# NEO-60 — Manual QA checklist

| Field | Value |
|-------|-------|
| Key | NEO-60 |
| Title | E3.M1: GET world resource-node-definitions + Bruno |
| Linear | https://linear.app/neon-sprawl/issue/NEO-60/e3m1-get-world-resource-node-definitions-bruno |
| Plan | `docs/plans/NEO-60-implementation-plan.md` |
| Branch | `NEO-60-e3m1-get-world-resource-node-definitions-bruno` |

## Preconditions

- Server built and configured with default `Content:ResourceNodesDirectory` pointing at repo `content/resource-nodes` (local dev / `InMemoryWebApplicationFactory` tests use the same layout).

## Checklist

1. Start **`NeonSprawl.Server`** (e.g. `dotnet run` from `server/NeonSprawl.Server`).
2. **`GET /game/world/resource-node-definitions`** — expect **200** and **`Content-Type`** containing **`application/json`**. Example (default dev URL from `Properties/launchSettings.json` and Bruno `environments/Local.bru`; change the host/port if yours differs):

   ```bash
   curl -sS -i "http://localhost:5253/game/world/resource-node-definitions"
   ```

3. Parse JSON — expect **`schemaVersion`** === **1**, **`nodes`** array length **4**.
4. Confirm **`id`** values match the frozen prototype four in ordinal order: **`prototype_bio_mat_gamma`**, **`prototype_resource_node_alpha`**, **`prototype_subsurface_vein_beta`**, **`prototype_urban_bulk_delta`**.
5. Spot-check **`prototype_resource_node_alpha`**: **`displayName`** “Prototype Salvage Heap”, **`gatherLens`** **`consumer_salvage`**, **`maxGathers`** **10**, **`yield.itemId`** **`scrap_metal_bulk`**, **`yield.quantity`** **1**.
6. Spot-check **`prototype_urban_bulk_delta`**: **`gatherLens`** **`urban_bulk`**, **`yield.quantity`** **5**.
7. Optional: run **`bruno/neon-sprawl-server/resource-node-definitions/Get resource node definitions.bru`** against the same **`baseUrl`** (see `environments/Local.bru`).
