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🚫 trapi.request.invalid
context: raise_subject_entity() test predicate CAID:CA15942114[biolink:SequenceVariant]
reason: has no 'is_a' parent since it is either not an ontology term or does not map onto a parent ontology term.
I don't think this should be an error. Not everything has a superclass, but that doesn't make it an error.
The text was updated successfully, but these errors were encountered:
Hi @cbizon, if we know a priori that a given category/predicate is not ontological - i.e. doesn't have a superclass - then this test simply ought to be excluded (there is a markup of test data that allows for this).
I think the original test was already written to fail if no superclass is available, but we could check that (in historical code).
Alternately, as you seem to hint here, do we recode things to only attempt validation where a given term has a superclass - thus just running the test if the superclass concept/predicate exists - but passing (or, I guess, perhaps inferring skipping of the test, with rationale) so as only to fail if the query outcome is unsuccessful (with the superclass concept/predicate used in the query)?
e.g. in automat-robokop, this test data:
(SequenceVariant)--[is_nearby_variant_of]->(Protein)
(CAID:CA15942114)--[biolink:is_nearby_variant_of]->(NCBIGene:1)
Generates an error in raise_subject_entity:
🚫 trapi.request.invalid
context: raise_subject_entity() test predicate CAID:CA15942114[biolink:SequenceVariant]
reason: has no 'is_a' parent since it is either not an ontology term or does not map onto a parent ontology term.
I don't think this should be an error. Not everything has a superclass, but that doesn't make it an error.
The text was updated successfully, but these errors were encountered: