sganggs
91c9b21d7f
Official gameplay footage (bilibili BV1vzyVBuEN9 at about 8:24, BV1Qkw1zMEoR at about 7:25) shows the
next prep with the carrier's tile empty, one more deployment left, and the returned equipment plus the
new tier+1 operator on the bench, deployed by hand afterwards. That is the PRTS 备注 read as written
("生效时，原干员销毁，获得一名高一阶的随机初始干员"): a destroy followed by a gain. The closed PR #2 made
the same claim from a playtest.
- PlayerState.transformChess: the carrier is destroyed wherever it stands (board tile freed, summons
removed, copies back to the pool); its equipment, the cell included, returns to the hand first
(overflow temp, auto-merge); then the new operator is gained through acquireChess like any gained
operator (hand, overflow temp, the no-room rule of every gain; no summon card until it is deployed).
The returnItems option is gone (the cell's built-in was its only caller).
- A merge the gain completes merges like any gained copy: the elite takes a consumed deployed copy's
tile, else the hand. _mergeChess loses fromKey / fromDir, so the destroyed carrier's tile never
counts (PR #2 had kept that path; not adopted); audit.js drops its exception for it.
- builtinMeta, ctx.transform, items/meta.js and bot.js comments follow. Bots and AI 托管 deploy the
gained operator in their normal lineup step (no bot change needed; a real co-op round pins it).
- ITEM_RULES note and implFormula for the item card; data/items.json rebuilt with build-data --offline.
- Tests: facing, merge, playtest6-elite-to-board and items no longer pin the kept tile; feedback1-meta
covers a deployed and a bench carrier, hand full -> temp, hand and temp full, a merge with and
without a deployed copy (never the carrier's tile), 商业包装方案's count on the returned item, and bots /
AI 托管 redeploying; feedback1-cell checks the new note.
413 lines
24 KiB
JavaScript
413 lines
24 KiB
JavaScript
// Merges (精锐), reward offers, item equip/replace/merge, consume-on-equip items (research 01 §7 + A1, 04 §2).
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import { test } from 'node:test';
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import assert from 'node:assert/strict';
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import { ERR, PHASE } from '../../shared/constants.js';
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import { DATA, makeMatch, give, giveItem, checkInvariants, chessOfTier, legalTileFor } from './harness.js';
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import { canPlace, positionClass } from '../../server/match/board.js';
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function prep(seed = 21, o = {}) {
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const h = makeMatch({ mode: 'solo', difficulty: 'NORMAL', seed, ...o }).start();
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h.toPrep(1);
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h.setStage('act2autochess_m04');
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const ps = h.ps('p_0');
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for (const p of [...ps.board.values(), ...ps.hand.filter(Boolean)]) if (p.kind === 'chess') ps.returnCopies(p);
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ps.board.clear();
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ps.hand.fill(null);
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ps.recompute();
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ps.funds = 100;
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return { h, m: h.m, ps };
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}
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/** Put chess `id` into shop slot 0 at its normal price. */
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function stock(m, ps, id, slot = 0) {
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ps.shop.slots[slot] = { kind: 'chess', id, basePrice: m.gd.chessPrice(id), frozen: false, sold: false };
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}
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test('3 copies (board + hand + bought) merge into 1 elite on the board copy\'s tile; equipment returns; reward offer of tier level+1', () => {
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const { m, ps } = prep();
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const id = chessOfTier(1, (c) => c.position === 'MELEE').find((x) => m.pool.has(x));
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const cap = m.pool.cap(id);
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const a = give(m, ps, id, 'board', [9, 3]);
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a.dir = 'UP';
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const b = give(m, ps, id);
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const it1 = giveItem(m, ps, 'chess_item_1_01_e_a');
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const it2 = giveItem(m, ps, 'chess_item_1_02_e_a');
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: it1.uid, targetUid: a.uid }), { ok: true });
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: it2.uid, targetUid: b.uid }), { ok: true });
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stock(m, ps, id);
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 0 }), { ok: true });
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const golden = DATA.chess[id].goldenId;
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// PRTS 卫戍协议/帮助: "若消耗已部署至作战区的干员，则发送至作战区对应位置"
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const elite = ps.board.get('9,3');
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assert.ok(elite && elite.id === golden, 'the elite took the consumed board copy\'s tile');
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assert.notEqual(elite.uid, a.uid, 'a new piece (the copy was destroyed)');
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assert.equal(elite.dir, 'UP', 'with that copy\'s facing');
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assert.ok(!ps.hand.some((p) => p && p.kind === 'chess'), 'no chess left in the hand');
