public final class OrderGlobalStep<S,C extends Comparable> extends CollectingBarrierStep<S> implements ComparatorHolder<S,C>, TraversalParent, ByModulating
Modifier and Type | Class and Description |
---|---|
static class |
OrderGlobalStep.OrderBiOperator<S> |
id, labels, nextEnd, nextStep, previousStep, starts, traversal, traverserStepIdAndLabelsSetByChild
Constructor and Description |
---|
OrderGlobalStep(Traversal.Admin traversal) |
Modifier and Type | Method and Description |
---|---|
void |
addComparator(Traversal.Admin<S,C> traversal,
Comparator<C> comparator)
Add a
Traversal -based Comparator to the holder. |
void |
barrierConsumer(TraverserSet<S> traverserSet) |
OrderGlobalStep<S,C> |
clone()
Cloning is used to duplicate steps for the purpose of traversal optimization and OLTP replication.
|
List<<any>> |
getComparators()
Get the comparators associated with this holder.
|
long |
getLimit() |
List<Traversal.Admin<S,C>> |
getLocalChildren() |
MemoryComputeKey<TraverserSet<S>> |
getMemoryComputeKey()
The
MemoryComputeKey that will be used by this step. |
Set<TraverserRequirement> |
getRequirements()
Provide the necessary
TraverserRequirement that must be met by the traverser in order for the step to function properly. |
int |
hashCode() |
void |
modulateBy(Traversal.Admin<?,?> traversal) |
void |
modulateBy(Traversal.Admin<?,?> traversal,
Comparator comparator) |
void |
setLimit(long limit) |
void |
setTraversal(Traversal.Admin<?,?> parentTraversal)
Set the
Traversal that this step is contained within. |
String |
toString() |
addBarrier, hasNextBarrier, nextBarrier, processAllStarts, processNextStart, reset
addLabel, addStart, addStarts, equals, getId, getLabels, getNextStep, getPreviousStep, getTraversal, hasNext, next, removeLabel, setId, setNextStep, setPreviousStep
finalize, getClass, notify, notifyAll, wait, wait, wait
addGlobalChild, addLocalChild, asStep, getGlobalChildren, getSelfAndChildRequirements, integrateChild, removeGlobalChild, removeLocalChild
modulateBy, modulateBy, modulateBy, modulateBy, modulateBy, modulateBy, modulateBy, modulateBy, modulateBy, modulateBy
forEachRemaining, remove
public OrderGlobalStep(Traversal.Admin traversal)
public void barrierConsumer(TraverserSet<S> traverserSet)
barrierConsumer
in class CollectingBarrierStep<S>
public void setLimit(long limit)
public long getLimit()
public void addComparator(Traversal.Admin<S,C> traversal, Comparator<C> comparator)
ComparatorHolder
addComparator
in interface ComparatorHolder<S,C extends Comparable>
traversal
- the traversal to pre-process the object by.comparator
- the comparator to compare the result of the object after traversal processingpublic void modulateBy(Traversal.Admin<?,?> traversal)
modulateBy
in interface ByModulating
public void modulateBy(Traversal.Admin<?,?> traversal, Comparator comparator)
modulateBy
in interface ByModulating
public List<<any>> getComparators()
ComparatorHolder
getComparators
in interface ComparatorHolder<S,C extends Comparable>
Traversal
/Comparator
-pairspublic String toString()
toString
in class CollectingBarrierStep<S>
public int hashCode()
hashCode
in class CollectingBarrierStep<S>
public Set<TraverserRequirement> getRequirements()
Step
TraverserRequirement
that must be met by the traverser in order for the step to function properly.
The provided default implements returns an empty set.getRequirements
in interface Step<S,S>
getRequirements
in class CollectingBarrierStep<S>
public List<Traversal.Admin<S,C>> getLocalChildren()
getLocalChildren
in interface TraversalParent
public OrderGlobalStep<S,C> clone()
Step
EmptyStep
.public void setTraversal(Traversal.Admin<?,?> parentTraversal)
Step
Traversal
that this step is contained within.setTraversal
in interface Step<S,S>
setTraversal
in class AbstractStep<S,S>
parentTraversal
- the new traversal for this steppublic MemoryComputeKey<TraverserSet<S>> getMemoryComputeKey()
MemoryComputing
MemoryComputeKey
that will be used by this step.getMemoryComputeKey
in interface MemoryComputing<TraverserSet<S>>
getMemoryComputeKey
in class CollectingBarrierStep<S>
Copyright © 2013–2016 Apache Software Foundation. All rights reserved.