415 lines
21 KiB
Markdown
415 lines
21 KiB
Markdown
# API Consumer Guide
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This document describes the public JSON API exposed under `/api`, written for developers implementing a **client** in another application. It is self-contained: no access to this codebase is required to use it.
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## Overview
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A Symfony application exposing a read-mostly JSON API under the `/api` prefix. All `/api/*` requests are stateless and authenticated via OAuth2 Bearer tokens (League OAuth2 Server, JWT access tokens). Responses are `application/json`. HTTPS is enforced on all routes.
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## Authentication
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- Token endpoint: `POST /token` (unauthenticated).
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- Enabled grants: **client_credentials**, **authorization_code** (PKCE required for public clients), **refresh_token**. Password and implicit grants are disabled.
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- Access token TTL: **10 minutes** — clients must refresh/re-request frequently.
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- Available scopes: `email`, `id`, `profile`, `roles`, `api`. Default scope if none requested: `email`.
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- Each granted scope maps to a role `ROLE_OAUTH2_<SCOPE_UPPERCASE>` (e.g. scope `api` → `ROLE_OAUTH2_API`).
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- Send the token as `Authorization: Bearer <access_token>`.
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Scope required per endpoint:
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| Scope needed | Endpoints |
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|---|---|
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| `api` | everything except the two below |
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| `profile` | `GET /api/crm-attributes` |
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| `email` | `GET /api/userinfo` (optional extra scopes `id`, `profile`, `roles` widen the response) |
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`/api/userinfo` and `/api/crm-attributes` act on the **authenticated end user**, so they require an authorization_code token issued for a user. All other endpoints are machine-to-machine and work with client_credentials.
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### Machine-to-machine example
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```
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POST /token
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Content-Type: application/x-www-form-urlencoded
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grant_type=client_credentials&client_id=...&client_secret=...&scope=api
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```
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```
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GET /api/hotels
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Authorization: Bearer eyJ0eXAi...
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```
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## Error conventions
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There is no single error envelope; three shapes occur:
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- `{"message": "..."}` — commonly with 404 / 400.
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- `{"error": "...", "type": "api_error"}` — upstream failures on some endpoints. **Caution:** on `/api/products` and `/api/travels/{dateId}/{hotelId}/{dateTo}/availability` this shape is returned with HTTP **200**, so clients must check for the presence of an `error` key, not only the status code.
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- `{"success": false, "message": "..."}` — the write endpoints (contact form, newsletter).
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Validation failures on endpoints using mapped query strings / payloads (`/api/contingents/*`, `/api/newsletter-subscriptions`) return **400** with Symfony's constraint-violation body. Missing/invalid token yields **401**; insufficient scope yields **403**.
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The HTTP methods listed below are the intended ones. Several read routes do not restrict methods server-side; clients should still use `GET` for them.
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---
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## Endpoints
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### Reference data (BusProNet master data)
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#### `GET /api/hotels` — scope `api`
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List of hotels. Array of objects: `id` (int), `code` (string), `name`, `city`, `street`, `phone`, `country`.
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#### `GET /api/hotels/{id}` — scope `api`
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Single hotel by numeric id, same field set as the list. `404 {"message":"Not found"}` if unknown.
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#### `GET /api/countries` — scope `api`
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Array of `{id, name, token, nationality}`.
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#### `GET /api/products` — scope `api`
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Product master data from the upstream BusProNet system, cached server-side for 1 hour. On upstream failure returns `{"error": "...", "type": "api_error"}` **with status 200**.
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#### `GET /api/last-update` — scope `api`
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Timestamp of the last upstream data export: `{"timestamp": "YYYY-MM-DD HH:MM:SS"}`. Note: if no export marker file exists the current implementation errors (500) rather than returning null — treat a non-JSON/500 response as "unknown".
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---
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### Pickups (bus boarding points)
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#### `GET /api/pickups` — scope `api`
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Array of `{id, code, city, postalCode, street}`.
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#### `GET /api/pickups/{id}` — scope `api`
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Single pickup by numeric id, same fields as the list.
