{ "resourceType" : "TestScript", "id" : "au-core-sexassignedab", "text" : { "status" : "generated", "div" : "

Generated Narrative: TestScript au-core-sexassignedab

url: TestScript AU Core Sex Assigned at Birth extension — presence & profile conformance

version: 0.1.0

name: AUCoreSexAssignedAtBirth

title: AU Core Sex Assigned at Birth extension — presence & profile conformance

status: Active

date: 2026-08-16 05:55:37+0000

publisher: FHIR Frog

contact: FHIR Frog: https://gitlab.com/fhirfrog

description:

Covers the AU Core Sex Assigned at Birth extension (au-core-rsg-sexassignedab, 2.0.0) requirements identified in fhirfrog/au-core-compiler#25 (AUC-026). Correction to the issue's own framing, discovered while authoring this TestScript: au-core-rsg-sexassignedab is a content-level refinement of the generic individual-recordedSexOrGender extension, not a separately-URL'd one - its own snapshot fixes Extension.url to the base extension's canonical URL (http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender), not its own. au-core-patient DOES inherit a Patient.extension:recordedSexOrGender slot from its au-patient (AU Base) baseDefinition (visible only in the snapshot, not the differential - which is why the original gap-analysis missed it), typed generically against individual-recordedSexOrGender rather than specifically against au-core-rsg-sexassignedab. So the real, narrower gap is: nothing distinguishes/tests the 'sex assigned at birth' flavour specifically (identified only by the fixed SNOMED 1515311000168102 'Sex assigned at birth' value on its extension:type sub-extension) from other uses of that same generic slot. Covers presence of both must-support sub-extensions (extension:value - biological sex, extensible-bound to the AU THS biological-sex-1 ValueSet; extension:type - fixed to the SNOMED code identifying this specific flavour) via a generic FHIRPath probe against a fetched Patient, exactly as the issue itself suggested was possible without any new engine capability. ProfileValidation runs validateProfileId against au-core-patient to confirm the whole resource - extension included, now correctly url'd to match the inherited slot - remains profile-conformant.

\n

fixture

id

sexassignedab-patient-fixture

autocreate: true

autodelete: true

resource: au-core-patient-sexassignedab

Variables

-NamePathSourceId
*patientIdPatient.idsexassignedab-patient-fixture

test

name: Read

action

Operations

-TypeResourceEncodeRequestUrlParams
*Test script operation code: read (Read)Patienttrue/${patientId}

action

Asserts

-ResponseWarningOnly
*okayfalse

test

name: ExtensionPresence

action

Operations

-TypeResourceEncodeRequestUrlParams
*Test script operation code: read (Read)Patienttrue/${patientId}

action

Asserts

-ExpressionWarningOnly
*Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').exists()false

action

Asserts

-ExpressionWarningOnly
*Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').extension.where(url = 'value').value.exists()false

action

Asserts

-ExpressionWarningOnly
*Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').extension.where(url = 'type').value.coding.code.where($this = '1515311000168102').exists()false

test

name: ProfileValidation

action

Operations

-TypeResourceEncodeRequestUrlParams
*Test script operation code: read (Read)Patienttrue/${patientId}

action

Asserts

-ValidateProfileIdWarningOnly
*http://hl7.org.au/fhir/core/StructureDefinition/au-core-patientfalse
" }, "url" : "http://fhirfrog.org/fhir/au-core-tests/TestScript/au-core-sexassignedab", "version" : "0.1.0", "name" : "AUCoreSexAssignedAtBirth", "title" : "AU Core Sex Assigned at Birth extension — presence & profile conformance", "status" : "active", "date" : "2026-08-16T05:55:37+00:00", "publisher" : "FHIR Frog", "contact" : [{ "name" : "FHIR Frog", "telecom" : [{ "system" : "url", "value" : "https://gitlab.com/fhirfrog" }] }], "description" : "Covers the AU Core Sex Assigned at Birth extension (au-core-rsg-sexassignedab, 2.0.0) requirements identified in fhirfrog/au-core-compiler#25 (AUC-026). Correction to the issue's own framing, discovered while authoring this TestScript: au-core-rsg-sexassignedab is a *content-level* refinement of the generic individual-recordedSexOrGender extension, not a separately-URL'd one - its own snapshot fixes Extension.url to the base extension's canonical URL (http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender), not its own. au-core-patient DOES inherit a Patient.extension:recordedSexOrGender slot from its au-patient (AU Base) baseDefinition (visible only in the snapshot, not the differential - which is why the original gap-analysis missed it), typed generically against individual-recordedSexOrGender rather than specifically against au-core-rsg-sexassignedab. So the real, narrower gap is: nothing distinguishes/tests the 'sex assigned at birth' flavour specifically (identified only by the fixed SNOMED 1515311000168102 'Sex assigned at birth' value on its extension:type sub-extension) from other uses of that same generic slot. Covers presence of both must-support sub-extensions (extension:value - biological sex, extensible-bound to the AU THS biological-sex-1 ValueSet; extension:type - fixed to the SNOMED code identifying this specific flavour) via a generic FHIRPath probe against a fetched Patient, exactly as the issue itself suggested was possible without any new engine capability. ProfileValidation runs validateProfileId against au-core-patient to confirm the whole resource - extension included, now correctly url'd to match the inherited slot - remains profile-conformant.", "fixture" : [{ "id" : "sexassignedab-patient-fixture", "autocreate" : true, "autodelete" : true, "resource" : { "reference" : "au-core-patient-sexassignedab" } }], "variable" : [{ "name" : "patientId", "path" : "Patient.id", "sourceId" : "sexassignedab-patient-fixture" }], "test" : [{ "name" : "Read", "action" : [{ "operation" : { "type" : { "system" : "http://terminology.hl7.org/CodeSystem/testscript-operation-codes", "code" : "read" }, "resource" : "Patient", "encodeRequestUrl" : true, "params" : "/${patientId}" } }, { "assert" : { "response" : "okay", "warningOnly" : false } }] }, { "name" : "ExtensionPresence", "action" : [{ "operation" : { "type" : { "system" : "http://terminology.hl7.org/CodeSystem/testscript-operation-codes", "code" : "read" }, "resource" : "Patient", "encodeRequestUrl" : true, "params" : "/${patientId}" } }, { "assert" : { "expression" : "Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').exists()", "warningOnly" : false } }, { "assert" : { "expression" : "Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').extension.where(url = 'value').value.exists()", "warningOnly" : false } }, { "assert" : { "expression" : "Patient.extension.where(url = 'http://hl7.org/fhir/StructureDefinition/individual-recordedSexOrGender').extension.where(url = 'type').value.coding.code.where($this = '1515311000168102').exists()", "warningOnly" : false } }] }, { "name" : "ProfileValidation", "action" : [{ "operation" : { "type" : { "system" : "http://terminology.hl7.org/CodeSystem/testscript-operation-codes", "code" : "read" }, "resource" : "Patient", "encodeRequestUrl" : true, "params" : "/${patientId}" } }, { "assert" : { "validateProfileId" : "http://hl7.org.au/fhir/core/StructureDefinition/au-core-patient", "warningOnly" : false } }] }] }