package net.sf.mp.demo.conference.dao.impl.jpa.conference;
import java.lang.reflect.InvocationTargetException;
import java.sql.Clob;
import java.sql.Blob;
import java.sql.Timestamp;
import java.util.Date;
import java.util.ArrayList;
import java.util.Enumeration;
import java.util.Iterator;
import java.util.List;
import java.util.Hashtable;
import java.util.Map;
import java.util.Map.Entry;
import org.apache.commons.lang.StringUtils;
import org.apache.log4j.Logger;
import javax.persistence.Query;
import javax.persistence.EntityManager;
import net.sf.minuteProject.architecture.query.QueryWhatInit;
import net.sf.minuteProject.architecture.query.impl.QueryCountInit;
import net.sf.minuteProject.architecture.query.impl.QuerySelectCountInit;
import net.sf.minuteProject.architecture.query.impl.QuerySelectInit;
import net.sf.minuteProject.architecture.query.impl.QuerySelectDistinctInit;
import net.sf.minuteProject.architecture.cache.SimpleCache;
import net.sf.minuteProject.architecture.filter.data.ClauseCriterion;
import net.sf.minuteProject.architecture.filter.data.Criteria;
import net.sf.minuteProject.architecture.filter.data.Criterion;
import net.sf.minuteProject.architecture.filter.data.InCriterion;
import net.sf.minuteProject.architecture.filter.data.OrderCriteria;
import net.sf.minuteProject.architecture.utils.BeanUtils;
import net.sf.mp.demo.conference.dao.face.conference.AddressExtDao;
import net.sf.mp.demo.conference.domain.conference.Address;
import net.sf.mp.demo.conference.dao.impl.jpa.conference.AddressJPAImpl;
import net.sf.mp.demo.conference.domain.conference.Conference;
import net.sf.mp.demo.conference.dao.impl.jpa.conference.ConferenceExtendedJPAImpl;
import net.sf.mp.demo.conference.domain.conference.ConferenceMember;
import net.sf.mp.demo.conference.dao.impl.jpa.conference.ConferenceMemberExtendedJPAImpl;
import net.sf.mp.demo.conference.domain.conference.Sponsor;
import net.sf.mp.demo.conference.dao.impl.jpa.conference.SponsorExtendedJPAImpl;
import net.sf.mp.demo.conference.dao.impl.jpa.admin.CountryExtendedJPAImpl;
/**
*
* <p>Title: AddressExtendedJPAImpl</p>
*
* <p>Description: Interface of a Data access object dealing with AddressExtendedJPAImpl
* persistence. It offers a set of methods which allow for saving,
* deleting and searching AddressExtendedJPAImpl objects</p>
*
*/
public class AddressExtendedJPAImpl extends AddressJPAImpl implements AddressExtDao {
private Logger log = Logger.getLogger(this.getClass());
private SimpleCache simpleCache = new SimpleCache();
private ConferenceExtendedJPAImpl conferenceextendedjpaimpl;
private ConferenceMemberExtendedJPAImpl conferencememberextendedjpaimpl;
private SponsorExtendedJPAImpl sponsorextendedjpaimpl;
private EntityManager emForRecursiveDao; // dao that needs other dao in a recursive manner not support by spring configuration
public AddressExtendedJPAImpl () {}
/**
* generic to move after in superclass
*/
public AddressExtendedJPAImpl (EntityManager emForRecursiveDao) {
this.emForRecursiveDao = emForRecursiveDao;
}
/**
* generic to move after in superclass
*/
public List<Object[]> getSQLQueryResult(String query) {
Query queryJ = getEntityManager().createNativeQuery(query);
return queryJ.getResultList();
}
/**
* Inserts a Address entity with cascade of its children
* @param Address address
*/
public void insertAddressWithCascade(Address address) {
AddressExtendedJPAImpl addressextendedjpaimpl = new AddressExtendedJPAImpl(getEntityManager());
addressextendedjpaimpl.insertAddressWithCascade(addressextendedjpaimpl.getEntityManagerForRecursiveDao(), address);
}
public void insertAddressWithCascade(EntityManager emForRecursiveDao, Address address) {
insertAddress(emForRecursiveDao, address);
if (!address.getConferenceAddressViaAddressId().isEmpty()) {
ConferenceExtendedJPAImpl conferenceextendedjpaimpl = new ConferenceExtendedJPAImpl (emForRecursiveDao);
for (Conference _conferenceAddressViaAddressId : address.getConferenceAddressViaAddressId()) {
conferenceextendedjpaimpl.insertConferenceWithCascade(emForRecursiveDao, _conferenceAddressViaAddressId);
}
}
if (!address.getConferenceMemberAddressViaAddressId().isEmpty()) {
ConferenceMemberExtendedJPAImpl conferencememberextendedjpaimpl = new ConferenceMemberExtendedJPAImpl (emForRecursiveDao);
for (ConferenceMember _conferenceMemberAddressViaAddressId : address.getConferenceMemberAddressViaAddressId()) {
conferencememberextendedjpaimpl.insertConferenceMemberWithCascade(emForRecursiveDao, _conferenceMemberAddressViaAddressId);
