public Iterator<XSComponent> select(Iterator<? extends XSComponent> contextNode) { Iterator<XSComponent> nodeSet = (Iterator)contextNode; int len = steps.length; for( int i=0; i<len; i++ ) { if(i!=0 && i!=len-1 && !steps[i-1].axis.isModelGroup() && steps[i].axis.isModelGroup()) { // expand the current nodeset by adding abbreviatable complex type and model groups. // note that such expansion is not allowed to occure in in between model group axes. // TODO: this step is not needed if the next step is known not to react to // complex type nor model groups, such as, say Axis.FACET nodeSet = new Iterators.Unique<XSComponent>( new Iterators.Map<XSComponent,XSComponent>(nodeSet) { protected Iterator<XSComponent> apply(XSComponent u) { return new Iterators.Union<XSComponent>( Iterators.singleton(u), Axis.INTERMEDIATE_SKIP.iterator(u) ); } } ); } nodeSet = steps[i].evaluate(nodeSet); } return nodeSet; }
public Iterator<XSComponent> select(Iterator<? extends XSComponent> contextNode) { Iterator<XSComponent> nodeSet = (Iterator)contextNode; int len = steps.length; for( int i=0; i<len; i++ ) { if(i!=0 && i!=len-1 && !steps[i-1].axis.isModelGroup() && steps[i].axis.isModelGroup()) { // expand the current nodeset by adding abbreviatable complex type and model groups. // note that such expansion is not allowed to occure in in between model group axes. // TODO: this step is not needed if the next step is known not to react to // complex type nor model groups, such as, say Axis.FACET nodeSet = new Iterators.Unique<XSComponent>( new Iterators.Map<XSComponent,XSComponent>(nodeSet) { protected Iterator<XSComponent> apply(XSComponent u) { return new Iterators.Union<XSComponent>( Iterators.singleton(u), Axis.INTERMEDIATE_SKIP.iterator(u) ); } } ); } nodeSet = steps[i].evaluate(nodeSet); } return nodeSet; }
public Iterator<XSComponent> select(Iterator<? extends XSComponent> contextNode) { Iterator<XSComponent> nodeSet = (Iterator)contextNode; int len = steps.length; for( int i=0; i<len; i++ ) { if(i!=0 && i!=len-1 && !steps[i-1].axis.isModelGroup() && steps[i].axis.isModelGroup()) { // expand the current nodeset by adding abbreviatable complex type and model groups. // note that such expansion is not allowed to occure in in between model group axes. // TODO: this step is not needed if the next step is known not to react to // complex type nor model groups, such as, say Axis.FACET nodeSet = new Iterators.Unique<XSComponent>( new Iterators.Map<XSComponent,XSComponent>(nodeSet) { protected Iterator<XSComponent> apply(XSComponent u) { return new Iterators.Union<XSComponent>( Iterators.singleton(u), Axis.INTERMEDIATE_SKIP.iterator(u) ); } } ); } nodeSet = steps[i].evaluate(nodeSet); } return nodeSet; }
public Iterator<XSComponent> select(Iterator<? extends XSComponent> contextNode) { Iterator<XSComponent> nodeSet = (Iterator)contextNode; int len = steps.length; for( int i=0; i<len; i++ ) { if(i!=0 && i!=len-1 && !steps[i-1].axis.isModelGroup() && steps[i].axis.isModelGroup()) { // expand the current nodeset by adding abbreviatable complex type and model groups. // note that such expansion is not allowed to occure in in between model group axes. // TODO: this step is not needed if the next step is known not to react to // complex type nor model groups, such as, say Axis.FACET nodeSet = new Iterators.Unique<XSComponent>( new Iterators.Map<XSComponent,XSComponent>(nodeSet) { protected Iterator<XSComponent> apply(XSComponent u) { return new Iterators.Union<XSComponent>( Iterators.singleton(u), Axis.INTERMEDIATE_SKIP.iterator(u) ); } } ); } nodeSet = steps[i].evaluate(nodeSet); } return nodeSet; }
public Iterator<XSComponent> select(Iterator<? extends XSComponent> contextNode) { Iterator<XSComponent> nodeSet = (Iterator)contextNode; int len = steps.length; for( int i=0; i<len; i++ ) { if(i!=0 && i!=len-1 && !steps[i-1].axis.isModelGroup() && steps[i].axis.isModelGroup()) { // expand the current nodeset by adding abbreviatable complex type and model groups. // note that such expansion is not allowed to occure in in between model group axes. // TODO: this step is not needed if the next step is known not to react to // complex type nor model groups, such as, say Axis.FACET nodeSet = new Iterators.Unique<XSComponent>( new Iterators.Map<XSComponent,XSComponent>(nodeSet) { protected Iterator<XSComponent> apply(XSComponent u) { return new Iterators.Union<XSComponent>( Iterators.singleton(u), Axis.INTERMEDIATE_SKIP.iterator(u) ); } } ); } nodeSet = steps[i].evaluate(nodeSet); } return nodeSet; }