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Posted to dev@tinkerpop.apache.org by "ASF GitHub Bot (JIRA)" <ji...@apache.org> on 2019/01/08 22:07:00 UTC
[jira] [Commented] (TINKERPOP-2124) InlineFilterStrategy produces
wrong result
[ https://issues.apache.org/jira/browse/TINKERPOP-2124?page=com.atlassian.jira.plugin.system.issuetabpanels:comment-tabpanel&focusedCommentId=16737582#comment-16737582 ]
ASF GitHub Bot commented on TINKERPOP-2124:
-------------------------------------------
dkuppitz commented on pull request #1030: TINKERPOP-2124 Fixed and/or folding in `InlineFilterStrategy`.
URL: https://github.com/apache/tinkerpop/pull/1030
https://issues.apache.org/jira/browse/TINKERPOP-2124
Fixed the bug, added a test case.
`docker/build.sh -t -i -n` passed.
VOTE +1
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> InlineFilterStrategy produces wrong result
> ------------------------------------------
>
> Key: TINKERPOP-2124
> URL: https://issues.apache.org/jira/browse/TINKERPOP-2124
> Project: TinkerPop
> Issue Type: Improvement
> Components: process
> Affects Versions: 3.3.4
> Reporter: Daniel Kuppitz
> Assignee: Daniel Kuppitz
> Priority: Major
>
> {noformat}
> gremlin> g.V().hasLabel("person").
> or(and(has("age",gt(20)),
> has("age",lt(30))),
> and(has("age",gt(35)),
> has("age",lt(40)))).
> explain()
> ==>Traversal Explanation
> =========================================================================================================================================================================================================
> Original Traversal [GraphStep(vertex,[]), HasStep([~label.eq(person)]), OrStep([[AndStep([[HasStep([age.gt(20)])], [HasStep([age.lt(30)])]])], [AndStep([[HasStep([age.gt(35)])], [HasSte
> p([age.lt(40)])]])]])]
> ConnectiveStrategy [D] [GraphStep(vertex,[]), HasStep([~label.eq(person)]), OrStep([[AndStep([[HasStep([age.gt(20)])], [HasStep([age.lt(30)])]])], [AndStep([[HasStep([age.gt(35)])], [HasSte
> p([age.lt(40)])]])]])]
> CountStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person)]), OrStep([[AndStep([[HasStep([age.gt(20)])], [HasStep([age.lt(30)])]])], [AndStep([[HasStep([age.gt(35)])], [HasSte
> p([age.lt(40)])]])]])]
> MatchPredicateStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person)]), OrStep([[AndStep([[HasStep([age.gt(20)])], [HasStep([age.lt(30)])]])], [AndStep([[HasStep([age.gt(35)])], [HasSte
> p([age.lt(40)])]])]])]
> FilterRankingStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person)]), OrStep([[AndStep([[HasStep([age.gt(20)])], [HasStep([age.lt(30)])]])], [AndStep([[HasStep([age.gt(35)])], [HasSte
> p([age.lt(40)])]])]])]
> InlineFilterStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> IncidentToAdjacentStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> AdjacentToIncidentStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> RepeatUnrollStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> PathRetractionStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> LazyBarrierStrategy [O] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> TinkerGraphCountStrategy [P] [GraphStep(vertex,[]), HasStep([~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> TinkerGraphStepStrategy [P] [TinkerGraphStep(vertex,[~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> ProfileStrategy [F] [TinkerGraphStep(vertex,[~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> StandardVerificationStrategy [V] [TinkerGraphStep(vertex,[~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> Final Traversal [TinkerGraphStep(vertex,[~label.eq(person), age.or(gt(20), lt(30), gt(35), lt(40))])]
> {noformat}
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