}
}
if (!address.getSponsorAddressViaAddressId().isEmpty()) {
SponsorExtendedJPAImpl sponsorextendedjpaimpl = new SponsorExtendedJPAImpl (emForRecursiveDao);
for (Sponsor _sponsorAddressViaAddressId : address.getSponsorAddressViaAddressId()) {
sponsorextendedjpaimpl.insertSponsorWithCascade(emForRecursiveDao, _sponsorAddressViaAddressId);
}
}
}
/**
* Inserts a list of Address entity with cascade of its children
* @param List<Address> addresss
*/
public void insertAddresssWithCascade(List<Address> addresss) {
for (Address address : addresss) {
insertAddressWithCascade(address);
}
}
/**
* lookup Address entity Address, criteria and max result number
*/
public List<Address> lookupAddress(Address address, Criteria criteria, Integer numberOfResult, EntityManager em) {
boolean isWhereSet = false;
StringBuffer query = new StringBuffer();
query.append ("SELECT address FROM Address address ");
for (Criterion criterion : criteria.getClauseCriterions()) {
query.append (getQueryWHERE_AND (isWhereSet));
isWhereSet = true;
query.append(criterion.getExpression());
}
OrderCriteria orderCriteria = criteria.getOrderCriteria();
if (criteria.getOrderCriteria()!=null)
query.append(orderCriteria.getExpression());
Query hquery = em.createQuery(query.toString());
if (numberOfResult!=null)
hquery.setMaxResults(numberOfResult);
return hquery.getResultList();
}
public List<Address> lookupAddress(Address address, Criteria criteria, Integer numberOfResult) {
return lookupAddress(address, criteria, numberOfResult, getEntityManager());
}
public Integer updateNotNullOnlyAddress (Address address, Criteria criteria) {
String queryWhat = getUpdateNotNullOnlyAddressQueryChunkPrototype (address);
StringBuffer query = new StringBuffer (queryWhat);
boolean isWhereSet = false;
for (Criterion criterion : criteria.getClauseCriterions()) {
query.append (getQueryWHERE_AND (isWhereSet));
isWhereSet = true;
query.append(criterion.getExpression());
}
Query jpaQuery = getEntityManager().createQuery(query.toString());
isWhereSet = false;
if (address.getId() != null) {
jpaQuery.setParameter ("id", address.getId());
}
if (address.getStreet1() != null) {
jpaQuery.setParameter ("street1", address.getStreet1());
}
if (address.getStreet2() != null) {
jpaQuery.setParameter ("street2", address.getStreet2());
}
if (address.getCountryId() != null) {
jpaQuery.setParameter ("countryId", address.getCountryId());
}
return jpaQuery.executeUpdate();
}
public Address affectAddress (Address address) {
return referAddress (address, false);
}
/**
* Assign the first address retrieved corresponding to the address criteria.
* Blank criteria are mapped to null.
* If no criteria is found, null is returned.
* If there is no address corresponding in the database. Then address is inserted and returned with its primary key(s).
*/
public Address assignAddress (Address address) {
return referAddress (address, true);
}
public Address referAddress (Address address, boolean isAssign) {
address = assignBlankToNull (address);
if (isAllNull(address))
return null;
else {
List<Address> list = searchPrototypeAddress(address);
if (list.isEmpty()) {
if (isAssign)
insertAddress(address);
else
return null;
}
else if (list.size()==1)
address.copy(list.get(0));
else
//TODO log error
address.copy(list.get(0));
}
return address;
}
public Address assignAddressUseCache (Address address) {
return referAddressUseCache (address, true);
}
public Address affectAddressUseCache (Address address) {
return referAddressUseCache (address, false);
}
public Address referAddressUseCache (Address address, boolean isAssign) {
String key = getCacheKey(null, address, null, "assignAddress");
Address addressCache = (Address)simpleCache.get(key);
if (addressCache==null) {
addressCache = referAddress (address, isAssign);
if (key!=null)
simpleCache.put(key, addressCache);
}
address.copy(addressCache);
return addressCache;
}
private String getCacheKey (Address addressWhat, Address positiveAddress, Address negativeAddress, String queryKey) {
StringBuffer sb = new StringBuffer();
sb.append(queryKey);
if (addressWhat!=null)
sb.append(addressWhat.toStringWithParents());
if (positiveAddress!=null)
sb.append(positiveAddress.toStringWithParents());
if (negativeAddress!=null)
sb.append(negativeAddress.toStringWithParents());
return sb.toString();
}
public Address partialLoadWithParentFirstAddress(Address addressWhat, Address positiveAddress, Address negativeAddress){
List <Address> list = partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress);
