Ok, pulled, only need to OptOut of 2 (g_V_out_out_profile_modern, g_V_out_out_profile_grateful ) so all is well.

Thanks
Pieter

On 18/05/2015 20:26, Bob Briody (JIRA) wrote:
     [ 
https://issues.apache.org/jira/browse/TINKERPOP3-688?page=com.atlassian.jira.plugin.system.issuetabpanels:comment-tabpanel&focusedCommentId=14548467#comment-14548467
 ]

Bob Briody commented on TINKERPOP3-688:
---------------------------------------

[~pietermartin] I agree that there is significant coupling between these tests 
and how the vendor executes the Traversal. That said, I was unable to find a 
suitable way of maintaining integration-style test coverage while improving 
generality. Additionally, HadoopGraph, Neo4jGraph, TitanGraph, and TinkerGraph 
do all pass the tests.

I did add a new test method {code}g_V_out_out_profile_simple{code} which will 
provide some fully generic Profile test coverage. I suggest that SQLg graph 
OptOut of the other tests as necessary. I'm not fully satisfied with this 
approach but I do not have a better alternative at the moment. What do you 
think?


ProfileTest fails on optimized queries
--------------------------------------

                 Key: TINKERPOP3-688
                 URL: https://issues.apache.org/jira/browse/TINKERPOP3-688
             Project: TinkerPop 3
          Issue Type: Bug
          Components: test-suite
            Reporter: pieter martin
            Assignee: Bob Briody
             Fix For: 3.0.0.GA


{code}ProfileTest.g_V_out_out_modern_profile{code} fails because it asserts the 
traversal as executed by TinkerGraph.
As sqlg optimizes the query the metrics being asserted are incorrect.
I doubt it will be possible to hardcode metrics in a generic test as different 
backends will have different behaviours.
eg. Tinkergraph
{code}pre-strategy:[GraphStep([],vertex), VertexStep(OUT,vertex), 
VertexStep(OUT,vertex), ProfileStep]
post-strategy:[TinkerGraphStep([],vertex), ProfileStep, VertexStep(OUT,vertex), 
ProfileStep, VertexStep(OUT,vertex), ProfileStep]
{code}
eg. Sqlg
{code}pre-strategy:[GraphStep([],vertex), VertexStep(OUT,vertex), 
VertexStep(OUT,vertex), ProfileStep]
post-strategy:[SqlgGraphStep([],vertex), ProfileStep, SqlgVertexStepCompiled, 
ProfileStep]
{code}
As you can see the number of steps are not the same after the optimization.


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