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https://issues.apache.org/jira/browse/TINKERPOP-2942?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
]
Yang Xia reopened TINKERPOP-2942:
---------------------------------
> properties named ID cannot be used when combined with a label
> -------------------------------------------------------------
>
> Key: TINKERPOP-2942
> URL: https://issues.apache.org/jira/browse/TINKERPOP-2942
> Project: TinkerPop
> Issue Type: Bug
> Components: process
> Affects Versions: 3.6.2
> Reporter: Tom Kolanko
> Priority: Minor
>
> When you have a property named `ID` you cannot filter on it when combined
> with a vertex label. Here is a testcase that runs on the gremlin-console:
> {code}
> gremlin> graph = TinkerFactory.createModern()
> ==>tinkergraph[vertices:6 edges:6]
> gremlin> g = traversal().withEmbedded(graph)
> ==>graphtraversalsource[tinkergraph[vertices:6 edges:6], standard]
> gremlin> g.V(1).property("ID", "ABC")
> ==>v[1]
> gremlin> g.V(1).properties()
> ==>vp[name->marko]
> ==>vp[ID->ABC]
> ==>vp[age->29]
> gremlin> g.V().has('ID', 'ABC').count()
> ==>1
> gremlin> g.V().has('PERSON', 'ID', 'ABC').count()
> ==>0
> gremlin> g.V().hasLabel('PERSON').has('ID', 'ABC').count()
> ==>0
> {code}
> if you compare the explain plans:
> {code}
> gremlin> g.V().has('ID', 'ABC').count().explain()
> ==>Traversal Explanation
> ====================================================================================================
> Original Traversal [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> ConnectiveStrategy [D] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> IdentityRemovalStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> ByModulatorOptimizationStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> CountStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> MatchPredicateStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> FilterRankingStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> IncidentToAdjacentStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> InlineFilterStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> AdjacentToIncidentStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> RepeatUnrollStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> PathRetractionStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> EarlyLimitStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> LazyBarrierStrategy [O] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> TinkerMergeEVStepStrategy [P] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> TinkerGraphCountStrategy [P] [GraphStep(vertex,[]),
> HasStep([ID.eq(ABC)]), CountGlobalStep]
> TinkerGraphStepStrategy [P] [TinkerGraphStep(vertex,[ID.eq(ABC)]),
> CountGlobalStep]
> ProfileStrategy [F] [TinkerGraphStep(vertex,[ID.eq(ABC)]),
> CountGlobalStep]
> StandardVerificationStrategy [V] [TinkerGraphStep(vertex,[ID.eq(ABC)]),
> CountGlobalStep]
> Final Traversal [TinkerGraphStep(vertex,[ID.eq(ABC)]),
> CountGlobalStep]
> gremlin>
> {code}
> {code}
> gremlin> g.V().has('PERSON', 'ID', 'ABC').count().explain()
> ==>Traversal Explanation
> =======================================================================================================================
> Original Traversal [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> ConnectiveStrategy [D] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> IdentityRemovalStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> ByModulatorOptimizationStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> CountStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> MatchPredicateStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> FilterRankingStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> IncidentToAdjacentStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> InlineFilterStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> AdjacentToIncidentStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> RepeatUnrollStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> PathRetractionStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> EarlyLimitStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> LazyBarrierStrategy [O] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> TinkerMergeEVStepStrategy [P] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> TinkerGraphCountStrategy [P] [GraphStep(vertex,[]),
> HasStep([~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> TinkerGraphStepStrategy [P]
> [TinkerGraphStep(vertex,[~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> ProfileStrategy [F]
> [TinkerGraphStep(vertex,[~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> StandardVerificationStrategy [V]
> [TinkerGraphStep(vertex,[~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> Final Traversal
> [TinkerGraphStep(vertex,[~label.eq(PERSON), ID.eq(ABC)]), CountGlobalStep]
> {code}
> The `ID.eq(ABC)` part seems to be the same
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