return (!list.isEmpty())?(Address)list.get(0):null;
}
public Address partialLoadWithParentFirstAddressUseCache(Address addressWhat, Address positiveAddress, Address negativeAddress, Boolean useCache){
List <Address> list = partialLoadWithParentAddressUseCache(addressWhat, positiveAddress, negativeAddress, useCache);
return (!list.isEmpty())?(Address)list.get(0):null;
}
public Address partialLoadWithParentFirstAddressUseCacheOnResult(Address addressWhat, Address positiveAddress, Address negativeAddress, Boolean useCache){
List <Address> list = partialLoadWithParentAddressUseCacheOnResult(addressWhat, positiveAddress, negativeAddress, useCache);
return (!list.isEmpty())?(Address)list.get(0):null;
}
//
protected List<Address> partialLoadWithParentAddress(Address addressWhat, Address positiveAddress, Address negativeAddress, Integer nbOfResult, Boolean useCache) {
return partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress, new QuerySelectInit(), nbOfResult, useCache);
}
protected List partialLoadWithParentAddressQueryResult (Address addressWhat, Address positiveAddress, Address negativeAddress, Integer nbOfResult, Boolean useCache) {
return partialLoadWithParentAddressQueryResult (addressWhat, positiveAddress, negativeAddress, new QuerySelectInit(), nbOfResult, useCache);
}
public List<Address> getDistinctAddress(Address addressWhat, Address positiveAddress, Address negativeAddress) {
return partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress, new QuerySelectDistinctInit(), null, false);
}
public List<Address> partialLoadWithParentAddress(Address addressWhat, Address positiveAddress, Address negativeAddress) {
return partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress, new QuerySelectInit(), null, false);
}
public List<Address> partialLoadWithParentAddressUseCacheOnResult(Address addressWhat, Address positiveAddress, Address negativeAddress, Boolean useCache) {
String key = getCacheKey(addressWhat, positiveAddress, negativeAddress, "partialLoadWithParentAddress");
List<Address> list = (List<Address>)simpleCache.get(key);
if (list==null || list.isEmpty()) {
list = partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress);
if (!list.isEmpty())
simpleCache.put(key, list);
}
return list;
}
public List<Address> partialLoadWithParentAddressUseCache(Address addressWhat, Address positiveAddress, Address negativeAddress, Boolean useCache) {
String key = getCacheKey(addressWhat, positiveAddress, negativeAddress, "partialLoadWithParentAddress");
List<Address> list = (List<Address>)simpleCache.get(key);
if (list==null) {
list = partialLoadWithParentAddress(addressWhat, positiveAddress, negativeAddress);
simpleCache.put(key, list);
}
return list;
}
private List<Address> handleLoadWithParentAddress(Map beanPath, List list, Address addressWhat) {
return handleLoadWithParentAddress(beanPath, list, addressWhat, true);
}
private List<Address> handleLoadWithParentAddress(Map beanPath, List list, Address addressWhat, boolean isHql) {
if (beanPath.size()==1) {
return handlePartialLoadWithParentAddressWithOneElementInRow(list, beanPath, addressWhat, isHql);
}
return handlePartialLoadWithParentAddress(list, beanPath, addressWhat, isHql);
}
// to set in super class
protected void populateAddress (Address address, Object value, String beanPath) throws IllegalAccessException, InvocationTargetException, NoSuchMethodException {
BeanUtils.populateBeanObject(address, beanPath, value);
}
protected void populateAddressFromSQL (Address address, Object value, String beanPath) throws IllegalAccessException, InvocationTargetException, NoSuchMethodException {
BeanUtils.populateBeanObject(address, beanPath, value);
}
// to set in super class BEWARE: genericity is only one level!!!!! first level is a copy second level is a reference!!! change to address.clone() instead
private Address cloneAddress (Address address) throws IllegalAccessException, InvocationTargetException, InstantiationException, NoSuchMethodException {
//return (Address) BeanUtils.cloneBeanObject(address);
if (address==null) return new Address();
return address.clone();
}
// to set in super class
private Object getBeanObjectInstance (Object bean) throws SecurityException, NoSuchMethodException, IllegalArgumentException, InstantiationException, IllegalAccessException, InvocationTargetException {
return BeanUtils.getBeanObjectInstance(bean);
}
// to set in super class
