Examples of org.hibernate.hql.ast.util.JoinProcessor

org.hibernate.hql.ast.util.JoinProcessor
Performs the post-processing of the join information gathered during semantic analysis. The join generating classes are complex, this encapsulates some of the JoinSequence-related code. @author Joshua Davis

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( astFactory, queryTranslatorImpl );
      joinProcessor.processJoins( qn, isSubQuery() );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( astFactory, queryTranslatorImpl );
      joinProcessor.processJoins( qn, isSubQuery() );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

        useSelectClause( select );
      }


      // After that, process the JOINs.
      // Invoke a delegate to do the work, as this is farily complex.
      JoinProcessor joinProcessor = new JoinProcessor( this );
      joinProcessor.processJoins( qn );


      // Attach any mapping-defined "ORDER BY" fragments
      Iterator itr = qn.getFromClause().getProjectionList().iterator();
      while ( itr.hasNext() ) {
        final FromElement fromElement = ( FromElement ) itr.next();

View Full Code Here

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