ehr-governance-packet-builder

name

ehr-governance-packet-builder

description

Build normalized-JSON deliverables for EHR quality-governance queue tasks from a read-only EHR API. Use when a prompt gives case objects (patient / duplicate-candidate / referral / ServiceRequest / batch IDs), points to a read-only EHR environment (a base URL in environment_access.md), and asks for JSON conforming to an input/payloads/answer_template.json. Covers duplicate-chart merge-readiness packets, referral coordination packets, care-transition packets, duplicate + ServiceRequest reviews, and referral batch audits.

EHR governance packet builder

You are given a task folder that contains a prompt.txt, a input/payloads/answer_template.json, sometimes extra request payloads, and an environment_access.md. Your job is to query a read-only EHR "quality-governance" API and emit one normalized JSON object that conforms exactly to the answer template. No prose, no SOP/narrative text — JSON only.

Every task in this family is the same shape: read the contract, gather evidence from the API, normalize it, classify a disposition/readiness, and assemble stable IDs into the template's structure. The templates and case objects change; the operating rules below do not.

1. Read the contract before touching the API

1. prompt.txt — extract the case objects (the IDs you must center on): patient_id(s), duplicate candidate_id, referral_id, ServiceRequest id, batch_id, recipient provider id, and the required task_id. Note the service line (cardiology / orthopedics / …) and what deliverables are requested.
2. input/payloads/answer_template.json — this is the authoritative contract. Enumerate its top-level required keys, every field, every enum's allowed_values, and every ordering rule. Your output must contain exactly these keys with these types. Never invent enum values — pick only from the template's allowed list. If the template states a required_value for task_id, emit it verbatim.
3. Any other payload (e.g. a *_request.json) — it restates the case objects and the requested outputs; use it to confirm scope, not as a data source.
4. environment_access.md — read the base URL and the allow-listed endpoints from here. Do not assume a URL; use the one in the file. Credentials are typically none. This file is only for network access.

Read references/api_reference.md for the endpoint families and response conventions, and references/normalization_rules.md for the field-by-field normalization and classification ladders. Read references/task_archetypes.md to see how the five recurring deliverables map onto the same procedure.

2. Gather evidence from the API (read-only GET)

• Use detail endpoints for named objects (/api/patients/{id}, /api/duplicates/{candidate_id}, /api/referrals/{referral_id}, /api/icd10/{code}, /api/providers/{id}, /api/service-codes/{code}).
• For a patient's clinical picture, pull the per-patient list endpoints you actually need: conditions, medications, allergies, encounters, immunizations, documents, disclosures, service-requests.
• Query-string filters are ignored by this API. GET /api/referrals?batch_id=X returns the whole collection, not the batch. To scope a batch (or find records by name/insurance/etc.), fetch the full collection and filter client-side on the field. Same for /api/patients.
• Unknown IDs return HTTP 404 with {"error":..., "status":404}. Treat a 404 on a code lookup as "unknown/invalid code" evidence, not as a crash.
• Response bodies wrap lists under a named key ({"conditions":[...]}, {"referrals":[...]}, {"duplicate_candidates":[...]}); a few (audit-logs) come back as bare arrays. Handle both.

3. Normalize (the reusable rules)

These rules recur across every task; apply the ones the template asks for.

• Active-only lists. For condition/medication/allergy unions, keep only records with status == "active". Drop inactive, resolved, entered-in-error. This is the primary distractor filter.
• normalized_key is the canonical identity. Build clinical "key unions" from the normalized_key field, deduped across duplicate rows and across both patients in a merge. Emit as a set: unique + sorted per the template (usually alphabetical/ascending).
• Patient endpoints beat any preview. When a duplicate candidate carries a merge_preview of active keys, the per-patient active-list endpoints are authoritative. Reconcile: any active key present in the patient endpoints but missing from the preview must be added; report it if the template has a reconciliation/"added_from_active_endpoints" section.
• Signals: map to the template's vocabulary. Take match_signals / conflict_signals from the duplicate candidate. If the template gives an allowed_values enum for signals, emit only values from that enum (mapping raw labels to it); if it just says "signal labels sorted alphabetically", emit the raw labels sorted.
• Evidence = stable IDs, never prose. Cite document_id, audit_id, encounter_id, immunization_id, disclosure_id. Select documents by status (prefer final; exclude preliminary/cancelled) and by the packet's document policy (e.g. identity/external-continuity docs only → include identity_verification and external notes, exclude internal chart_summary; a referral packet wants the echocardiogram + office_note). List unrelated docs/audit rows under an "excluded_distractors" section if the template has one.
• Providers by id. Resolve the receiving/specialist/owner provider from the id on the referral / ServiceRequest / disclosure, then copy the directory record's exact fields (name, role, service_line, facility, phone, fax). Confirm the matches the requested specialty.

4. Assemble & validate output

1. Build the object in the template's key order; include every required top-level key.
2. Apply each array's stated ordering (sets → dedupe + sort as specified; object arrays → sort by the named field; "newest→oldest" where stated). Default to ascending/alphabetical when a set has no explicit rule.
3. Re-check every enum value against the template's allowed_values; re-check task_id's required value.
4. Confirm no narrative/SOP text leaked into any field, and that the whole payload is a single valid JSON object. Output JSON only.

5. Common distractors to exclude

Inactive/resolved/entered-in-error clinical rows · duplicate patients who merely share a name · unrelated merge/audit log rows for other charts · internal chart_summary documents when an identity/continuity policy applies · preview key-lists that disagree with the active endpoints · cross-patient laterality conflicts (e.g. right-knee vs left-knee) that mean "not a true duplicate" · records outside the encounter/date window · and the ever-present trap of trusting an ignored query-string filter instead of filtering client-side.