import assert from 'node:assert/strict';
import test from 'node:test';
import { applyAction, viewGame } from '../game/engine';
import { botActions, runBots } from '../game/bots';
import { createSaphoStationPriorityFixture } from './sapho-station-priority-fixture';

for (const advanced of [false, true]) void test(
  `${advanced ? 'Advanced' : 'Basic'} Station priority wins over a synthetic competing bot guide`, () => {
    const fixture = createSaphoStationPriorityFixture(advanced);
    const initial = fixture.game;
    const event = initial.saphoStationPriority!.event;
    const view = viewGame(initial, fixture.first);

    // A supported Station decision normally suppresses turn-action guidance.
    // Inject a competing projected guide to exercise defensive dispatch order;
    // this does not claim that the combination occurs in an ordinary game.
    view.turnActionGuide = {event:'synthetic-guide', action:{type:'ready'}};
    const action = botActions(view)[0];
    assert.deepEqual(action, {type:'saphoStationPass', event});
    const afterPass = applyAction(initial, fixture.first, action);
    assert.deepEqual(afterPass.saphoStationPriority?.passed, [fixture.first]);
    assert.deepEqual(afterPass.ecologicalStorm?.queue?.choices, []);
    assert.equal(viewGame(afterPass, fixture.holder).saphoStationPriority?.canPass, true);

    // Real scheduler behavior is separately checked on the public-start state;
    // only the fixture's Station placement and card custody were staged.
    const scheduled = runBots(initial, 12);
    assert.deepEqual(scheduled.saphoStationPriority?.passed, [fixture.first]);
    assert.deepEqual(scheduled.ecologicalStorm?.queue?.choices, []);
    assert.equal(viewGame(scheduled, fixture.holder).saphoStationPriority?.canPass, true);
  },
);