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web gitlab.com contact : FHIR Frog: https://gitlab.com/fhirfrog
web github.com 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
web gitlab.com IG © 2026+ FHIR Frog . Package fhirfrog.au-core-tests#0.1.0 based on FHIR 4.0.1 . Generated 2026-08-16
Links: Table of Contents | QA Report
web gitlab.com The TestScripts here are generated for and executed by fhir-frog — a JUnit 5 extension and standalone CLI for authoring and running FHIR TestScripts against a real server, built on the HAPI FHIR client. Where a typical clinical IG's content is profiles and examples read by humans and validators, this IG's content is executable — every resource under input/resources/ is either a TestScript or a fixture instance it depends on, and running this package means literally sending FHIR requests to a server and checking the responses.
web github.com That's also this project's answer to a real gap: Inferno's own AU Core test kit ( au-fhir-core-inferno ) is a Ruby gem with its own bespoke packaging — it can't be resolved as a FHIR dependency by canonical URL/version the way any other IG can. Because a TestScript is itself a valid FHIR resource, this Test IG can be distributed, versioned, and depended upon exactly like any other IG.
web gitlab.com See docs/planning-strategy.md in the source repo for the full rationale behind this repo's existence and how the GitLab → GitHub → build.fhir.org pipeline is wired up.
web gitlab.com Each Test Case page is rendered directly from its TestScript resource by fhir-frog 's fhir-frog-testscript-render module - the same narrative-first content model frog-runner 's own UI uses for execution results, just applied here to the test definition rather than a run's outcome. They're generated by a CI step that builds that module from fhir-frog 's main and runs it against this repo's input/resources/ , and the resulting .md files are committed to this repository (regenerated and re-committed whenever input/resources/ or fhir-frog 's renderer changes) - see docs/planning-strategy.md for the full mechanism.
web sparked.csiro.au SPARKED 's FHIRFROG test tenant
web gitlab.com The three-way gap analysis that originally produced these TestScripts (AU Core "as specified" vs. Inferno's own AU Core test kit "as implemented" vs. fhir-frog "as executable") lives in a separate repo, fhirfrog/au-core-compiler — Inferno's test kit was a comparison point during that analysis, not a server this suite runs against.

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