protected void populateObject (Object bean, Object value, String beanPath) throws IllegalAccessException, InvocationTargetException {
BeanUtils.populateObject(bean, value, beanPath);
}
protected void populateObjectFromSQL (Object bean, Object value, String beanPath) throws IllegalAccessException, InvocationTargetException {
BeanUtils.populateObject(bean, value, beanPath);
}
public List<Address> countDistinct (Address whatMask, Address whereEqCriteria) {
return partialLoadWithParentAddress(whatMask, whereEqCriteria, null, new QuerySelectCountInit("address"), null, false);
}
public Long count(Address whereEqCriteria) {
List<Address> list = partialLoadWithParentAddress(null, whereEqCriteria, null, new QueryCountInit("address"), null, false);
if (!list.isEmpty())
return list.get(0).getCount__();
return 0L;
}
public Address getFirstAddressWhereConditionsAre (Address address) {
List<Address> list = partialLoadWithParentAddress(getDefaultAddressWhat(), address, null, 1, false);
if (list.isEmpty()) {
return null;
}
else if (list.size()==1)
return list.get(0);
else
//TODO log error
return list.get(0);
}
private List getFirstResultWhereConditionsAre (Address address) {
return partialLoadWithParentAddressQueryResult(getDefaultAddressWhat(), address, null, 1, false);
}
protected Address getDefaultAddressWhat() {
Address address = new Address();
address.setId(Long.valueOf("-1"));
return address;
}
public Address getFirstAddress (Address address) {
if (isAllNull(address))
return null;
else {
List<Address> list = searchPrototype (address, 1);
if (list.isEmpty()) {
return null;
}
else if (list.size()==1)
return list.get(0);
else
//TODO log error
return list.get(0);
}
}
/**
* checks if the Address entity exists
*/
public boolean existsAddress (Address address) {
if (getFirstAddress(address)!=null)
return true;
return false;
}
public boolean existsAddressWhereConditionsAre (Address address) {
if (getFirstResultWhereConditionsAre (address).isEmpty())
return false;
return true;
}
private int countPartialField (Address address) {
int cpt = 0;
if (address.getId() != null) {
cpt++;
}
if (address.getStreet1() != null) {
cpt++;
}
if (address.getStreet2() != null) {
cpt++;
}
if (address.getCountryId() != null) {
cpt++;
}
return cpt;
}
public List<Address> partialLoadWithParentAddress(Address addressWhat, Address positiveAddress, Address negativeAddress, QueryWhatInit queryWhatInit, Integer nbOfResult, Boolean useCache) {
Map beanPath = new Hashtable();
List list = partialLoadWithParentAddressJPAQueryResult (addressWhat, positiveAddress, negativeAddress, queryWhatInit, beanPath, nbOfResult, useCache);
if (beanPath.size()==1) {
return handlePartialLoadWithParentAddressWithOneElementInRow(list, beanPath, addressWhat, true);
}
return handlePartialLoadWithParentAddress(list, beanPath, addressWhat, true);
}
private List partialLoadWithParentAddressQueryResult(Address addressWhat, Address positiveAddress, Address negativeAddress, QueryWhatInit queryWhatInit, Integer nbOfResult, Boolean useCache) {
return partialLoadWithParentAddressJPAQueryResult (addressWhat, positiveAddress, negativeAddress, queryWhatInit, new Hashtable(), nbOfResult, useCache);
}
private List partialLoadWithParentAddressJPAQueryResult(Address addressWhat, Address positiveAddress, Address negativeAddress, QueryWhatInit queryWhatInit, Map beanPath, Integer nbOfResult, Boolean useCache) {
Query hquery = getPartialLoadWithParentAddressJPAQuery (addressWhat, positiveAddress, negativeAddress, beanPath, queryWhatInit, nbOfResult);
return hquery.getResultList();
}
/**
* @returns an JPA Hsql query based on entity Address and its parents and the maximum number of result
*/
protected Query getPartialLoadWithParentAddressJPAQuery (Address addressWhat, Address positiveAddress, Address negativeAddress, Map beanPath, QueryWhatInit queryWhatInit, Integer nbOfResult) {
Query query = getEntityManager().createQuery(getPartialLoadWithParentAddressHsqlQuery (addressWhat, positiveAddress, negativeAddress, beanPath, queryWhatInit));
if (nbOfResult!=null)
query.setMaxResults(nbOfResult);
return query;
}
private List<Address> handlePartialLoadWithParentAddress(List<Object[]> list, Map<Integer, String> beanPath, Address addressWhat, boolean isJql) {
try {
return convertPartialLoadWithParentAddress(list, beanPath, addressWhat);
} catch (Exception ex) {
log.error("Error conversion list from handlePartialLoadWithParentAddress, message:"+ex.getMessage());
return new ArrayList<Address>();
}
}
