LifeFile

@crvouga/mockingbird-service-lifefile

Best-guess LifeFile pharmacy order gateway and Basic-auth Data Push emulator.

Parity: Orders, cancellation and Data Push (best guess)Pharmacy2 of 2 operationsIn-process fetchNode servermockingbird-lifefile
$
npm install -D @crvouga/mockingbird-service-lifefile

Playground

Requests go to the real emulator running in this tab. State persists across requests, and the journal shows what it received. A green dot marks operations whose sample succeeds as-is; others need ids from earlier responses.

Loads the real @crvouga/mockingbird-service-lifefile into this tab on first send
https://mock.lifefile.local

Send a request to see the emulator's response.

Operations

2 of 2 operations in the vendored contract are emulated.

MethodPathOperationStatus
POST/orderCreateOrder
PUT/order/{id}/statusUpdateOrderStatus

Documentation

The package README, the same file that ships in the npm tarball.Edit on GitHub

Local emulators. Real API contracts. Part of Mockingbird.

Work-in-progress LifeFile pharmacy order gateway for synthetic integration tests. This is a best guess, not oracle-verified. It models order submission, idempotency, configurable shipping refusals, cancellation and Basic-auth Data Push without contacting a pharmacy.

Install

Shell
bun add -d @crvouga/mockingbird-service-lifefile

Usage

Point your application's LifeFile base URL at the local server. Keep real pharmacy credentials and patient data out of tests.

TypeScript
import { createServer } from "@crvouga/mockingbird-service-lifefile/server"

const server = await createServer()
try {
  const response = await fetch(`${server.url}/order`, {
    method: "POST",
    headers: {
      authorization: `Basic ${btoa("test:test")}`,
      "content-type": "application/json",
      "X-Vendor-ID": "1",
      "X-Location-ID": "1",
      "X-API-Network-ID": "1",
    },
    body: JSON.stringify({
      message: { id: 1 },
      order: { general: { referenceId: "synthetic-order" }, shipping: { state: "AZ" } },
    }),
  })
  if (!response.ok) throw new Error(`Order refused: ${response.status}`)
  const result = await response.json()
  if (result.type !== "success" || !result.data?.orderId) {
    throw new Error(result.message ?? "Order rejected")
  }
  console.log(result.data.orderId)
} finally {
  await server.close()
}

Evidence and chosen contract

The public Revelation Pharma integration example provides primary integration source for the LifeFile order API: Basic authentication, the three integer X-* headers, order creation, status updates and a Data Push receiver. It is a pharmacy's integration example, not a complete vendor specification. The reporting consumer's client and response schema supplied the {type, message, data} envelope, data.orderId, numeric message.id, order.general.referenceId and order.shipping.state fields.

No live vendor responses were observed. Idempotency, rejection status/envelope details, duplicate cancellation handling, shipping restrictions and push timing are deterministic emulator choices. They are best guesses, not oracle-verified. Shipping restrictions are configured fixtures; the default refusal list is empty and asserts no global vendor shipping policy.

POST /order returns an order id in data.orderId; repeating a message.id reuses its id. Authentication and header/body validation failures do not create orders. The emulator stores order metadata rather than patient, prescriber or prescription bodies.

PUT /order/{id}/status requires an explicitly configured cancelStatus. Without it the emulator returns an explicit unsupported error (HTTP 501), with no state change. This is an emulator limitation, not an observed LifeFile error. With it, the configured status is the cancellation fixture contract; unknown orders and other requested statuses fail deterministically.

Deliberately not modelled

Real prescription processing, pharmacy fulfilment, clinical validation, payments, inventory, account-specific shipping policy, production credentials and comprehensive vendor schemas. There is no official JavaScript SDK pinned by the report; acceptance uses a fetch-based consumer. Do not use this emulator as evidence that a real pharmacy accepted or cancelled an order.

Settings and test controls

createRuntime({settings, webhooks}) and createServer({settings, webhooks}) accept:

Setting Default Behavior
accounts [] With no fixtures, accept any nonempty Basic username/password. Otherwise require an exact configured {username,password} pair.
refusedShippingStates [] Reject matching order.shipping.state values with an error envelope and no order creation.
cancelStatus null Configure the exact status string used by cancellation requests; otherwise status updates return 501.
pushFormat "consumer" Provisional object {orderId, referenceId?, status}; "vendor" selects an array with orderId, referenceId, rxStatus, rxStatusDateTime based on the public pharmacy demo. Neither is oracle-verified.
pushBeforeResponse false Flush Data Push deliveries before completing the order response when enabled.

Configure webhooks: {url, username, password, fetch?} for the receiver. The optional fetch lets tests supply a local receiver. Production credentials are unnecessary. Orders start at Received; configured cancellation transitions to Cancelled. Automatic push delivery and the state transitions are emulator fixture behavior. Duplicate order submission reuses the id without creating another order or sending a second push.

The standard admin prefix is /__admin (override with adminPrefix). Service controls are:

Route Behavior
GET /orders Metadata-only order journal.
GET /settings Current settings, with account passwords omitted.
PUT /settings Update validated settings for the selected namespace.
POST /orders/:id/push Change status and enqueue a push; body {status, duplicate?, badCredentials?}.

These routes are relative to the admin prefix. Standard controls include /requests, /state, /faults, /webhooks/events and /webhooks/flush. The webhook journal records delivery metadata and payloads contain only the modeled order metadata. Request logs do not retain order bodies.

Fault presets are reject (business error envelope), server_error (500), malformed (invalid JSON), duplicate_push and bad_push_credentials; standard timeout is also available. Apply one through POST /__admin/faults with {"preset":"reject"}. For a particular reference, use {"operationId":"CreateOrder","requestBody":{"order.general.referenceId":"synthetic-order"},"effect":"reject"}. The same matcher scopes 500/malformed/timeout rules. Faults that refuse creation leave no order or push behind. Duplicate and invalid-auth push controls deliberately exercise receiver handling.

Namespaces select isolated fixtures/state by x-mockingbird-namespace, by the standard /__admin/ns/<name>/ prefix, or by Basic username after mapping it through PUT /__admin/credentials. Snapshots, reset and Timeline history use the shared runtime.

API

The package root exports LifeFileAPI, createRuntime, LIFEFILE_NAMESPACE, basicUsername, LIFEFILE_PRESETS, document, operationIds and supportedOperationIds. basicUsername(request) extracts the credential namespace carrier. LifeFileAPI supplies fetch, reset and transition; createRuntime adds the standard admin controls and the webhooks hub.

Public types are LifeFileAPIOptions, PushOptions, OrderRecord, Settings, OperationId, SupportedOperationId, LifeFileRuntime and LifeFileRuntimeOptions.

The ./server entry exports createServer, serveTarget and DEFAULT_PORT (8819), plus types LifeFileServer and LifeFileServerOptions. createServer listens on an ephemeral local port by default and returns {url, close, runtime, ...}. The mockingbird-lifefile serve CLI uses the fixed default port. serveTarget supports fleet hosting and the shared admin controls.

Live parity

bun run parity:service -- lifefile reports missing sandbox credentials by name. Required keys are LIFEFILE_API_URL, LIFEFILE_USERNAME, LIFEFILE_PASSWORD, LIFEFILE_VENDOR_ID, LIFEFILE_LOCATION_ID and LIFEFILE_API_NETWORK_ID, stored only in GitHub Actions secrets or .env.local. None were available for this implementation. Every modeled operation can affect a real pharmacy queue; the parity script refuses mutation without --include-unsafe and an isolated sandbox. No live parity claim is made.

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