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assert.equal(ps.deployCount, 1, 'the deploy count is unchanged');
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assert.equal(elite.poolCopies, 3);
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assert.equal(m.pool.left(id), cap - 3);
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assert.equal(ps.countCopies(id), 0);
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assert.ok(ps.hand.some((p) => p && p.uid === it1.uid) && ps.hand.some((p) => p && p.uid === it2.uid), 'equipment returned to the hand');
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assert.equal(elite.items.length, 0);
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assert.equal(ps.stats.merges, 1);
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const offer = ps.privateView().shop.rewardOffer;
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assert.ok(offer);
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assert.equal(offer.tier, Math.min(ps.shop.level + 1, 6));
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assert.equal(offer.slots.length, 3);
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for (const s of offer.slots) { assert.equal(s.price, 0); assert.equal(DATA.chess[s.id].tier <= offer.tier, true); }
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// take one reward (free), the offer is consumed
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const funds = ps.funds;
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const pick = offer.slots[1].id;
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assert.deepEqual(m.handle('p_0', { t: 'g.reward', idx: 1 }), { ok: true });
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assert.equal(ps.funds, funds);
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assert.ok(ps.hand.some((p) => p && p.id === pick) || ps.hand.some((p) => p && p.id === DATA.chess[pick].goldenId));
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assert.equal(ps.privateView().shop.rewardOffer, null);
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assert.deepEqual(m.handle('p_0', { t: 'g.reward', idx: 0 }).error, ERR.BAD_TARGET);
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checkInvariants(m);
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m.dispose();
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});
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test('elites never merge; 风丸 merges with 2 copies; a full hand still buys the merge-completing copy', () => {
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const { m, ps } = prep(22);
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const id = chessOfTier(2).find((x) => m.pool.has(x) && x !== 'chess_char_2_11_a');
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const golden = DATA.chess[id].goldenId;
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give(m, ps, golden);
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give(m, ps, golden);
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stock(m, ps, golden);
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m.handle('p_0', { t: 'g.buy', slot: 0 });
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assert.equal(ps.hand.filter((p) => p && p.id === golden).length, 3, 'three elites stay three elites');
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// 风丸 (chess_char_2_11_a) upgradeNum 2
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if (m.pool.has('chess_char_2_11_a')) {
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give(m, ps, 'chess_char_2_11_a');
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stock(m, ps, 'chess_char_2_11_a');
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m.handle('p_0', { t: 'g.buy', slot: 0 });
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assert.ok(ps.hand.some((p) => p && p.id === DATA.chess.chess_char_2_11_a.goldenId), '风丸 elite after 2 copies');
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}
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// full hand + 2 copies in the hand: buying the 3rd completes the merge (net −1)
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for (const p of ps.hand) if (p) ps.returnCopies(p);
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ps.hand.fill(null);
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const x = chessOfTier(1).filter((c) => m.pool.has(c));
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const target = x[0];
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give(m, ps, target);
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give(m, ps, target);
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for (let i = 1; ps.hand.some((p) => p == null); i++) give(m, ps, x[i]);
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assert.ok(ps.hand.every(Boolean));
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stock(m, ps, x[20] || x[x.length - 1], 1);
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 1 }), { error: ERR.HAND_FULL });
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stock(m, ps, target, 0);
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 0 }), { ok: true });
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assert.ok(ps.hand.some((p) => p && p.id === DATA.chess[target].goldenId));
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assert.equal(ps.hand.filter(Boolean).length, 9);
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assert.ok(ps.tempEmpty);
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checkInvariants(m);
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m.dispose();
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});
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test('merge from two board copies with a full hand: the elite takes the copy that deploys first (no overflow, one tile freed)', () => {
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const { m, ps } = prep(23);
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const ids = chessOfTier(1, (c) => c.position === 'MELEE').filter((c) => m.pool.has(c));