private List<Address> handlePartialLoadWithParentAddressWithOneElementInRow(List<Object> list, Map<Integer, String> beanPath, Address addressWhat, boolean isJql) {
try {
return convertPartialLoadWithParentAddressWithOneElementInRow(list, beanPath, addressWhat);
} catch (Exception ex) {
log.error("Error conversion list from handlePartialLoadWithParentAddressWithOneElementInRow, message:"+ex.getMessage());
return new ArrayList<Address>();
}
}
private List<Address> convertPartialLoadWithParentAddress(List<Object[]> list, Map<Integer, String> beanPath, Address addressWhat) throws IllegalAccessException, InvocationTargetException, InstantiationException, NoSuchMethodException {
List<Address> resultList = new ArrayList<Address>();
for (Object[] row : list) {
Address address = cloneAddress (addressWhat);
Iterator<Entry<Integer, String>> iter = beanPath.entrySet().iterator();
while (iter.hasNext()) {
Entry entry = iter.next();
populateAddress (address, row[(Integer)entry.getKey()], (String)entry.getValue());
}
resultList.add(address);
}
return resultList;
}
private List<Address> convertPartialLoadWithParentAddressWithOneElementInRow(List<Object> list, Map<Integer, String> beanPath, Address addressWhat) throws IllegalAccessException, InvocationTargetException, InstantiationException, NoSuchMethodException {
List<Address> resultList = new ArrayList<Address>();
for (Object row : list) {
Address address = cloneAddress (addressWhat);
Iterator<Entry<Integer, String>> iter = beanPath.entrySet().iterator();
while (iter.hasNext()) {
Entry entry = iter.next();
populateAddress (address, row, (String)entry.getValue());
}
resultList.add(address);
}
return resultList;
}
public List partialLoadWithParentForBean(Object bean, Address addressWhat, Address positiveAddress, Address negativeAddress) {
Map beanPath = new Hashtable();
Query hquery = getPartialLoadWithParentAddressJPAQuery (addressWhat, positiveAddress, negativeAddress, beanPath, new QuerySelectInit(), null);
List<Object[]> list = hquery.getResultList();
return handlePartialLoadWithParentForBean(list, beanPath, bean);
}
// to set in super class
private List handlePartialLoadWithParentForBean(List<Object[]> list, Map<Integer, String> beanPath, Object bean) {
try {
return convertPartialLoadWithParentForBean(list, beanPath, bean);
} catch (Exception ex) {
//TODO log ex
return new ArrayList();
}
}
// to set in super class
private List convertPartialLoadWithParentForBean(List<Object[]> list, Map<Integer, String> beanPath, Object bean) throws IllegalAccessException, InvocationTargetException, InstantiationException, NoSuchMethodException {
List resultList = new ArrayList();
for (Object[] row : list) {
Object result = getBeanObjectInstance(bean);
Iterator<Entry<Integer, String>> iter = beanPath.entrySet().iterator();
while (iter.hasNext()) {
Entry entry = iter.next();
populateObject (result, row[(Integer)entry.getKey()], getFieldFromBeanPath((String)entry.getValue()));
}
resultList.add(result);
}
return resultList;
}
// to set in super class
private String getFieldFromBeanPath(String beanPath) {
String result = StringUtils.substringAfterLast(beanPath, ".");
if (result.equals(""))
return beanPath;
return result;
}
/**
*
* partial on entity and its parents load enables to specify the fields you want to load explicitly
*/
public String getPartialLoadWithParentAddressHsqlQuery (Address address, Address positiveAddress, Address negativeAddress, Map beanPath, QueryWhatInit queryWhatInit) {
Hashtable aliasWhatHt = new Hashtable();
String what = getPartialLoadWithParentAddressQuery (address, null, aliasWhatHt, null, null, beanPath, "", queryWhatInit);
Hashtable aliasWhereHt = new Hashtable();
String where = getPartialLoadWithParentWhereAddressQuery (positiveAddress, null, aliasWhatHt, aliasWhereHt, null, null);
String whereHow = reconciliateWherePath(aliasWhatHt, aliasWhereHt);
String how = reconciliateHowPath(aliasWhatHt, aliasWhereHt);
String whereConcat = "";
if (where!=null && !where.equals("") && whereHow!=null && !whereHow.equals(""))
whereConcat=" AND ";
return what+" FROM "+how +" WHERE "+whereHow+ whereConcat +where;
}
/**
* partial on a single entity load enables to specify the fields you want to load explicitly
*/
public List<Address> partialLoadAddress(Address address, Address positiveAddress, Address negativeAddress) {
Query hquery = getEntityManager().createQuery(getPartialLoadAddressQuery (address, positiveAddress, negativeAddress));
int countPartialField = countPartialField(address);
if (countPartialField==0)
return new ArrayList<Address>();