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#### `GET /api/pickups-planning/{travelCode}` — scope `api`
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Planned outbound (HIN) boarding stops for one travel code. Returns an array, chronologically sorted:
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```json
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[{"city": "...", "location": "...", "datetime": "YYYY-MM-DD HH:MM", "busNumber": "..."}]
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```
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`404 {"error":"Planning data not available"}` if no planning has been uploaded yet, `404 {"error":"Travel code not found"}` for an unknown code, `500 {"error":"Failed to read planning data"}` on storage errors.
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#### `POST /api/pickups-planning` — scope `api`
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Bulk-replaces the planning dataset. Body: a JSON **array** of raw planning rows using the upstream German keys:
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```json
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[
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{
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"PlanungsArt": "HIN",
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"Reisecode": "ABC123",
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"Zustieg/Ausstieg Ort": "Köln",
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"Zustieg/Ausstieg Strasse": "Hauptbahnhof",
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"Zeit": "24.12.2026 07:30",
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"BusNummer": "1"
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}
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]
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```
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Rows without `PlanungsArt === "HIN"` or without `Reisecode` are dropped; duplicates (same city + location + datetime + bus) are de-duplicated; results are grouped by `Reisecode` and sorted by time. Response `{"status":"ok"}` (200). `400 {"error":"Invalid JSON payload"}`, `500 {"error":"Failed to write pickups planning data"}`.
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This is a full overwrite, not a merge.
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---
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### Travels
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#### `GET /api/travels` — scope `api`
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Index/mapping of all known travel dates. Object keyed by numeric travel id, each value `{id, code, label, dateFrom, dateTo, hotels: [...]}`.
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#### `GET /api/travels/{dateId}/{hotelId}` — scope `api`
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Single travel by **numeric** ids (`hotelId` optional). Route matches only when both segments are digits.
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#### `GET /api/travels/{dateCode}/{hotelCode}` — scope `api`
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Same, addressed by **string** codes (`hotelCode` optional). The date code is sanitized (separators stripped) before lookup. `404 {"message":"Not found"}` if the date code is unknown, `404 {"message":"Travel not found"}` if no data exists.
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Both variants accept optional query parameters:
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- `source=local` — force the local XML/snapshot data.
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- `source=remote` — force a live upstream call.
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- `prefer_remote=1` — used only when `source` is absent; prefers upstream with local fallback.
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Response fields: `id`, `code`, `productCode`, `productId`, `label`, `hotelId`, `hotel` (hotel object), `dateFrom`, `dateTo`, `type`, `status`, `allowedBookingStatus[]`, `priceFrom`, `selectionGroups[]`, `additionalServices[]`, `transportationServices[]`, `pickups[]`, `dropOffs[]`, `rooms[]`, `guide`, `insurances[]`.
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#### `GET /api/travels/{dateId}/{hotelId}/{dateTo}/availability` — scope `api`
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Live hotel availability from the upstream system. `dateTo` must be `Y-m-d`. On upstream failure returns `{"error":"...","type":"api_error"}` **with status 200**.
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---
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### Contingents & accommodation prices
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#### `GET /api/contingents/prices?hotelCode=…&year=…` — scope `api`
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Price timeline for one accommodation and calendar year, collapsed into contiguous segments (adjacent days with the same effective price are merged into one row). The timeline never starts before today; if the requested year is entirely in the past the response is `[]`.
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- `hotelCode`: required, max 16 chars, `[A-Za-z0-9_-]+` (matches the accommodation's calendar code).
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- `year`: required int, 1000–9999.
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Each row:
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```json
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{
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"dateFrom": "2026-06-01",
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"dateTo": "2026-06-14",
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"season": "high|low|...|null",
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"includedPax": 2,
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"pricePerNight": 89.5,
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"priceAdditionalPerson": 25.0,
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"defaultPricePerNight": 99.0,
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"defaultPriceAdditionalPerson": 30.0,
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"currency": "EUR",
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"type": "discount|null"
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}
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```
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Prices are **decimal major units** (converted from integer minor units server-side). `default*` fields are non-null only when the winning price is a discount, and then carry the undiscounted price. `400 {"error":"Hotel not found for hotelCode."}` for an unknown code; `400` with violations for invalid parameters.
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#### `GET /api/contingents/calendar?hotelCode=…&dateFrom=…&dateTo=…` — scope `api`
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Per-day availability enriched with prices.