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const id = ids[0];
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const a = give(m, ps, id, 'board', [9, 4]);
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const b = give(m, ps, id, 'board', [9, 3]);
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a.dir = 'LEFT';
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b.dir = 'DOWN';
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const others = chessOfTier(2).filter((c) => m.pool.has(c));
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for (let i = 0; ps.hand.some((p) => p == null); i++) give(m, ps, others[i]);
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stock(m, ps, id);
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assert.equal(ps.deployCount, 2);
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 0 }), { ok: true });
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// deploy order = row desc, then col asc: (9,3) before (9,4) — [ASSUMED] the copy the battle deploys first
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const elite = ps.board.get('9,3');
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assert.ok(elite && elite.id === DATA.chess[id].goldenId, 'the elite stands on (9,3)');
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assert.equal(elite.dir, 'DOWN', 'with the facing of the copy that stood there');
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assert.ok(!ps.board.has('9,4'), 'the other copy\'s tile is free');
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assert.equal(ps.deployCount, 1, 'two deployed copies became one deployed elite');
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assert.ok(ps.tempEmpty, 'nothing overflowed');
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assert.equal(ps.hand.filter(Boolean).length, 10, 'the full hand is untouched');
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assert.deepEqual(m.handle('p_0', { t: 'g.ready', ready: true }), { ok: true });
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checkInvariants(m);
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m.dispose();
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});
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test('merge whose copies are not deployed (temp) with a full hand overflows the elite into temp (blocks ready until resolved)', () => {
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const { m, ps } = prep(23);
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const ids = chessOfTier(1, (c) => c.position === 'MELEE').filter((c) => m.pool.has(c));
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const id = ids[0];
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give(m, ps, id, 'temp', 0);
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give(m, ps, id, 'temp', 1);
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const others = chessOfTier(2).filter((c) => m.pool.has(c));
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for (let i = 0; ps.hand.some((p) => p == null); i++) give(m, ps, others[i]);
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stock(m, ps, id);
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 0 }), { ok: true });
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assert.ok(ps.temp.some((p) => p && p.id === DATA.chess[id].goldenId), 'elite overflowed into temp');
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assert.equal(ps.board.size, 0, 'nothing was deployed');
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assert.deepEqual(m.handle('p_0', { t: 'g.ready', ready: true }), { error: ERR.TEMP_NOT_EMPTY });
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checkInvariants(m);
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m.dispose();
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});
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test('reward pick respects the pool and a full hand; offers expire at prep end', () => {
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const { h, m, ps } = prep(24);
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ps.pushRewardOffer('merge');
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const offer = ps.offers[0];
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const id0 = offer.slots[0].id;
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const taken = m.pool.take(id0, 100);
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assert.deepEqual(m.handle('p_0', { t: 'g.reward', idx: 0 }), { error: ERR.SOLD_OUT });
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m.pool.give(id0, taken);
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const others = chessOfTier(3).filter((c) => m.pool.has(c) && !offer.slots.some((s) => s.id === c));
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for (let i = 0; ps.hand.some((p) => p == null); i++) give(m, ps, others[i]);
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assert.deepEqual(m.handle('p_0', { t: 'g.reward', idx: 0 }), { error: ERR.HAND_FULL });
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ps.hand[0] && ps.returnCopies(ps.hand[0]);
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ps.hand[0] = null;
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ps.recompute();
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assert.deepEqual(m.handle('p_0', { t: 'g.ready', ready: true }), { ok: true });
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h.sched.runNext();
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h.sched.runNext();
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assert.equal(ps.offers.length, 0, 'offer gone at prep end');
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checkInvariants(m);
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m.dispose();
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});
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test('equipment: max 2 (a third replaces the oldest), identical normal items merge into golden — also when equipped', () => {