List list = hquery.getResultList();
Iterator iter = list.iterator();
List<Address> returnList = new ArrayList<Address>();
while(iter.hasNext()) {
int index = 0;
Object[] row;
if (countPartialField==1) {
row = new Object[1];
row[0] = iter.next();
} else
row = (Object[]) iter.next();
Address addressResult = new Address();
if (address.getId() != null) {
addressResult.setId((Long) row[index]);
index++;
}
if (address.getStreet1() != null) {
addressResult.setStreet1((String) row[index]);
index++;
}
if (address.getStreet2() != null) {
addressResult.setStreet2((String) row[index]);
index++;
}
if (address.getCountryId() != null) {
addressResult.setCountryId_((Integer) row[index]);
index++;
}
returnList.add(addressResult);
}
return returnList;
}
public static String getPartialLoadWithParentWhereAddressQuery (
Address address, Boolean isWhereSet, Hashtable aliasHt, Hashtable aliasWhereHt, String childAlias, String childFKAlias) {
if (address==null)
return "";
String alias = null;
if (aliasWhereHt == null) {
aliasWhereHt = new Hashtable();
}
if (isLookedUp(address)){
alias = getNextAlias (aliasWhereHt, address);
aliasWhereHt.put (getAliasKey(alias), getAliasConnection(alias, childAlias, childFKAlias));
}
if (isWhereSet == null)
isWhereSet = false;
StringBuffer query = new StringBuffer();
if (address.getId() != null) {
query.append (getQueryBLANK_AND (isWhereSet));
isWhereSet = true;
query.append(" "+alias+".id = "+ address.getId() + " ");
}
if (address.getStreet1() != null) {
query.append (getQueryBLANK_AND (isWhereSet));
isWhereSet = true;
query.append(" "+alias+".street1 = '"+ address.getStreet1()+"' ");
}
if (address.getStreet2() != null) {
query.append (getQueryBLANK_AND (isWhereSet));
isWhereSet = true;
query.append(" "+alias+".street2 = '"+ address.getStreet2()+"' ");
}
if (address.getCountryId() != null) {
query.append (getQueryBLANK_AND (isWhereSet));
isWhereSet = true;
query.append(" "+alias+".countryId = "+ address.getCountryId() + " ");
}
if (address.getCountryId()!=null) {
String chunck = net.sf.mp.demo.conference.dao.impl.jpa.admin.CountryExtendedJPAImpl.getPartialLoadWithParentWhereCountryQuery(
address.getCountryId(),
isWhereSet, aliasHt, aliasWhereHt, alias, "countryId");
if (chunck!=null && !chunck.equals("")) {
query.append(chunck);
isWhereSet=true;
}
}
return query.toString();
}
public static String reconciliateWherePath(Hashtable aliasWhatHt, Hashtable aliasWhereHt) {
StringBuffer sb = new StringBuffer();
boolean isBlankSet = false;
aliasWhatHt.putAll(aliasWhereHt);
Enumeration<String> elements = aliasWhatHt.elements();
while (elements.hasMoreElements()) {
String element = elements.nextElement();
if (!element.equals("")) {
sb.append (getQueryBLANK_AND (isBlankSet));
isBlankSet=true;
sb.append(element);
}
}
return sb.toString();
}
public static String reconciliateHowPath(Hashtable aliasWhatHt, Hashtable aliasWhereHt) {
StringBuffer sb = new StringBuffer();
boolean isBlankSet = false;
aliasWhatHt.putAll(aliasWhereHt);
Enumeration<String> keys = aliasWhatHt.keys();
while (keys.hasMoreElements()) {
String key = keys.nextElement();
sb.append (getQueryBLANK_COMMA (isBlankSet));
isBlankSet = true;
sb.append(getAliasKeyDomain(key)+" "+getAliasKeyAlias(key));
}
return sb.toString();
}
protected static String getRootDomainName (String domainName) {
return StringUtils.substringBefore(domainName, "_");
}
public static String getPartialLoadWithParentAddressQuery (
Address address, Boolean isWhereSet, Hashtable aliasHt, String childAlias, String childFKAlias, Map beanPath, String rootPath, QueryWhatInit queryWhatInit) {
if (address==null)
return "";
String alias = null;
if (aliasHt == null) {
aliasHt = new Hashtable();
}
if (isLookedUp(address)){
alias = getNextAlias (aliasHt, address);
aliasHt.put (getAliasKey(alias), getAliasConnection(alias, childAlias, childFKAlias));
}
if (isWhereSet == null)
isWhereSet = false;
StringBuffer query = new StringBuffer();
if (address.getId() != null) {
query.append (queryWhatInit.getWhatInit (isWhereSet));
isWhereSet = true;
beanPath.put(beanPath.size(), rootPath+"id");
query.append(" "+alias+".id ");
}
if (address.getStreet1() != null) {
query.append (queryWhatInit.getWhatInit (isWhereSet));
isWhereSet = true;
beanPath.put(beanPath.size(), rootPath+"street1");
query.append(" "+alias+".street1 ");
}
if (address.getStreet2() != null) {
query.append (queryWhatInit.getWhatInit (isWhereSet));
isWhereSet = true;
beanPath.put(beanPath.size(), rootPath+"street2");
query.append(" "+alias+".street2 ");