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`dateFrom` and `dateTo` are **optional, and must be supplied together** — one without the other is a `400`. Both are `Y-m-d` and **inclusive** (`dateTo` is the last night, not the checkout day); when supplied, the range may not exceed 366 days and `dateTo` must not precede `dateFrom`.
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**Omit both to get the full priced span.** The range is then derived from the accommodation's persisted prices, `MIN(dateFrom)` to `MAX(dateTo)`, and never starts before today. This is the way to fetch everything a hotel sells in one call, and it is not subject to the 366-day cap — a hotel priced over two seasons returns well over a year of entries.
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Full-span responses are contiguous, exactly like ranged ones: every day between the derived bounds gets an entry, including days no price covers. Those come back `BLOCKED` with `null` price fields — a hotel closed over winter reports the whole closure day by day rather than skipping it, so a consumer keying off `status` always finds one.
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The response is `[]` — a `200`, not a `502` — when the hotel has no prices at all, or when every priced period has already ended.
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Availability is served from a **local snapshot** refreshed over a 24-month horizon — every 15 minutes during the day, hourly overnight — not fetched from the upstream contingent service per request. The endpoint therefore responds in single-digit milliseconds and stays available during an upstream outage, at the cost of being at most one sync interval stale.
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The response format is unchanged from the previous upstream-backed implementation: same fields, same order, same types, same `status` values. One behavioural note — the endpoint returns **one entry per day of the range**, whether that range came from `dateFrom`/`dateTo` or was derived from the prices. Previously days the upstream service did not mention were simply absent, so a response may contain days it would not have contained before. It is a superset, never a different shape.
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Two kinds of day resolve to `BLOCKED` regardless of the underlying contingent:
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- **days in the past** — the snapshot is maintained from today forward only (`prices` likewise refuses past ranges)
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- **days beyond the synced horizon** — currently 24 months out. Prices are often maintained further ahead than the contingent is synced, so a full-span response can end in a run of `BLOCKED` days that simply have no availability data yet.
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Each entry:
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```json
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{
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"date": "2026-06-01",
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"status": "Free|Blocked|...",
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"type": "discount|null",
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"pricePerNight": 89.5,
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"defaultPricePerNight": 99.0,
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"priceAdditionalPerson": 25.0,
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"defaultPriceAdditionalPerson": 30.0,
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"currency": "EUR",
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"includedPax": 2,
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"minNights": 2
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}
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```
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Important rule: **a day with no maintained price is forced to `Blocked`** regardless of what the upstream contingent says. Price fields may be `null` in that case. This applies to both modes.
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Errors: `400 {"error":"Hotel not found for hotelCode."}`, `400` with violations for invalid parameters.
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`502 {"error":"Failed to fetch contingent data."}` is still returned — with the same body as before — but it now means **"no usable local snapshot for this hotel"** rather than "the upstream call failed": either the hotel has never synced successfully, or its last successful sync is more than 6 hours old. Treat it as before: the data is unavailable, not empty. This matters because the alternative would be a `200` reporting every day as `BLOCKED`, which is indistinguishable from a genuinely fully-booked hotel.
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---
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### Operating the snapshot (deployment)
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The snapshot is a new table populated by the scheduler, so it is **empty immediately after a deploy that runs the migration**. Until the first successful sync every hotel returns `502` — deliberately, so no consumer caches a fully-blocked calendar as if it were real availability.
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Rollout order:
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1. **Confirm `BPN_CONNECT_API_KEY` is valid for the target environment before deploying.** If it is rejected the sync cannot populate anything and the endpoint stays at `502`.
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2. Deploy; `database:migrate` creates the empty tables.
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3. Run `bin/console app:bpn:sync-contingents` on the host, promptly and ideally off-peak — a consumer that page-caches whatever it renders from a `502` may hold that for the length of its own cache period.
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4. Verify: `contingent_sync_state.synced_at` populated and `failure_count` at 0 for every hotel, then spot-check one calendar response.
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Thereafter the scheduler keeps it current; a sync failing for one hotel puts only that hotel into `502` and leaves the rest serving normally.
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### Freshness and propagation
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There is deliberately **no change-notification endpoint**. Availability changes slowly, and the measured cost of simply refetching on a TTL is low enough that a polling/revision mechanism was not worth the extra moving parts on either side.
