![]() ![]() if the engine produces URIs then these need to be replaced with blank nodes.Īlso, the blank node structures representing property paths via sh:resultPath must not be shared among Sh:ValidationReport and sh:ValidationResult must have these as their (only) rdf:type values.Īlso, all instances of sh:ValidationResult and sh:ValidationReport must be blank nodes, The actual results also must not depend on subclass relationships, so that instances of subclasses of Must not include any "nested" results, via sh:details. The test framework may post-process this results graph to ensure the following preconditions.īefore comparing the results graph with the expected results, the actual validation report Let actual be the results graph produced by the validation, i.e. Plus all triples that have all values of sh:result of R as their subject,Īs well as any triples needed to correctly represent the sh:resultPath. Let expected be the graph that consists of all triples from the manifest graph that have R as subject Let R be the blank node that is the value of mf:result of the sht:Validate test case That can be compared with the expected validation report as described in the remainder of this section. full compliance means that an implementation can produce a complete validation report.produces the same boolean value for sh:conforms as required by the expected report. partial compliance means that an implementation is able to perform conformance checking only,.Implementations may report two levels of compliance: ![]() ![]() It is also valid that either of these graphs point at the manifest graph itself, using the relative URL. The values of both must be relative URLs pointing at a Turtle file in the same directory as the test file itself. To perform the test, a validation engine must validate the data graph specified by sht:dataGraphĪgainst the shapes graph specified by sht:shapesGraph. Mf:name "Validate simple RDF data with a simple shapes graph" These tests verify that the validation of a given data graph against a given shapes graph producesīoth the data graph and the shapes graph may be identical. The manifest file is defined in RDF and is compatible with the manifest used by other W3c initiatives likeĮach manifest entry is a single test which can be one of the following types: The tests are available in the folder structure starting atĮach folder contains one or more manifest files that describe the tests in that folder. Sh sht mf earl Test Cases Format and Process Manifest format In this document we will employ the following namespace prefixes: Test results from implementations that have submitted their test results. The process to use them to evaluate SHACL implementations, and lists This document defines the format of the tests in the SHACL test suite, SHACL Test Suite and Implementation Report ![]()
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