Package com.hp.hpl.jena.sparql.expr.aggregate

Examples of com.hp.hpl.jena.sparql.expr.aggregate.Aggregator

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            //And the aggregators...
            aggs2 = new ArrayList<ExprAggregator>() ;
            for ( ExprAggregator agg : aggs )
            {
                Aggregator aggregator = agg.getAggregator() ;
                Var v = agg.getVar() ;
               
                // Variable associated with the aggregate
                Expr eVar = agg.getAggVar() ;   // Not .getExprVar()
                Expr eVar2 = ExprTransformer.transform(exprTransform, eVar) ;
                if ( eVar != eVar2 )
                    changed = true ;

                // The Aggregator expression
                Expr e = aggregator.getExpr() ;
                Expr e2 = e ;
                if ( e != null )    // Null means "no relevant expression" e.g. COUNT(*)
                    ExprTransformer.transform(exprTransform, e) ;
                if ( e != e2 )
                    changed = true ;
                Aggregator a2 = aggregator.copy(e2) ;
                aggs2.add(new ExprAggregator(eVar2.asVar(), a2)) ;
            }

            OpGroup opGroup2 = opGroup ;
            if ( changed )
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    @Override
    public ExprAggregator copySubstitute(Binding binding)
    {
        Var v = var ;
        Aggregator agg = aggregator ;
        return new ExprAggregator(v, agg) ;
    }
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            Log.warn(this, "Attempt to convert an aggregation variable to a non-variable: ignored") ;
            node = var ;
        }
       
        Var v = (Var)node ;
        Aggregator agg = aggregator.copyTransform(transform) ;
        return new ExprAggregator(Var.alloc(node), agg) ;
    }
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            //And the aggregators...
            aggs2 = new ArrayList<ExprAggregator>() ;
            for ( ExprAggregator agg : aggs )
            {
                Aggregator aggregator = agg.getAggregator() ;
                Var v = agg.getVar() ;
               
                // Variable associated with the aggregate
                Expr eVar = agg.getAggVar() ;   // Not .getExprVar()
                Expr eVar2 = transform(eVar, exprTransform) ;
                if ( eVar != eVar2 )
                    changed = true ;

                // The Aggregator expression
                Expr e = aggregator.getExpr() ;
                Expr e2 = e ;
                if ( e != null )    // Null means "no relevant expression" e.g. COUNT(*)
                    e2 = transform(e, exprTransform) ;
                if ( e != e2 )
                    changed = true ;
                Aggregator a2 = aggregator.copy(e2) ;
                aggs2.add(new ExprAggregator(eVar2.asVar(), a2)) ;
            }

            OpGroup opGroup2 = opGroup ;
            if ( changed )
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            //And the aggregators...
            aggs2 = new ArrayList<ExprAggregator>() ;
            for ( ExprAggregator agg : aggs )
            {
                Aggregator aggregator = agg.getAggregator() ;
                Var v = agg.getVar() ;
               
                // Variable associated with the aggregate
                Expr eVar = agg.getAggVar() ;   // Not .getExprVar()
                Expr eVar2 = transform(eVar, exprTransform) ;
                if ( eVar != eVar2 )
                    changed = true ;

                // The Aggregator expression
                Expr e = aggregator.getExpr() ;
                Expr e2 = e ;
                if ( e != null )    // Null means "no relevant expression" e.g. COUNT(*)
                    e2 = transform(e, exprTransform) ;
                if ( e != e2 )
                    changed = true ;
                Aggregator a2 = aggregator.copy(e2) ;
                aggs2.add(new ExprAggregator(eVar2.asVar(), a2)) ;
            }

            OpGroup opGroup2 = opGroup ;
            if ( changed )
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    @Override
    public ExprAggregator copySubstitute(Binding binding, boolean foldConstants)
    {
        Var v = var ;
        Aggregator agg = aggregator ;
        return new ExprAggregator(v, agg) ;
    }
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            Log.warn(this, "Attempt to convert an aggregation variable to a non-variable: ignored") ;
            node = var ;
        }
       
        Var v = (Var)node ;
        Aggregator agg = aggregator.copyTransform(transform) ;
        return new ExprAggregator(Var.alloc(node), agg) ;
    }
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            //And the aggregators...
            aggs2 = new ArrayList<ExprAggregator>() ;
            for ( ExprAggregator agg : aggs )
            {
                Aggregator aggregator = agg.getAggregator() ;
                Var v = agg.getVar() ;
               
                // Variable associated with the aggregate
                Expr eVar = agg.getAggVar() ;   // Not .getExprVar()
                Expr eVar2 = ExprTransformer.transform(exprTransform, eVar) ;
                if ( eVar != eVar2 )
                    changed = true ;

                // The Aggregator expression
                Expr e = aggregator.getExpr() ;
                Expr e2 = e ;
                if ( e != null )    // Null means "no relevant expression" e.g. COUNT(*)
                    ExprTransformer.transform(exprTransform, e) ;
                if ( e != e2 )
                    changed = true ;
                Aggregator a2 = aggregator.copy(e2) ;
                aggs2.add(new ExprAggregator(eVar2.asVar(), a2)) ;
            }

            OpGroup opGroup2 = opGroup ;
            if ( changed )
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            //And the aggregators...
            aggs2 = new ArrayList<>() ;
            for ( ExprAggregator agg : aggs )
            {
                Aggregator aggregator = agg.getAggregator() ;
                Var v = agg.getVar() ;
               
                // Variable associated with the aggregate
                Expr eVar = agg.getAggVar() ;   // Not .getExprVar()
                Expr eVar2 = transform(eVar, exprTransform) ;
                if ( eVar != eVar2 )
                    changed = true ;

                // The Aggregator expression
                Expr e = aggregator.getExpr() ;
                Expr e2 = e ;
                if ( e != null )    // Null means "no relevant expression" e.g. COUNT(*)
                    e2 = transform(e, exprTransform) ;
                if ( e != e2 )
                    changed = true ;
                Aggregator a2 = aggregator.copy(e2) ;
                aggs2.add(new ExprAggregator(eVar2.asVar(), a2)) ;
            }

            OpGroup opGroup2 = opGroup ;
            if ( changed )
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    @Override
    public ExprAggregator copySubstitute(Binding binding, boolean foldConstants)
    {
        Var v = var ;
        Aggregator agg = aggregator ;
        return new ExprAggregator(v, agg) ;
    }
View Full Code Here
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Related Classes of com.hp.hpl.jena.sparql.expr.aggregate.Aggregator

  • com.hp.hpl.jena.sparql.algebra.Transformer$ApplyTransformVisitor
  • com.hp.hpl.jena.sparql.expr.ExprAggregator
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