| AdjacentToIncidentStrategy |
This strategy looks for vertex- and value-emitting steps followed by a CountGlobalStep and replaces the
pattern with an edge- or property-emitting step followed by a CountGlobalStep. |
| ByModulatorOptimizationStrategy |
This strategy looks for standard traversals in by-modulators and replaces them with more optimized traversals
(e.g.
|
| CountStrategy |
|
| EarlyLimitStrategy |
This strategy looks for RangeGlobalSteps that can be moved further left in the traversal and thus be applied
earlier. |
| FilterRankingStrategy |
FilterRankingStrategy reorders filter- and order-steps according to their rank.
|
| IdentityRemovalStrategy |
IdentityRemovalStrategy looks for IdentityStep instances and removes them. |
| IncidentToAdjacentStrategy |
This strategy looks for .outE().inV(), .inE().outV() and .bothE().otherV()
and replaces these step sequences with .out(), .in() or .both() respectively.
|
| InlineFilterStrategy |
This strategy analyzes filter-steps with child traversals that themselves are pure filters.
|
| LazyBarrierStrategy |
LazyBarrierStrategy is an OLTP-only strategy that automatically inserts a NoOpBarrierStep after every
FlatMapStep if neither path-tracking nor partial path-tracking is required, and the next step is not the
traversal's last step or a Barrier. |
| MatchPredicateStrategy |
MatchWhereStrategy will fold any post-where() step that maintains a traversal constraint into
match().
|
| OrderLimitStrategy |
|
| PathProcessorStrategy |
PathProcessStrategy is an OLAP strategy that does its best to turn non-local children in where()
and select() into local children by inlining components of the non-local child.
|
| PathRetractionStrategy |
|
| ProductiveByStrategy |
Takes an argument of by() and wraps it CoalesceStep so that the result is either the initial
Traversal argument or null. |
| ProductiveByStrategy.Builder |
|
| RepeatUnrollStrategy |
RepeatUnrollStrategy is an OLTP-only strategy that unrolls any RepeatStep if it uses a constant
number of loops ( times(x)) and doesn't emit intermittent elements. |