}
if (address.getCountryId() != null) {
query.append (queryWhatInit.getWhatInit (isWhereSet));
isWhereSet = true;
beanPath.put(beanPath.size(), rootPath+"countryId");
query.append(" "+alias+".countryId ");
}
if (address.getCountryId()!=null) {
String chunck = net.sf.mp.demo.conference.dao.impl.jpa.admin.CountryExtendedJPAImpl.getPartialLoadWithParentCountryQuery(
address.getCountryId(),
isWhereSet, aliasHt, alias, "countryId", beanPath, rootPath+"countryId.", queryWhatInit);
if (chunck!=null && !chunck.equals("")) {
query.append(chunck);
isWhereSet=true;
}
}
// query.append(getAddressSearchEqualQuery (positiveAddress, negativeAddress));
return query.toString();
}
protected static String getAliasConnection(String existingAlias, String childAlias, String childFKAlias) {
if (childAlias==null)
return "";
return childAlias+"."+childFKAlias+" = "+existingAlias+"."+"id";
}
protected static String getAliasKey (String alias) {
//TODO this is a temporary solution use a dedicated object in BslaHiberateDaoSupport
return "Address|"+alias;
}
protected static String getAliasKeyAlias (String aliasKey) {
//TODO this is a temporary solution use a dedicated object in BslaHiberateDaoSupport
return StringUtils.substringAfter(aliasKey, "|");
}
protected static String getAliasKeyDomain (String aliasKey) {
//TODO this is a temporary solution use a dedicated object in BslaHiberateDaoSupport
return StringUtils.substringBefore(aliasKey, "|");
}
protected static String getNextAlias (Hashtable aliasHt, Address address) {
int cptSameAlias = 0;
Enumeration<String> keys = aliasHt.keys();
while (keys.hasMoreElements()) {
String key = keys.nextElement();
if (key.startsWith("address"))
cptSameAlias++;
}
if (cptSameAlias==0)
return "address";
else
return "address_"+cptSameAlias;
}
protected static boolean isLookedUp (Address address) {
if (address==null)
return false;
if (address.getId() != null) {
return true;
}
if (address.getStreet1() != null) {
return true;
}
if (address.getStreet2() != null) {
return true;
}
if (address.getCountryId() != null) {
return true;
}
if (address.getCountryId()!=null) {
return true;
}
return false;
}
public String getPartialLoadAddressQuery(
Address address,
Address positiveAddress,
Address negativeAddress) {
boolean isWhereSet = false;
StringBuffer query = new StringBuffer();
if (address.getId() != null) {
query.append (getQuerySelectComma (isWhereSet));
isWhereSet = true;
query.append(" id ");
}
if (address.getStreet1() != null) {
query.append (getQuerySelectComma (isWhereSet));
isWhereSet = true;
query.append(" street1 ");
}
if (address.getStreet2() != null) {
query.append (getQuerySelectComma (isWhereSet));
isWhereSet = true;
query.append(" street2 ");
}
if (address.getCountryId() != null) {
query.append (getQuerySelectComma (isWhereSet));
isWhereSet = true;
query.append(" countryId ");
}
query.append(getAddressSearchEqualQuery (positiveAddress, negativeAddress));
return query.toString();
}
public List<Address> searchPrototypeWithCacheAddress(Address address) {
SimpleCache simpleCache = new SimpleCache();
List<Address> list = (List<Address>)simpleCache.get(address.toString());
if (list==null) {
list = searchPrototypeAddress(address);
simpleCache.put(address.toString(), list);
}
return list;
}
public List<Address> loadGraph(Address graphMaskWhat, List<Address> whereMask) {
return loadGraphOneLevel(graphMaskWhat, whereMask);
}
public List<Address> loadGraphOneLevel(Address graphMaskWhat, List<Address> whereMask) {
//first get roots element from where list mask
// this brings the level 0 of the graph (root level)
graphMaskWhat.setId(graphMaskWhat.longMask__);
List<Address> addresss = searchPrototypeAddress (whereMask);
// for each sub level perform the search with a subquery then reassemble
// 1. get all sublevel queries
// 2. perform queries on the correct dao
// 3. reassemble
return getLoadGraphOneLevel (graphMaskWhat, addresss);
}
private List<Address> copy(List<Address> inputs) {
List<Address> l = new ArrayList<Address>();
for (Address input : inputs) {
Address copy = new Address();
copy.copy(input);
l.add(copy);
}
return l;
}
private List<Address> getLoadGraphOneLevel (Address graphMaskWhat, List<Address> parents) {
return loadGraphFromParentKey (graphMaskWhat, parents);
}
public List<Address> loadGraphFromParentKey (Address graphMaskWhat, List<Address> parents) {
//foreach children:
//check if not empty take first
parents = copy (parents); //working with detached entities to avoid unnecessary sql calls