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const { m, ps } = prep(25);
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const id = chessOfTier(3).find((c) => m.pool.has(c));
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const a = give(m, ps, id);
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const i1 = giveItem(m, ps, 'chess_item_1_01_e_a');
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const i2 = giveItem(m, ps, 'chess_item_1_02_e_a');
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const i3 = giveItem(m, ps, 'chess_item_3_03_e_a');
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i1.uid, targetUid: a.uid }), { ok: true });
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i2.uid, targetUid: a.uid }), { ok: true });
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i3.uid, targetUid: a.uid }), { ok: true });
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assert.deepEqual(a.items.map((x) => x.id), ['chess_item_1_02_e_a', 'chess_item_3_03_e_a'], 'oldest replaced (destroyed)');
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assert.ok(!ps.find(i1.uid), 'the replaced item is gone');
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// equip a second 坚守盾牌 onto the same carrier → merges into the golden version in the hand
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const i4 = giveItem(m, ps, 'chess_item_1_02_e_a');
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i4.uid, targetUid: a.uid }), { ok: true });
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assert.ok(ps.hand.some((p) => p && p.id === 'chess_item_1_02_e_b'), 'golden item in the hand');
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assert.ok(!a.items.some((x) => x.id === 'chess_item_1_02_e_a'));
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assert.equal(ps.stats.itemMerges, 1);
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// buying an item whose twin is in the hand merges immediately (and works with a full hand)
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const i5 = giveItem(m, ps, 'chess_item_2_03_e_a');
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const others = chessOfTier(1).filter((c) => m.pool.has(c));
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for (let i = 0; ps.hand.some((p) => p == null); i++) give(m, ps, others[i]);
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ps.shop.slots[0] = { kind: 'item', id: 'chess_item_2_03_e_a', basePrice: 2, frozen: false, sold: false };
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assert.deepEqual(m.handle('p_0', { t: 'g.buy', slot: 0 }), { ok: true });
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assert.ok(ps.hand.some((p) => p && p.id === 'chess_item_2_03_e_b'));
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assert.ok(!ps.find(i5.uid));
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// golden items never merge again; non-mergeable items (upgradeNum 100) never merge
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const g2 = giveItem(m, ps, 'chess_item_2_03_e_b', 'temp');
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ps.checkItemMerges();
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assert.equal([...ps.hand, ...ps.temp].filter((p) => p && p.id === 'chess_item_2_03_e_b').length, 2);
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void g2;
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// bad targets
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const it = ps.hand.find((p) => p && p.kind === 'item');
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: it.uid, targetUid: it.uid }).error, ERR.BAD_TARGET);
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: a.uid, targetUid: a.uid }).error, ERR.BAD_TARGET);
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checkInvariants(m);
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m.dispose();
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});
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test('变形同构体 grants the bond of the other equipped item (bond counting)', () => {
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const { m, ps } = prep(26);
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const id = chessOfTier(1, (c) => !c.bonds.includes('victoriaShip') && c.position === 'MELEE').find((c) => m.pool.has(c));
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const a = give(m, ps, id, 'board', [9, 3]);
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const iso = giveItem(m, ps, 'chess_item_6_09_e_a');
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const hammer = giveItem(m, ps, 'chess_item_1_01_e_a');
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const before = ps.bonds.victoriaShip ? ps.bonds.victoriaShip.count : 0;
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m.handle('p_0', { t: 'g.equip', itemUid: iso.uid, targetUid: a.uid });
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m.handle('p_0', { t: 'g.equip', itemUid: hammer.uid, targetUid: a.uid });
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assert.equal(ps.bonds.victoriaShip.count, before + 1, 'wearer counts as a 维多利亚 member');
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m.dispose();
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});
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test('consume-on-equip built-ins: 盟约之币 funds, 随身身份牌 layers, 人事部文档 cap 9, 博士投影 promote; Arts limit', () => {
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const { m, ps } = prep(27);
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const id = chessOfTier(2).find((c) => m.pool.has(c));
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const a = give(m, ps, id);
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ps.funds = 0;
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const coin = giveItem(m, ps, 'chess_item_1_03_e_a');
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assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: coin.uid, targetUid: a.uid }), { ok: true });
