public class DriverRemoteTraversal<S,E> extends AbstractRemoteTraversal<S,E>
AbstractRemoteTraversal
implementation for the Gremlin Driver. This Traversal
implementation is
typically iterated from RemoteStep
where the nextTraverser()
method is called. While this class
provides implementations for both next()
and hasNext()
that unroll "bulked" results, those methods
are not called directly from with TinkerPop remoting.Traversal.Admin<S,E>, Traversal.Exceptions, Traversal.Symbols
Constructor and Description |
---|
DriverRemoteTraversal(ResultSet rs,
Client client,
boolean attach,
Optional<Configuration> conf) |
Modifier and Type | Method and Description |
---|---|
boolean |
hasNext() |
E |
next() |
Traverser.Admin<E> |
nextTraverser()
Note that internally
#nextTraverser() is called from within a loop (specifically in
AbstractStep.next() that breaks properly when a NoSuchElementException is thrown. |
addStep, applyStrategies, clone, getBytecode, getGraph, getParent, getSideEffects, getSteps, getStrategies, getTraverserGenerator, getTraverserRequirements, isLocked, removeStep, setGraph, setParent, setSideEffects, setStrategies
equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
addStart, addStarts, addStep, equals, getEndStep, getStartStep, getTraversalSource, getTraverserSetSupplier, isRoot, removeStep, reset
public boolean hasNext()
public E next()
public Traverser.Admin<E> nextTraverser()
AbstractRemoteTraversal
#nextTraverser()
is called from within a loop (specifically in
AbstractStep.next()
that breaks properly when a NoSuchElementException
is thrown. In
other words the "results" should be iterated to force that failure.nextTraverser
in interface Traversal.Admin<S,E>
nextTraverser
in class AbstractRemoteTraversal<S,E>
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