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That leaves two levers, and consumers should know both:
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- **Their own cache TTL** bounds how stale a rendered calendar can be. A one-hour TTL is the current agreed budget.
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- **Direct cache invalidation** is the only fast path when something must propagate sooner — a hotel closing, or bad availability that got cached. Consumers should keep this targeted rather than flushing everything; the TYPO3 site, for example, tags its cached calendar and price entries per hotel, so a single hotel can be flushed and re-warmed on its own.
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On this side, staleness is bounded by the sync cadence and hard-capped by the 6-hour guard: past that, the endpoint returns `502` rather than presenting stale availability as current.
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---
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### Accommodation bookings (group bookings)
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#### `GET /api/accommodation-bookings/{uuid}` — scope `api`
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Single booking by UUID. `404 {"message":"Not found"}` if unknown.
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```json
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{
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"uuid": "...",
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"status": "...",
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"type": "...",
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"dateFrom": "2026-06-01",
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"dateTo": "2026-06-08",
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"nights": 7,
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"paxCount": 40,
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"minorsCount": 12,
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"childrenCount": 3,
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"groupName": "...",
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"acceptedAt": "2026-05-01T10:00:00+00:00",
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"personalData": {},
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"accommodation": {},
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"boardService": {},
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"additionalServices": [],
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"accommodationDiscount": null,
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"boardServiceDiscount": null,
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"additionalServicesDiscount": null,
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"totalDiscountAmount": null,
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"totalDiscountLabel": null,
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"totalPrice": 123456,
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"pricingCurrency": "EUR",
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"pricingVersion": 3,
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"priceBreakdown": {}
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}
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```
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`totalPrice` and `totalDiscountAmount` are integer **minor units** (cents) — unlike the contingent endpoints. The three `*Discount` fields are whole **percentages** (1–100) or `null`, not amounts. `dateFrom`/`dateTo` are `Y-m-d`; `acceptedAt` is a full ISO-8601 datetime and is `null` until accepted. `priceBreakdown` is a computed nested structure.
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The first three discounts each apply to one section of the breakdown: `accommodationDiscount` to `basePrice + additionalPersonsPrice`, `boardServiceDiscount` to `boardPrice`, `additionalServicesDiscount` to `servicesPrice`. Surcharges and running costs sit in `total` but in no section, so they are never discounted.
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`totalDiscountAmount` is a freely named discount on the whole price, labelled by `totalDiscountLabel`. It is a fixed sum, not a percentage, and is subtracted **after** the three section discounts have reduced `total`. It is capped at what is left of that subtotal, so `discountedTotal` is never negative and the amount shown in the breakdown may be smaller than `totalDiscountAmount` itself. The section discounts are each rounded to the nearest cent as they are applied.
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`priceBreakdown` carries the resulting rows, all in minor units:
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| field | meaning |
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| --- | --- |
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| `discounts` | list of `{label, percent, amount}` for the section discounts; entries rounding to `0` are omitted, and `label` already includes its `Rabatt ` prefix |
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| `discountSubtotal` | `total` minus the section discounts — present only when `totalDiscountAmount` applies *and* at least one section discount did, otherwise `null` |
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| `totalDiscountDetails` | `{label, amount}` for the total discount, or `null`; `amount` is the capped figure actually subtracted |
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| `discountedTotal` | the final price, equal to the booking's `totalPrice` |
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#### `POST /api/accommodation-bookings/{uuid}/accept` — scope `api`
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Marks the booking as accepted (server-side side effects: status change, `acceptedAt`, notifications). No request body. Returns the same booking representation as the GET. `404` if unknown. Not idempotent in terms of side effects — call once.
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---
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### Contact form
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#### `POST /api/contactform` — scope `api`
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Creates or matches an address record in the upstream CRM.
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Request body (all fields optional strings; the upstream system decides what is required):
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```json
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{
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"lastName": "...", "firstName": "...", "gender": "...",
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"street": "...", "zipCode": "...", "city": "...",
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"email": "...", "phone": "..."