if (parents==null || parents.isEmpty())
return parents;
List<String> ids = getPk (parents);
if (graphMaskWhat.getConferenceAddressViaAddressId()!=null && !graphMaskWhat.getConferenceAddressViaAddressId().isEmpty()) {
for (Conference childWhat : graphMaskWhat.getConferenceAddressViaAddressId()) {
childWhat.setAddressId_(graphMaskWhat.longMask__); // add to the what mask, usefull for reconciliation
ConferenceExtendedJPAImpl conferenceextendedjpaimpl = new ConferenceExtendedJPAImpl ();
List<Conference> children = conferenceextendedjpaimpl.lookupConference(childWhat, getFkCriteria(" id ", ids), null, getEntityManager());
reassembleConference (children, parents);
break;
}
}
if (graphMaskWhat.getConferenceMemberAddressViaAddressId()!=null && !graphMaskWhat.getConferenceMemberAddressViaAddressId().isEmpty()) {
for (ConferenceMember childWhat : graphMaskWhat.getConferenceMemberAddressViaAddressId()) {
childWhat.setAddressId_(graphMaskWhat.longMask__); // add to the what mask, usefull for reconciliation
ConferenceMemberExtendedJPAImpl conferencememberextendedjpaimpl = new ConferenceMemberExtendedJPAImpl ();
List<ConferenceMember> children = conferencememberextendedjpaimpl.lookupConferenceMember(childWhat, getFkCriteria(" id ", ids), null, getEntityManager());
reassembleConferenceMember (children, parents);
break;
}
}
if (graphMaskWhat.getSponsorAddressViaAddressId()!=null && !graphMaskWhat.getSponsorAddressViaAddressId().isEmpty()) {
for (Sponsor childWhat : graphMaskWhat.getSponsorAddressViaAddressId()) {
childWhat.setAddressId_(graphMaskWhat.longMask__); // add to the what mask, usefull for reconciliation
SponsorExtendedJPAImpl sponsorextendedjpaimpl = new SponsorExtendedJPAImpl ();
List<Sponsor> children = sponsorextendedjpaimpl.lookupSponsor(childWhat, getFkCriteria(" id ", ids), null, getEntityManager());
reassembleSponsor (children, parents);
break;
}
}
return parents;
}
private void reassembleConference (List<Conference> children, List<Address> parents) {
for (Conference child : children) {
for (Address parent : parents) {
if (parent.getId()!=null && parent.getId().toString().equals(child.getAddressId()+"")) {
parent.addConferenceAddressViaAddressId(child); //ConferenceAddressViaAddressId
child.setAddressId(parent);
break;
}
}
}
}
private void reassembleConferenceMember (List<ConferenceMember> children, List<Address> parents) {
for (ConferenceMember child : children) {
for (Address parent : parents) {
if (parent.getId()!=null && parent.getId().toString().equals(child.getAddressId()+"")) {
parent.addConferenceMemberAddressViaAddressId(child); //ConferenceMemberAddressViaAddressId
child.setAddressId(parent);
break;
}
}
}
}
private void reassembleSponsor (List<Sponsor> children, List<Address> parents) {
for (Sponsor child : children) {
for (Address parent : parents) {
if (parent.getId()!=null && parent.getId().toString().equals(child.getAddressId()+"")) {
parent.addSponsorAddressViaAddressId(child); //SponsorAddressViaAddressId
child.setAddressId(parent);
break;
}
}
}
}
private List<String> getPk(List<Address> input) {
List<String> s = new ArrayList<String>();
for (Address t : input) {
s.add(t.getId()+"");
}
return s;
}
private Criteria getFkCriteria(String field, List<String> ids) {
Criteria criteria = new Criteria();
criteria.addCriterion(getInPk(field, ids));
return criteria;
}
private ClauseCriterion getInPk(String field, List<String> ids) {
InCriterion inCriterion = new InCriterion(field, ids, true);
return inCriterion;
}
public EntityManager getEntityManagerForRecursiveDao() {
return emForRecursiveDao;
}
public void setEntityManagerForRecursiveDao(EntityManager emForRecursiveDao) {
this.emForRecursiveDao = emForRecursiveDao;
}
public void setConferenceExtendedJPAImpl (ConferenceExtendedJPAImpl conferenceextendedjpaimpl) {
this.conferenceextendedjpaimpl = conferenceextendedjpaimpl;
}
public ConferenceExtendedJPAImpl getConferenceExtendedJPAImpl () {
return conferenceextendedjpaimpl;
}
public void setConferenceMemberExtendedJPAImpl (ConferenceMemberExtendedJPAImpl conferencememberextendedjpaimpl) {
this.conferencememberextendedjpaimpl = conferencememberextendedjpaimpl;
}
public ConferenceMemberExtendedJPAImpl getConferenceMemberExtendedJPAImpl () {
return conferencememberextendedjpaimpl;
}
public void setSponsorExtendedJPAImpl (SponsorExtendedJPAImpl sponsorextendedjpaimpl) {
this.sponsorextendedjpaimpl = sponsorextendedjpaimpl;
}
public SponsorExtendedJPAImpl getSponsorExtendedJPAImpl () {
return sponsorextendedjpaimpl;
}
}