId());
this.getInstance().load(updatedBean);
assertEquals("Check updated fields ", castedBean.isDeleted(), updatedBean.isDeleted());
// Delete the bean by keys
// Take the fields as keys
super.doDeleteByKeysSpecific(updatedBean, fields);
} catch (Exception e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE + " " + e.getMessage());
}
}
public void testFindAll() {
IRestaurantPrefixTablesDao dao = (IRestaurantPrefixTablesDao) this.getInstance();
// By Restaurant Id
Long restaurantId = 1L;
try {
List<RestaurantPrefixTable> list = dao.findAll(restaurantId);
assertNotNull("List by Restaurant Id must not be null", list);
assertFalse("List by Restaurant Id must not be empty", list.isEmpty());
RestaurantPrefixTable prefixTable = list.get(0);
try {
// Non lazy exception
assertNotNull("Non lazy exception", prefixTable.getType().getCode().getDefaultLabel());
} catch (Exception e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE);
}
} catch (MdoException e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE + ": " + e.getMessage());
}
// By Restaurant Id and Type Name
String typeName = "TAKE_AWAY";
try {
List<RestaurantPrefixTable> list = dao.findAll(restaurantId, typeName);
assertNotNull("List by Restaurant Id and type name must not be null", list);
assertFalse("List by Restaurant Id must not be empty", list.isEmpty());
} catch (MdoException e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE + ": " + e.getMessage());
}
}
public void testFindOnlyPrefixTables() {
IRestaurantPrefixTablesDao dao = (IRestaurantPrefixTablesDao) this.getInstance();
// By Restaurant Id
Long restaurantId = 1L;
try {
List<RestaurantPrefixTable> list = dao.findOnlyPrefixTables(restaurantId);
assertNotNull("List by Restaurant Id must not be null", list);
assertFalse("List by Restaurant Id must not be empty", list.isEmpty());
RestaurantPrefixTable prefixTable = list.get(0);
try {
// Non lazy exception
assertNotNull("Non lazy exception", prefixTable.getType().getCode());
assertNotNull("Non lazy exception", prefixTable.getType().getCode().getDefaultLabel());
} catch (Exception e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE);
}
try {
assertNotNull("First element must not be null", prefixTable.getRestaurant());
// Lazy exception
prefixTable.getRestaurant().getReductionTables();
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE);
} catch (Exception e) {
assertTrue("Lazy exception", true);
}
} catch (MdoException e) {
fail(MdoTestCase.DEFAULT_FAILED_MESSAGE + ": " + e.getMessage());
}
}
private IMdoBean createNewBean(MdoTableAsEnum prefix, Restaurant restaurant, TableType type) {
RestaurantPrefixTable newBean = new RestaurantPrefixTable();
newBean.setPrefix(prefix);
newBean.setRestaurant(restaurant);
newBean.setType(type);
return newBean;
}
}