configuration hibernate distribution

Bonjour ts le monde,
j'ai une problème après configuration d'hibernate3 sous eclipse, au niveau des fichiers généré par mon fichier de mapping, ils me signal des erreurs de type:
Configuration cannot be resolved to a type
Criteria cannot be resolved to a type
Hibernate cannot be resolved
HibernateException cannot be resolved to a type
SessionFactory cannot be resolved to a type

par contre mon fichier de mapping n'affiche aucune erreur

Merci d'avance pour votre aide

Salut,
Comme ça je dirais que le jar d'hibernate n'est pas dans le classpath du projet => toutes les classes d'hibernate sont inconnues.

merci pour la réponse,
en faite j'ai télécharger hibernate-distribution et j'ai récupéré
les .jar qui se trouvent dans le dossier lib=> required, qui sont:
antlr-2.7.6.jar
commons-collections-3.1.jar
dom4j-1.6.1.jar
javassist-3.12.0.GA.jar
jta-1.1.jar
slf4j-api-1.6.1.jar
+
hibernate3.jar
mysql-connector-java-5.1.13-bin.jar
puis ja'i tous ajouter au classpath du projet.
j'ai oublier quelque chose??

As-tu vérifié les imports dans les classes générées ? Je pencherais plutôt pour ça finalement : si les imports sont bien fait mais que le jar correspondant n'est pas dans le classpath, il devrait aussi y avoir des erreurs du style "the import blablabla cannot be resolved"
A la rigueur donne-nous le code d'une des classes générées (contenant ces erreurs).

http://cjoint.com/?0mcl5EdcA8s
_BaseRootDAO.java:

Code:

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package modele.base;   import java.io.Serializable; import java.math.BigDecimal; import java.sql.Timestamp; import java.util.Calendar; import java.util.Date; import java.util.HashMap; import java.util.Iterator; import java.util.Map;   import net.sf.hibernate.Criteria; import net.sf.hibernate.HibernateException; import net.sf.hibernate.Query; import net.sf.hibernate.Session; import net.sf.hibernate.Transaction; import net.sf.hibernate.SessionFactory;   import net.sf.hibernate.cfg.Configuration; import net.sf.hibernate.expression.Expression; import net.sf.hibernate.expression.Order; import net.sf.hibernate.type.Type;   /**  * 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.  */ public abstract class _BaseRootDAO {   protected static Map sessionFactoryMap = new HashMap(); protected static ThreadLocal threadedSessions = new ThreadLocal();   /**          * Configure the session factory by reading hibernate config file          */ public static void initialize () throws HibernateException { initialize((String) null); }   /**          * Configure the session factory by reading hibernate config file          * @param configFileName the name of the configuration file          */ public static void initialize (String configFileName) throws HibernateException { if (null == configFileName && sessionFactoryMap.size() > 0) return; else if (null != sessionFactoryMap.get(configFileName)) return; else { Configuration cfg = new Configuration(); if (null == configFileName) cfg.configure(); else cfg.configure(configFileName); setSessionFactory(configFileName, cfg.buildSessionFactory()); } }   /**          * Set the session factory          */ protected static void setSessionFactory (SessionFactory sessionFactory) { setSessionFactory((String) null, sessionFactory); }   /**          * Set the session factory          */ protected static void setSessionFactory (String configFileName, SessionFactory sessionFactory) { sessionFactoryMap.put(configFileName, sessionFactory); }   /**          * Return the SessionFactory that is to be used by these DAOs.  Change this          * and implement your own strategy if you, for example, want to pull the SessionFactory          * from the JNDI tree.          */ protected SessionFactory getSessionFactory() throws HibernateException { return getSessionFactory (getConfigurationFileName()); }   private static SessionFactory getSessionFactory(String configFile) throws HibernateException { if (sessionFactoryMap.size() == 1) return (SessionFactory) sessionFactoryMap.values().toArray()[0]; else { SessionFactory sessionFactory = (SessionFactory) sessionFactoryMap.get(configFile); if (null == sessionFactory) if (null == configFile) throw new RuntimeException("The session factory has not been initialized."); else throw new RuntimeException("The session factory for '" + configFile + "' has not been initialized."); else return sessionFactory; } }   /**          * Return a new Session object that must be closed when the work has been completed.          * @return the active Session          */ protected Session getSession() throws HibernateException { return createSession(); }   /**          * Return a new Session object that must be closed when the work has been completed.          * @return the active Session          */ public static Session createSession() throws HibernateException { return createSession(null); }   /**          * Return a new Session object that must be closed when the work has been completed.          * @param configFile the config file must match the meta attribute "config-file" in the hibernate mapping file          * @return the active Session          */ public static Session createSession(String configFile) throws HibernateException { java.util.Stack sessionStack = (java.util.Stack) threadedSessions.get(); Session session = null; if (null == sessionStack) { sessionStack = new java.util.Stack(); threadedSessions.set(sessionStack); } if (sessionStack.size() > 0) { Object[] arr = (Object[]) sessionStack.peek(); String cf = (String) arr[0]; if (null == cf) { session = (Session) arr[1]; } else if (null != cf && null != configFile) { if (cf.equals(configFile)) session = (Session) arr[1]; } if (null == session) { session = getSessionFactory(configFile).openSession(); arr = new Object[2]; arr[0] = configFile; arr[1] = session; sessionStack.push(arr); } } else { session = getSessionFactory(configFile).openSession(); Object[] arr = new Object[2]; arr = new Object[2]; arr[0] = configFile; arr[1] = session; sessionStack.push(arr); } return session; }   /**          * Return the name of the configuration file to be used with this DAO or null if default          */ public String getConfigurationFileName () { return null; }   /**          * Return the specific Object class that will be used for class-specific          * implementation of this DAO.          * @return the reference Class          */ protected abstract Class getReferenceClass();   /**          * Close the session          */ public void closeSession () throws HibernateException { java.util.Stack sessionStack = (java.util.Stack) threadedSessions.get(); if (null != sessionStack) { Object[] arr = (Object[]) sessionStack.peek(); String cf = (String) arr[0]; if (null == cf) { Session session = (Session) arr[1]; session.close(); sessionStack.pop(); } else { String configurationFile = getConfigurationFileName(); if (null != configurationFile && configurationFile.equals(cf)) { Session session = (Session) arr[1]; session.close(); sessionStack.pop(); } } } }   /**          * Begin the transaction related to the session          */ public Transaction beginTransaction(Session s) throws HibernateException { return s.beginTransaction(); }   /**          * Commit the given transaction          */ public void commitTransaction(Transaction t) throws HibernateException { t.commit(); }   /**          * Execute a query.          * @param query a query expressed in Hibernate's query language          * @return a distinct list of instances (or arrays of instances)          */ public java.util.List find(String query) throws HibernateException { Session s = null; try { s = getSession(); return find(query, s); } finally { closeSession(); } }   /**          * Perform a find but use the session given instead of creating a new one.          * @param query a query expressed in Hibernate's query language          * @s the Session to use          */ public java.util.List find(String query, Session s) throws HibernateException { return s.find(query); }   /**          * Return all objects related to the implementation of this DAO with no filter.          */ public java.util.List findAll () throws HibernateException { Session s = null; try { s = getSession(); return findAll(s); } finally { closeSession(); } }   /**          * Return all objects related to the implementation of this DAO with no filter.          * Use the session given.          * @param s the Session          */ public java.util.List findAll (Session s) throws HibernateException { return findAll(s, getDefaultOrderProperty()); }   /**          * Return all objects related to the implementation of this DAO with no filter.          */ public java.util.List findAll (String orderProperty) throws HibernateException { Session s = null; try { s = getSession(); return findAll(s, orderProperty); } finally { closeSession(); } }   /**          * Return all objects related to the implementation of this DAO with no filter.          * Use the session given.          * @param s the Session          */ public java.util.List findAll (Session s, String orderProperty) throws HibernateException { Criteria crit = createCriteria(s); if (null != orderProperty) crit.addOrder(Order.asc(orderProperty)); return crit.list(); }   /**          * Return all objects related to the implementation of this DAO with a filter.          * Use the session given.          * @param propName the name of the property to use for filtering          * @param filter the value of the filter          */ protected java.util.List findFiltered (String propName, Object filter) throws HibernateException { return findFiltered(propName, filter, getDefaultOrderProperty()); }   /**          * Return all objects related to the implementation of this DAO with a filter.          * Use the session given.          * @param propName the name of the property to use for filtering          * @param filter the value of the filter          * @param orderProperty the name of the property used for ordering          */ protected java.util.List findFiltered (String propName, Object filter, String orderProperty) throws HibernateException { Session s = null; try { s = getSession(); return findFiltered(s, propName, filter, getDefaultOrderProperty()); } finally { closeSession(); } }   /**          * Return all objects related to the implementation of this DAO with a filter.          * Use the session given.          * @param s the Session          * @param propName the name of the property to use for filtering          * @param filter the value of the filter          * @param orderProperty the name of the property used for ordering          */ protected java.util.List findFiltered (Session s, String propName, Object filter, String orderProperty) throws HibernateException { Criteria crit = createCriteria(s); crit.add(Expression.eq(propName, filter)); if (null != orderProperty) crit.addOrder(Order.asc(orderProperty)); return crit.list(); }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * @param name the name of a query defined externally          * @return Query          */ public java.util.List getNamedQuery(String name) throws HibernateException { Session s = null; try { s = getSession(); return getNamedQuery(name, s); } finally { closeSession(); } }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * Use the session given.          * @param name the name of a query defined externally          * @param s the Session          * @return Query          */ public java.util.List getNamedQuery(String name, Session s) throws HibernateException { Query q = s.getNamedQuery(name); return q.list(); }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * Use the parameters given.          * @param name the name of a query defined externally          * @param params the parameter array          * @return Query          */ public java.util.List getNamedQuery(String name, Serializable[] params) throws HibernateException { Session s = null; try { s = getSession(); return getNamedQuery(name, params, s); } finally { closeSession(); } }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * Use the parameters given and the Session given.          * @param name the name of a query defined externally          * @param params the parameter array          * @s the Session          * @return Query          */ public java.util.List getNamedQuery(String name, Serializable[] params, Session s) throws HibernateException { Query q = s.getNamedQuery(name); if (null != params) { for (int i = 0; i < params.length; i++) { setParameterValue(q, i, params[i]); } } return q.list(); }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * Use the parameters given.          * @param name the name of a query defined externally          * @param params the parameter Map          * @return Query          */ public java.util.List getNamedQuery(String name, Map params) throws HibernateException { Session s = null; try { s = getSession(); return getNamedQuery(name, params, s); } finally { closeSession(); } }   /**          * Obtain an instance of Query for a named query string defined in the mapping file.          * Use the parameters given and the Session given.          * @param name the name of a query defined externally          * @param params the parameter Map          * @s the Session          * @return Query          */ public java.util.List getNamedQuery(String name, Map params, Session s) throws HibernateException { Query q = s.getNamedQuery(name); if (null != params) { for (Iterator i=params.entrySet().iterator(); i.hasNext(); ) { Map.Entry entry = (Map.Entry) i.next(); setParameterValue(q, (String) entry.getKey(), entry.getValue()); } } return q.list(); }   /**          * Execute a query.          * @param query a query expressed in Hibernate's query language          * @return a distinct list of instances (or arrays of instances)          */ public java.util.List find(String query, Object obj, Type type) throws HibernateException { Session s = null; try { s = getSession(); return find(query, obj, type, s); } finally { closeSession(); } }   /**          * Perform a find but use the session given instead of creating a new one.          * @param query a query expressed in Hibernate's query language          * @s the Session to use          */ public java.util.List find(String query, Object obj, Type type, Session s) throws HibernateException { return s.find(query, obj, type); }   /**          * Execute a query.          * @param query a query expressed in Hibernate's query language          * @return a distinct list of instances (or arrays of instances)          */ public java.util.List find(String query, Object[] obj, Type[] type) throws HibernateException { Session s = null; try { s = getSession(); return find(query, obj, type, s); } finally { closeSession(); } }   /**          * Perform a find but use the session given instead of creating a new one.          * @param query a query expressed in Hibernate's query language          * @s the Session to use          */ public java.util.List find(String query, Object[] obj, Type[] type, Session s) throws HibernateException { return s.find(query, obj, type); }   /**          * Return a Criteria object that relates to the DAO's table.          * A session will be created if an open one is not located.  This session must be closed!          */ protected Criteria createCriteria () throws HibernateException { Session s = getSession(); return createCriteria(s); }   /**          * Return a Criteria object that relates to the DAO's table          */ protected Criteria createCriteria (Session s) throws HibernateException { return s.createCriteria(getReferenceClass()); }   /**          * Return the property of the class you would like to use for default ordering          * @return the property name          */ public String getDefaultOrderProperty () { return null; }   /**          * Convenience method to set paramers in the query given based on the actual object type in passed in as the value.          * You may need to add more functionaly to this as desired (or not use this at all).          * @param query the Query to set          * @param position the ordinal position of the current parameter within the query          * @param value the object to set as the parameter          */ protected void setParameterValue(Query query, int position, Object value) { if (null == value) { return; } else if (value instanceof Boolean) { query.setBoolean(position, ((Boolean) value).booleanValue()); } else if (value instanceof String) { query.setString(position, (String) value); } else if (value instanceof Integer) { query.setInteger(position, ((Integer) value).intValue()); } else if (value instanceof Long) { query.setLong(position, ((Long) value).longValue()); } else if (value instanceof Float) { query.setFloat(position, ((Float) value).floatValue()); } else if (value instanceof Double) { query.setDouble(position, ((Double) value).doubleValue()); } else if (value instanceof BigDecimal) { query.setBigDecimal(position, (BigDecimal) value); } else if (value instanceof Byte) { query.setByte(position, ((Byte) value).byteValue()); } else if (value instanceof Calendar) { query.setCalendar(position, (Calendar) value); } else if (value instanceof Character) { query.setCharacter(position, ((Character) value).charValue()); } else if (value instanceof Timestamp) { query.setTimestamp(position, (Timestamp) value); } else if (value instanceof Date) { query.setDate(position, (Date) value); } else if (value instanceof Short) { query.setShort(position, ((Short) value).shortValue()); } }   /**          * Convenience method to set paramers in the query given based on the actual object type in passed in as the value.          * You may need to add more functionaly to this as desired (or not use this at all).          * @param query the Query to set          * @param key the key name          * @param value the object to set as the parameter          */ protected void setParameterValue(Query query, String key, Object value) { if (null == key || null == value) { return; } else if (value instanceof Boolean) { query.setBoolean(key, ((Boolean) value).booleanValue()); } else if (value instanceof String) { query.setString(key, (String) value); } else if (value instanceof Integer) { query.setInteger(key, ((Integer) value).intValue()); } else if (value instanceof Long) { query.setLong(key, ((Long) value).longValue()); } else if (value instanceof Float) { query.setFloat(key, ((Float) value).floatValue()); } else if (value instanceof Double) { query.setDouble(key, ((Double) value).doubleValue()); } else if (value instanceof BigDecimal) { query.setBigDecimal(key, (BigDecimal) value); } else if (value instanceof Byte) { query.setByte(key, ((Byte) value).byteValue()); } else if (value instanceof Calendar) { query.setCalendar(key, (Calendar) value); } else if (value instanceof Character) { query.setCharacter(key, ((Character) value).charValue()); } else if (value instanceof Timestamp) { query.setTimestamp(key, (Timestamp) value); } else if (value instanceof Date) { query.setDate(key, (Date) value); } else if (value instanceof Short) { query.setShort(key, ((Short) value).shortValue()); } }   /**          * Used by the base DAO classes but here for your modification          * Load object matching the given key and return it.          */ protected Object load(Class refClass, Serializable key) throws HibernateException { Session s = null; try { s = getSession(); return load(refClass, key, s); } finally { closeSession(); } }   /**          * Used by the base DAO classes but here for your modification          * Load object matching the given key and return it.          */ protected Object load(Class refClass, Serializable key, Session s) throws HibernateException { return s.load(refClass, key); }   /**          * Used by the base DAO classes but here for your modification          * 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.)          */ protected Serializable save(Object obj) throws HibernateException { Transaction t = null; Session s = null; try { s = getSession(); t = beginTransaction(s); Serializable rtn = save(obj, s); commitTransaction(t); return rtn; } catch (HibernateException e) { if (null != t) t.rollback(); throw e; } finally { closeSession(); } }   /**          * Used by the base DAO classes but here for your modification          * 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.)          */ protected Serializable save(Object obj, Session s) throws HibernateException { return s.save(obj); }   /**          * Used by the base DAO classes but here for your modification          * Either save() or update() the given instance, depending upon the value of its          * identifier property.          */ protected void saveOrUpdate(Object obj) throws HibernateException { Transaction t = null; Session s = null; try { s = getSession(); t = beginTransaction(s); saveOrUpdate(obj, s); commitTransaction(t); } catch (HibernateException e) { if (null != t) t.rollback(); throw e; } finally { closeSession(); } }   /**          * Used by the base DAO classes but here for your modification          * Either save() or update() the given instance, depending upon the value of its          * identifier property.          */ protected void saveOrUpdate(Object obj, Session s) throws HibernateException { s.saveOrUpdate(obj); }   /**          * Used by the base DAO classes but here for your modification          * 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 obj a transient instance containing updated state          */ protected void update(Object obj) throws HibernateException { Transaction t = null; Session s = null; try { s = getSession(); t = beginTransaction(s); update(obj, s); commitTransaction(t); } catch (HibernateException e) { if (null != t) t.rollback(); throw e; } finally { closeSession(); } }   /**          * Used by the base DAO classes but here for your modification          * 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 obj a transient instance containing updated state          * @param s the Session          */ protected void update(Object obj, Session s) throws HibernateException { s.update(obj); }   /**          * Used by the base DAO classes but here for your modification          * 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.          */ protected void delete(Object obj) throws HibernateException { Transaction t = null; Session s = null; try { s = getSession(); t = beginTransaction(s); delete(obj, s); commitTransaction(t); } catch (HibernateException e) { if (null != t) t.rollback(); throw e; } finally { closeSession(); } }   /**          * Used by the base DAO classes but here for your modification          * 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.          */ protected void delete(Object obj, Session s) throws HibernateException { s.delete(obj); }   /**          * Used by the base DAO classes but here for your modification          * 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.          */ protected void refresh(Object obj, Session s) throws HibernateException { s.refresh(obj); } }

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BaseEtudiantDAO.java:

Code:

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package modele.base;   import net.sf.hibernate.Hibernate; import net.sf.hibernate.Session; import modele.dao.EtudiantDAO;   /**  * 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 BaseEtudiantDAO extends modele.dao._RootDAO {   public static EtudiantDAO instance;   /**          * Return a singleton of the DAO          */ public static EtudiantDAO getInstance () { if (null == instance) instance = new EtudiantDAO(); return instance; }   /**          * modele.dao._RootDAO _RootDAO.getReferenceClass()          */ public Class getReferenceClass () { return modele.Etudiant.class; }   public modele.Etudiant load(java.lang.Integer key) throws net.sf.hibernate.HibernateException { return (modele.Etudiant) load(getReferenceClass(), key); }   public modele.Etudiant load(java.lang.Integer key, Session s) throws net.sf.hibernate.HibernateException { return (modele.Etudiant) load(getReferenceClass(), key, s); }   public modele.Etudiant loadInitialize(java.lang.Integer key, Session s) throws net.sf.hibernate.HibernateException { modele.Etudiant 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 etudiant a transient instance of a persistent class          * @return the class identifier          */ public java.lang.Integer save(modele.Etudiant etudiant) throws net.sf.hibernate.HibernateException { return (java.lang.Integer) super.save(etudiant); }   /**          * 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 etudiant a transient instance of a persistent class          * @param s the Session          * @return the class identifier          */ public java.lang.Integer save(modele.Etudiant etudiant, Session s) throws net.sf.hibernate.HibernateException { return (java.lang.Integer) super.save(etudiant, 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 etudiant a transient instance containing new or updated state          */ public void saveOrUpdate(modele.Etudiant etudiant) throws net.sf.hibernate.HibernateException { super.saveOrUpdate(etudiant); }   /**          * 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 etudiant a transient instance containing new or updated state.          * @param s the Session.          */ public void saveOrUpdate(modele.Etudiant etudiant, Session s) throws net.sf.hibernate.HibernateException { super.saveOrUpdate(etudiant, 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 etudiant a transient instance containing updated state          */ public void update(modele.Etudiant etudiant) throws net.sf.hibernate.HibernateException { super.update(etudiant); }   /**          * 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 etudiant a transient instance containing updated state          * @param the Session          */ public void update(modele.Etudiant etudiant, Session s) throws net.sf.hibernate.HibernateException { super.update(etudiant, 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 etudiant the instance to be removed          */ public void delete(modele.Etudiant etudiant) throws net.sf.hibernate.HibernateException { super.delete(etudiant); }   /**          * 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 etudiant the instance to be removed          * @param s the Session          */ public void delete(modele.Etudiant etudiant, Session s) throws net.sf.hibernate.HibernateException { super.delete(etudiant, 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          * <ul>          * <li>where a database trigger alters the object state upon insert or update</li>          * <li>after executing direct SQL (eg. a mass update) in the same session</li>          * <li>after inserting a Blob or Clob</li>          * </ul>          */ public void refresh (modele.Etudiant etudiant, Session s) throws net.sf.hibernate.HibernateException { super.refresh(etudiant, s); }   public String getDefaultOrderProperty () { return null; } }

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Thank you

J'ai trouvé : ton générateur de code génére du code hibernate 2, et tu utilises hibernate 3 : je vois donc 3 solutions :

• Changer de générateur (la je peux pas donner de conseil j'ai jamais trop joué à générer le code hibernate)
• remplacer les "net.sf.hibernate" par "org.hibernate" (à condition que le reste soit compatible)
• changer le jar d'hibernate par celui de la V2

Bravo:ccool: et merci pour la solution,
est-il normale qu'il me génère du code hibernate 2 malgré que
j'utilise Hibernate 3, en faite j'ai pensé qu'en installant Hibernate 3
il doit générer du code Hibernate 3

Citation:

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Envoyé par menyarito

Bravo:ccool: et merci pour la solution,
est-il normale qu'il me génère du code hibernate 2 malgré que
j'utilise Hibernate 3, en faite j'ai pensé qu'en installant Hibernate 3
il doit générer du code Hibernate 3

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J'aurais pensé aussi, faudrait aller chercher dans la documentation du générateur, il y a peut-être une option, peut-être qu'il n'a pas été modifié, ... :?