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}
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```
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- `201` — `{"success": true, "addressId": 123, "personId": 456, "isNewRecord": true}`
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- `409` — `{"success": false, "message": "<upstream notification>"}` (upstream rejected/conflicted)
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- `400` — `{"success": false, "message": "<error>"}` (upstream call failed)
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- `422` — malformed payload
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---
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### Newsletter
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#### `GET /api/newsletters` — scope `api`
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The configured newsletter lists as an array of `{id, name, ...}` mapping objects. Use the returned `id` values as `listIds` below.
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#### `POST /api/newsletter-subscriptions` — scope `api`
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Request:
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```json
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{
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"email": "[email protected]",
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"firstName": "Ada",
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"lastName": "Lovelace",
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"listIds": [1, 2]
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}
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```
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- `email`: required, strict email validation.
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- `firstName` / `lastName`: optional, max 255 chars.
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- `listIds`: required, at least one positive integer; every id must be one of the configured lists.
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Responses:
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- `200` — subscription completed, `state: "subscribed"`.
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- `202` — a double-opt-in confirmation mail was requested, `state: "confirmation_requested"`.
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- Body in both cases:
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```json
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{
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"success": true,
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"email": "[email protected]",
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"lists": [{"id": 1, "name": "...", "state": "success|pending|already_registered"}],
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"state": "subscribed|pending_confirmation|confirmation_requested",
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"confirmationRequested": true
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}
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```
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- `400` — unknown or disallowed list ids: `{"success": false, "message": "...", "listIds": [...], "unknownListIds": [...]}`, or validation violations.
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- `503` — `{"success": false, "email": "...", "listIds": [...], "message": "Newsletter subscription request could not be processed."}` when the newsletter provider is unavailable. Safe to retry.
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---
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### End-user endpoints (require a user-bound token)
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#### `GET /api/userinfo` — scope `email` (+ optional `id`, `profile`, `roles`)
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OIDC-style claims for the authenticated user. The response contains only the claims covered by the granted scopes:
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- always: `email`
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- scope `id`: `person_id`, `address_id`
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- scope `roles`: `roles` (array; only the roles that actually grant something are exported — the implicit baseline role is stripped, and so are the `*_PENDING` markers of roles the BusPro CRM claims but nobody has approved yet, see `docs/user-roles.md`)
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- scope `profile`: `profile` object:
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```json
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{
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"first_name": "...", "last_name": "...", "title": "...", "salutation": "...",
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"gender": "...", "date_of_birth": "1990-01-01", "nationality": "...",
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"address": {"street": "...", "postcode": "...", "city": "...", "district": "...", "country": "..."},
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"communication": {"email": "...", "mobile": "...", "phone": "...", "newsletter": true},
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"hotel_codes": ["..."], "height": null, "weight": null, "shoe_size": null, "remarks": "..."
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}
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```
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Note: `profile.communication.email` comes from the CRM address record and is **not necessarily** the login email — a single address can hold several contacts. Use the top-level `email` claim for identity.
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`400 {"message": "...", "code": "..."}` when the upstream lookup fails or rejects the credentials.
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#### `GET /api/crm-attributes` — scope `profile`
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CRM selection attributes/segments for the authenticated user. `400 {"message": "...", "code": "..."}` on upstream failure.
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---
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## Client implementation notes
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1. **Token lifetime is 10 minutes** — implement refresh/re-fetch with a safety margin and retry once on 401.
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2. **Check for an `error` key even on 200 responses** for `/api/products` and the travel availability endpoint.
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3. **Money units are inconsistent across endpoints**: contingent endpoints return decimal major units; accommodation-booking fields return integer cents. Normalize at the client boundary.
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4. **Dates**: `Y-m-d` everywhere except `acceptedAt` (ISO-8601 datetime) and pickup planning (`Y-m-d H:i`). Contingent `dateFrom`/`dateTo` are inclusive night boundaries.
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5. **Server-side caching** (1 h on products) means upstream changes may not be visible immediately. The contingent calendar is snapshot-backed instead: it is at most one sync interval behind upstream. There is no change-notification endpoint — clients are expected to cache on their own TTL and, when something must propagate sooner, invalidate their cache directly.
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6. **Route ambiguity**: `/api/travels/{a}/{b}` resolves to the id-based route when both segments are numeric, otherwise to the code-based route. Non-numeric codes are safe; purely numeric *codes* will hit the id route.
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