new raceday and backup

tests/race_day_logic.test.js

@@ -0,0 +1,68 @@
+import test from "node:test";
+import assert from "node:assert/strict";
+import { buildRaceDayPreflight, buildRaceDayQueue } from "../src/race_day_logic.js";
+
+function createState() {
+  return {
+    activeSessionId: "session_1",
+    decoder: { connected: true, splitConnected: true, pitEntryConnected: true, pitExitConnected: true },
+    settings: { splitDecoderEnabled: false, pitDecoderEnabled: false, raceAudio: { enabled: true } },
+    classes: [{ id: "class_1", name: "2WD" }],
+    drivers: [
+      { id: "driver_1", classId: "class_1", name: "One", transponder: "111" },
+      { id: "driver_2", classId: "class_1", name: "Two", transponder: "222" },
+    ],
+    cars: [],
+    events: [{
+      id: "event_1",
+      mode: "race",
+      classId: "class_1",
+      raceConfig: { participantsConfigured: true, driverIds: ["driver_1", "driver_2"], minLapMs: 10000, maxLapMs: 60000 },
+    }],
+    sessions: [
+      { id: "session_1", eventId: "event_1", name: "Q1", mode: "race", type: "qualification", status: "ready", startMode: "mass", driverIds: ["driver_1", "driver_2"] },
+      { id: "session_2", eventId: "event_1", name: "Q2", mode: "race", type: "qualification", status: "ready", startMode: "mass", driverIds: ["driver_1", "driver_2"] },
+      { id: "session_3", eventId: "event_1", name: "A final", mode: "race", type: "final", status: "ready", startMode: "position", driverIds: ["driver_1", "driver_2"], manualGridIds: ["driver_1", "driver_2"] },
+    ],
+  };
+}
+
+test("Race Day queue follows the selected event session order", () => {
+  const queue = buildRaceDayQueue(createState());
+  assert.equal(queue.current.id, "session_1");
+  assert.equal(queue.next.id, "session_2");
+  assert.equal(queue.afterNext.id, "session_3");
+});
+
+test("Race Day preflight accepts a complete race session", () => {
+  const state = createState();
+  const result = buildRaceDayPreflight(state, state.sessions[0], { backendAvailable: true });
+  assert.equal(result.ready, true);
+  assert.ok(result.checks.every((item) => item.level === "ok"));
+});
+
+test("Race Day preflight blocks decoder, transponder, duplicate and grid errors", () => {
+  const state = createState();
+  state.decoder.connected = false;
+  state.drivers[1].transponder = "111";
+  state.sessions[2].manualGridIds = ["driver_1"];
+  const result = buildRaceDayPreflight(state, state.sessions[2], { backendAvailable: true });
+  assert.equal(result.ready, false);
+  const levels = new Map(result.checks.map((item) => [item.id, item.level]));
+  assert.equal(levels.get("decoder"), "error");
+  assert.equal(levels.get("duplicate_transponders"), "error");
+  assert.equal(levels.get("grid"), "error");
+});
+
+test("open practice allows an unset lap window but still requires the main decoder", () => {
+  const state = createState();
+  state.events[0].raceConfig.minLapMs = 0;
+  state.events[0].raceConfig.maxLapMs = 0;
+  const practice = { ...state.sessions[0], type: "open_practice", driverIds: [] };
+  let result = buildRaceDayPreflight(state, practice, { backendAvailable: true });
+  assert.equal(result.ready, true);
+  assert.equal(result.checks.find((item) => item.id === "lap_window").level, "warning");
+  state.decoder.connected = false;
+  result = buildRaceDayPreflight(state, practice, { backendAvailable: true });
+  assert.equal(result.ready, false);
+});