if (solutionSetNode == null || solutionSetNode.getOutgoingConnections() == null || solutionSetNode.getOutgoingConnections().isEmpty()) { solutionSetNode = new SolutionSetNode((DeltaIterationBase.SolutionSetPlaceHolder<?>) iter.getSolutionSet(), iterNode); for (DagConnection conn : solutionSetNode.getOutgoingConnections()) { OptimizerNode successor = conn.getTarget();
@Override public void computeUnclosedBranchStack() { if (this.openBranches != null) { return; } DagConnection solutionSetInput = this.iterationNode.getFirstIncomingConnection(); OptimizerNode solutionSetSource = solutionSetInput.getSource(); addClosedBranches(solutionSetSource.closedBranchingNodes); List<UnclosedBranchDescriptor> fromInput = solutionSetSource.getBranchesForParent(solutionSetInput); this.openBranches = (fromInput == null || fromInput.isEmpty()) ? Collections.<UnclosedBranchDescriptor>emptyList() : fromInput; } }
@Override public void computeOutputEstimates(DataStatistics statistics) { copyEstimates(this.iterationNode.getInitialSolutionSetPredecessorNode()); }
SolutionSetNode p = new SolutionSetNode(holder, containingIterationNode); p.setParallelism(containingIterationNode.getParallelism()); n = p;
this.solutionSetNode.setCandidateProperties(this.partitionedProperties, new LocalProperties(), solutionSetIn); final SolutionSetPlanNode sspn = this.solutionSetNode.getCurrentSolutionSetPlanNode(); final WorksetPlanNode wspn = this.worksetNode.getCurrentWorksetPlanNode();
public void setCandidateProperties(GlobalProperties gProps, LocalProperties lProps, Channel initialInput) { this.cachedPlans = Collections.<PlanNode>singletonList(new SolutionSetPlanNode(this, "SolutionSet ("+this.getOperator().getName()+")", gProps, lProps, initialInput)); }
this.solutionSetNode.setCandidateProperties(this.partitionedProperties, new LocalProperties(), solutionSetIn); final SolutionSetPlanNode sspn = this.solutionSetNode.getCurrentSolutionSetPlanNode(); final WorksetPlanNode wspn = this.worksetNode.getCurrentWorksetPlanNode();
SolutionSetNode p = new SolutionSetNode(holder, containingIterationNode); p.setParallelism(containingIterationNode.getParallelism()); n = p;
public void setCandidateProperties(GlobalProperties gProps, LocalProperties lProps, Channel initialInput) { this.cachedPlans = Collections.<PlanNode>singletonList(new SolutionSetPlanNode(this, "SolutionSet ("+this.getOperator().getName()+")", gProps, lProps, initialInput)); }
this.solutionSetNode.setCandidateProperties(this.partitionedProperties, new LocalProperties(), solutionSetIn); final SolutionSetPlanNode sspn = this.solutionSetNode.getCurrentSolutionSetPlanNode(); final WorksetPlanNode wspn = this.worksetNode.getCurrentWorksetPlanNode();
if (solutionSetNode == null || solutionSetNode.getOutgoingConnections() == null || solutionSetNode.getOutgoingConnections().isEmpty()) { solutionSetNode = new SolutionSetNode((DeltaIterationBase.SolutionSetPlaceHolder<?>) iter.getSolutionSet(), iterNode); for (DagConnection conn : solutionSetNode.getOutgoingConnections()) { OptimizerNode successor = conn.getTarget();
SolutionSetNode p = new SolutionSetNode(holder, containingIterationNode); p.setParallelism(containingIterationNode.getParallelism()); n = p;
@Override public void computeUnclosedBranchStack() { if (this.openBranches != null) { return; } DagConnection solutionSetInput = this.iterationNode.getFirstIncomingConnection(); OptimizerNode solutionSetSource = solutionSetInput.getSource(); addClosedBranches(solutionSetSource.closedBranchingNodes); List<UnclosedBranchDescriptor> fromInput = solutionSetSource.getBranchesForParent(solutionSetInput); this.openBranches = (fromInput == null || fromInput.isEmpty()) ? Collections.<UnclosedBranchDescriptor>emptyList() : fromInput; } }
@Override public void computeOutputEstimates(DataStatistics statistics) { copyEstimates(this.iterationNode.getInitialSolutionSetPredecessorNode()); }
public void setCandidateProperties(GlobalProperties gProps, LocalProperties lProps, Channel initialInput) { this.cachedPlans = Collections.<PlanNode>singletonList(new SolutionSetPlanNode(this, "SolutionSet ("+this.getOperator().getName()+")", gProps, lProps, initialInput)); }
this.solutionSetNode.setCandidateProperties(this.partitionedProperties, new LocalProperties(), solutionSetIn); final SolutionSetPlanNode sspn = this.solutionSetNode.getCurrentSolutionSetPlanNode(); final WorksetPlanNode wspn = this.worksetNode.getCurrentWorksetPlanNode();
if (solutionSetNode == null || solutionSetNode.getOutgoingConnections() == null || solutionSetNode.getOutgoingConnections().isEmpty()) { solutionSetNode = new SolutionSetNode((DeltaIterationBase.SolutionSetPlaceHolder<?>) iter.getSolutionSet(), iterNode); for (DagConnection conn : solutionSetNode.getOutgoingConnections()) { OptimizerNode successor = conn.getTarget();
SolutionSetNode p = new SolutionSetNode(holder, containingIterationNode); p.setParallelism(containingIterationNode.getParallelism()); n = p;
@Override public void computeUnclosedBranchStack() { if (this.openBranches != null) { return; } DagConnection solutionSetInput = this.iterationNode.getFirstIncomingConnection(); OptimizerNode solutionSetSource = solutionSetInput.getSource(); addClosedBranches(solutionSetSource.closedBranchingNodes); List<UnclosedBranchDescriptor> fromInput = solutionSetSource.getBranchesForParent(solutionSetInput); this.openBranches = (fromInput == null || fromInput.isEmpty()) ? Collections.<UnclosedBranchDescriptor>emptyList() : fromInput; } }
@Override public void computeOutputEstimates(DataStatistics statistics) { copyEstimates(this.iterationNode.getInitialSolutionSetPredecessorNode()); }