FHIR Frog AU Core Conformance Tests
0.1.0 - draft

FHIR Frog AU Core Conformance Tests, published by FHIR Frog. This guide is not an authorized publication; it is the continuous build for version 0.1.0 built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/jgsuess/au-core-tests/ and changes regularly. See the Directory of published versions

AU Imaging Result Observation

AU Imaging Result Observation — optionality discovery template

Covers fhirfrog/au-core-compiler#23 (AUC-018): au-imagingresult (hl7.fhir.au.base, not a local au-core-* profile) has zero must-support elements of its own, and neither au-fhir-core-inferno (deliberately or not - couldn't confirm skip_generation for it specifically, see the issue's comment thread) nor fhir-frog test it today. Rather than a conventional must-support conformance gate (there's nothing profile-mandated to gate on), this is deliberately built as a discovery template: SHALL-level read/search-type interaction checks (the one real, resource-level requirement the CapabilityStatement does impose) run with warningOnly:false, while every element this profile merely *allows* (category:anatomicRegionOfInterest, extension:bodyStructure vs plain bodySite, value[x]/dataAbsentReason, component, hasMember) is probed with warningOnly:true against two fixtures - 'au-imagingresult-conformant' (a generous implementer) and 'au-imagingresult-minimal' (a bare-bones one). Building these two fixtures surfaced that 'zero must-support elements' does not mean unconstrained: au-imagingresult carries its own hard invariants not visible from the must-support list alone - inv-obs-0 (value, dataAbsentReason, or a child observation with either must be present - the minimal fixture needed a plain dataAbsentReason to satisfy this, it cannot be genuinely empty), inv-obs-1 (the bodyStructure Reference extension and the plain bodySite CodeableConcept are mutually exclusive, inherited from base Observation's own obs-7 rule about a component sharing its parent's code while both carry a value). Run against a real server, OptionalElementsProbeMinimal's warnings (not failures) are the point: they show which of the genuinely-optional elements that server does or doesn't populate. This only works because assert.warningOnly, though already required and set on every assertion since fhirfrog/fhir-frog's 'add required encodeRequestUrl/warningOnly fields' fix, was never actually read by PhaseExecutor - a failing warningOnly assertion still failed the whole test, identical to a hard one. Fixed alongside this TestScript (see fhirfrog/fhir-frog's PhaseExecutor commit): a failing warningOnly assertion now reports as TestReport's own WARNING result code instead of FAIL, and no longer fails the enclosing test/setup phase - proven by OptionalElementsProbeMinimal genuinely failing several of its own probe assertions against the minimal fixture while the TestScript as a whole still reports PASS.

Name
AUImagingResult
URL
http://fhirfrog.org/fhir/au-core-tests/TestScript/au-imagingresult
Status
active

Fixtures

  • patient-fixture: au-core-patient-conformant (created before, and removed after, the run)
  • imagingresult-fixture: au-imagingresult-conformant (created before, and removed after, the run)
  • imagingresult-minimal-fixture: au-imagingresult-minimal (created before, and removed after, the run)

Variables

  • ${patientId} = Patient.id of patient-fixture
  • ${imagingResultId} = Observation.id of imagingresult-fixture
  • ${imagingResultMinimalId} = Observation.id of imagingresult-minimal-fixture

Read

  1. Read Observation by id (${imagingResultId}) READ Observation/${imagingResultId}
  2. Response status is okay response = okay

SearchByPatientCategory

  1. Search Observation where patient = Patient/${patientId} and category = http://terminology.hl7.org/CodeSystem/observation-category|imaging SEARCH Observation?patient=Patient/${patientId}&category=http://terminology.hl7.org/CodeSystem/observation-category|imaging
  2. Response status is okay response = okay
  3. Check: Bundle.entry.resource.ofType(Observation).category.coding.code.where($this = 'imaging').exists() expression = Bundle.entry.resource.ofType(Observation).category.coding.code.where($this = 'imaging').exists()

SearchByPatientCode

  1. Search Observation where patient = Patient/${patientId} and code = http://snomed.info/sct|399208008 SEARCH Observation?patient=Patient/${patientId}&code=http://snomed.info/sct|399208008
  2. Response status is okay response = okay
  3. Check: Bundle.entry.resource.ofType(Observation).code.coding.code.where($this = '399208008').exists() expression = Bundle.entry.resource.ofType(Observation).code.coding.code.where($this = '399208008').exists()

OptionalElementsProbeGenerous

  1. Read Observation by id (${imagingResultId}) READ Observation/${imagingResultId}
  2. Check: Observation.category.coding.code.where($this = 'imaging').exists() warning only expression = Observation.category.coding.code.where($this = 'imaging').exists()
  3. Check: Observation.category.where(coding.system = 'http://snomed.info/sct').exists() warning only expression = Observation.category.where(coding.system = 'http://snomed.info/sct').exists()
  4. Check: Observation.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/bodySite').exists() warning only expression = Observation.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/bodySite').exists()
  5. Check: Observation.value.exists() warning only expression = Observation.value.exists()
  6. Check: Observation.dataAbsentReason.exists() warning only expression = Observation.dataAbsentReason.exists()
  7. Check: Observation.bodySite.exists() warning only expression = Observation.bodySite.exists()
  8. Check: Observation.component.exists() warning only expression = Observation.component.exists()
  9. Check: Observation.hasMember.exists() warning only expression = Observation.hasMember.exists()

OptionalElementsProbeMinimal

  1. Read Observation by id (${imagingResultMinimalId}) READ Observation/${imagingResultMinimalId}
  2. Check: Observation.category.where(coding.system = 'http://snomed.info/sct').exists() warning only expression = Observation.category.where(coding.system = 'http://snomed.info/sct').exists()
  3. Check: Observation.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/bodySite').exists() warning only expression = Observation.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/bodySite').exists()
  4. Check: Observation.value.exists() warning only expression = Observation.value.exists()
  5. Check: Observation.dataAbsentReason.exists() warning only expression = Observation.dataAbsentReason.exists()
  6. Check: Observation.bodySite.exists() warning only expression = Observation.bodySite.exists()
  7. Check: Observation.component.exists() warning only expression = Observation.component.exists()
  8. Check: Observation.hasMember.exists() warning only expression = Observation.hasMember.exists()

ProfileValidation

  1. Read Observation by id (${imagingResultId}) READ Observation/${imagingResultId}
  2. Validate the response against profile http://hl7.org.au/fhir/StructureDefinition/au-imagingresult validateProfileId = http://hl7.org.au/fhir/StructureDefinition/au-imagingresult

ProfileValidationMinimal

  1. Read Observation by id (${imagingResultMinimalId}) READ Observation/${imagingResultMinimalId}
  2. Validate the response against profile http://hl7.org.au/fhir/StructureDefinition/au-imagingresult validateProfileId = http://hl7.org.au/fhir/StructureDefinition/au-imagingresult