public static OpenJPAException getStore(SQLException se) 
{
                 
        return getStore(se, null, null);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException getStore(SQLException se,
    Object failed) 
{
        return getStore(se, failed, null);
}

Convert the specified exception into a OpenJPAException .

 public static OpenJPAException getStore(SQLException se,
    DBDictionary dict) 
{
        return getStore(se.getMessage(), se, dict);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException getStore(SQLException se,
    Object failed,
    DBDictionary dict) 
{
        return getStore(se.getMessage(), se, failed, dict);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException getStore(Message msg,
    SQLException se,
    DBDictionary dict) 
{
        return getStore(msg.getMessage(), se, null, dict);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException getStore(String msg,
    SQLException se,
    DBDictionary dict) 
{
        return getStore(msg, se, null, dict);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException getStore(String msg,
    SQLException se,
    Object failed,
    DBDictionary dict) 
{
        if (msg == null)
            msg = se.getClass().getName();
        SQLException[] ses = getSQLExceptions(se);
        if (dict == null)
            return new StoreException(msg).setFailedObject(failed).
                setNestedThrowables(ses);
        return dict.newStoreException(msg, ses, failed);
}

Convert the specified exception into a StoreException .

 public static OpenJPAException narrow(String msg,
    SQLException se,
    DBDictionary dict) 
{
        String e = se.getSQLState();
        if (dict.getSQLStates(StoreException.LOCK).contains(e)) 
            return new LockException(msg);
        else if (dict.getSQLStates(StoreException.OBJECT_EXISTS).contains(e))
            return new ObjectExistsException(msg);
        else if (dict.getSQLStates(StoreException.OBJECT_NOT_FOUND).contains(e))
            return new ObjectNotFoundException(msg);
        else if (dict.getSQLStates(StoreException.OPTIMISTIC).contains(e))
            return new OptimisticException(msg);
        else if (dict.getSQLStates(StoreException.REFERENTIAL_INTEGRITY)
        		.contains(e)) 
            return new ReferentialIntegrityException(msg);
        else
            return new StoreException(msg);
}

Narrows the given SQLException to a specific type of StoreException by analyzing the SQLState code supplied by SQLException. Each database-specific dictionary can supply a set of error codes that will map to a specific specific type of StoreException via getSQLStates() method. The default behavior is to return generic StoreException .