www.pudn.com > PetTest.rar > BasePetDAO.java
package bo.base;
import net.sf.hibernate.Hibernate;
import net.sf.hibernate.Session;
import com.dao.PetDAO;
/**
* This class has been automatically generated by Hibernate Synchronizer.
* For more information or documentation, visit The Hibernate Synchronizer page
* at http://www.binamics.com/hibernatesync or contact Joe Hudson at joe@binamics.com.
*
* This is an automatically generated DAO class which should not be edited.
*/
public abstract class BasePetDAO extends com.dao._RootDAO {
public static PetDAO instance;
/**
* Return a singleton of the DAO
*/
public static PetDAO getInstance () {
if (null == instance) instance = new PetDAO();
return instance;
}
/**
* bo.dao._RootDAO _RootDAO.getReferenceClass()
*/
public Class getReferenceClass () {
return bo.Pet.class;
}
public bo.Pet load(java.lang.Integer key)
throws net.sf.hibernate.HibernateException {
return (bo.Pet) load(getReferenceClass(), key);
}
public bo.Pet load(java.lang.Integer key, Session s)
throws net.sf.hibernate.HibernateException {
return (bo.Pet) load(getReferenceClass(), key, s);
}
public bo.Pet loadInitialize(java.lang.Integer key, Session s)
throws net.sf.hibernate.HibernateException {
bo.Pet obj = load(key, s);
if (!Hibernate.isInitialized(obj)) {
Hibernate.initialize(obj);
}
return obj;
}
/**
* Persist the given transient instance, first assigning a generated identifier. (Or using the current value
* of the identifier property if the assigned generator is used.)
* @param pet a transient instance of a persistent class
* @return the class identifier
*/
public java.lang.Integer save(bo.Pet pet)
throws net.sf.hibernate.HibernateException {
return (java.lang.Integer) super.save(pet);
}
/**
* Persist the given transient instance, first assigning a generated identifier. (Or using the current value
* of the identifier property if the assigned generator is used.)
* Use the Session given.
* @param pet a transient instance of a persistent class
* @param s the Session
* @return the class identifier
*/
public java.lang.Integer save(bo.Pet pet, Session s)
throws net.sf.hibernate.HibernateException {
return (java.lang.Integer) super.save(pet, s);
}
/**
* Either save() or update() the given instance, depending upon the value of its identifier property. By default
* the instance is always saved. This behaviour may be adjusted by specifying an unsaved-value attribute of the
* identifier property mapping.
* @param pet a transient instance containing new or updated state
*/
public void saveOrUpdate(bo.Pet pet)
throws net.sf.hibernate.HibernateException {
super.saveOrUpdate(pet);
}
/**
* Either save() or update() the given instance, depending upon the value of its identifier property. By default the
* instance is always saved. This behaviour may be adjusted by specifying an unsaved-value attribute of the identifier
* property mapping.
* Use the Session given.
* @param pet a transient instance containing new or updated state.
* @param s the Session.
*/
public void saveOrUpdate(bo.Pet pet, Session s)
throws net.sf.hibernate.HibernateException {
super.saveOrUpdate(pet, s);
}
/**
* Update the persistent state associated with the given identifier. An exception is thrown if there is a persistent
* instance with the same identifier in the current session.
* @param pet a transient instance containing updated state
*/
public void update(bo.Pet pet)
throws net.sf.hibernate.HibernateException {
super.update(pet);
}
/**
* Update the persistent state associated with the given identifier. An exception is thrown if there is a persistent
* instance with the same identifier in the current session.
* Use the Session given.
* @param pet a transient instance containing updated state
* @param the Session
*/
public void update(bo.Pet pet, Session s)
throws net.sf.hibernate.HibernateException {
super.update(pet, s);
}
/**
* Remove a persistent instance from the datastore. The argument may be an instance associated with the receiving
* Session or a transient instance with an identifier associated with existing persistent state.
* @param id the instance ID to be removed
*/
public void delete(java.lang.Integer id)
throws net.sf.hibernate.HibernateException {
super.delete(load(id));
}
/**
* Remove a persistent instance from the datastore. The argument may be an instance associated with the receiving
* Session or a transient instance with an identifier associated with existing persistent state.
* Use the Session given.
* @param id the instance ID to be removed
* @param s the Session
*/
public void delete(java.lang.Integer id, Session s)
throws net.sf.hibernate.HibernateException {
super.delete(load(id, s), s);
}
/**
* Remove a persistent instance from the datastore. The argument may be an instance associated with the receiving
* Session or a transient instance with an identifier associated with existing persistent state.
* @param pet the instance to be removed
*/
public void delete(bo.Pet pet)
throws net.sf.hibernate.HibernateException {
super.delete(pet);
}
/**
* Remove a persistent instance from the datastore. The argument may be an instance associated with the receiving
* Session or a transient instance with an identifier associated with existing persistent state.
* Use the Session given.
* @param pet the instance to be removed
* @param s the Session
*/
public void delete(bo.Pet pet, Session s)
throws net.sf.hibernate.HibernateException {
super.delete(pet, s);
}
/**
* Re-read the state of the given instance from the underlying database. It is inadvisable to use this to implement
* long-running sessions that span many business tasks. This method is, however, useful in certain special circumstances.
* For example
*