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assert.equal(ps.funds, 1);
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assert.equal(a.items.length, 0, 'consumed, no slot used');
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assert.ok(!ps.find(coin.uid));
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const tag = giveItem(m, ps, 'chess_item_1_04_e_b');
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m.handle('p_0', { t: 'g.equip', itemUid: tag.uid, targetUid: a.uid });
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for (const b of DATA.chess[id].bonds) assert.equal(ps.layers[b], 6, `${b} +6 layers (无需激活)`);
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const hr = giveItem(m, ps, 'chess_item_6_08_e_a');
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m.handle('p_0', { t: 'g.equip', itemUid: hr.uid, targetUid: a.uid });
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assert.equal(ps.deployCap, 9);
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const holo = giveItem(m, ps, 'chess_item_5_06_e_b');
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m.handle('p_0', { t: 'g.equip', itemUid: holo.uid, targetUid: a.uid });
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assert.equal(a.id, DATA.chess[id].goldenId, 'golden 博士投影 promotes immediately');
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assert.equal(a.poolCopies, 3);
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const holo2 = giveItem(m, ps, 'chess_item_5_06_e_b');
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assert.equal(m.handle('p_0', { t: 'g.equip', itemUid: holo2.uid, targetUid: a.uid }).error, ERR.BAD_TARGET, 'already elite');
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// normal 博士投影: stays equipped, promotes at the next round start
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const b = give(m, ps, chessOfTier(3).find((c) => m.pool.has(c)));
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const holo3 = giveItem(m, ps, 'chess_item_5_06_e_a');
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m.handle('p_0', { t: 'g.equip', itemUid: holo3.uid, targetUid: b.uid });
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assert.equal(b.items.length, 1);
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ps.hand.forEach((p, i) => { if (p && p.kind === 'item') ps.hand[i] = null; });
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checkInvariants(m);
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m.handle('p_0', { t: 'g.ready', ready: true });
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const h = { sched: m.sched };
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h.sched.runUntil(() => m.phase === PHASE.PREP && m.round === 2, { maxSteps: 1e6 });
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// the bot-free solo round needs a combat → it ran; now at R2
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assert.equal(b.id, DATA.chess[b.id].goldenId ? b.id : b.id);
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assert.ok(m.gd.isGolden(b.id), 'promoted at the round start');
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assert.equal(b.items.length, 0);
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// Arts: at most 2 per round; unimplemented handlers are rejected cleanly
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const art = giveItem(m, ps, 'chess_item_6_02_m');
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const board = [...ps.board.entries()].find(([, p]) => p.kind === 'chess');
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let target = board;
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if (!target) { const c = give(m, ps, chessOfTier(1, (x) => x.position === 'MELEE').find((x) => m.pool.has(x)), 'board', [9, 3]); target = ['9,3', c]; }
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const [r, c] = target[0].split(',').map(Number);
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const res = m.handle('p_0', { t: 'g.art', itemUid: art.uid, row: r, col: c });
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assert.deepEqual(res, { ok: true }, '画卷 copies the operator');
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assert.ok(!ps.find(art.uid));
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const art2 = giveItem(m, ps, 'chess_item_6_02_m');
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assert.equal(m.handle('p_0', { t: 'g.art', itemUid: art2.uid, row: 12, col: 10 }).error, ERR.BAD_TARGET, 'no operator in range');
|
||
assert.equal(m.handle('p_0', { t: 'g.art', itemUid: art2.uid, row: 1, col: 1 }).error, ERR.BAD_TILE);
|
||
assert.equal(m.handle('p_0', { t: 'g.art', itemUid: a.uid, row: r, col: c }).error, ERR.BAD_TARGET);
|
||
checkInvariants(m);
|
||
m.dispose();
|
||
});
|
||
|
||
test('item merge with a full hand AND a full temp: the golden item takes the equipped twin\'s slot instead of being lost', () => {
|
||
const { m, ps } = prep(29);
|
||
const id = chessOfTier(3).find((c) => m.pool.has(c));
|
||
const carrier = give(m, ps, id, 'board', [10, 3]);
|
||
const twin = giveItem(m, ps, 'chess_item_1_02_e_a');
|
||
const keep = giveItem(m, ps, 'chess_item_1_01_e_a');
|
||
ps._detach(ps.find(twin.uid));
|
||
ps._detach(ps.find(keep.uid));
|
||
carrier.items.push(keep, twin);
|
||
const fill = chessOfTier(1).filter((c) => m.pool.has(c));
|
||
for (let i = 0; ps.hand.some((p) => p == null); i++) give(m, ps, fill[i]);
|
||
const fill2 = chessOfTier(2).filter((c) => m.pool.has(c));
|
||
for (let i = 0; ps.temp.some((p) => p == null); i++) give(m, ps, fill2[i], 'temp');
|
||
ps.recompute();
|
||
const got = ps.acquireItem('chess_item_1_02_e_a', { source: 'grant' });
|
||
assert.ok(got && got.id === 'chess_item_1_02_e_b', 'the merge produced the golden item');
|
||
assert.deepEqual(carrier.items.map((x) => x.id), ['chess_item_1_01_e_a', 'chess_item_1_02_e_b'], 'golden item equipped in the twin\'s slot');
|
||
assert.ok(!ps.find(twin.uid), 'the twin was consumed');
|
||
assert.equal(ps.stats.itemMerges, 1);
|
||
checkInvariants(m);
|
||
m.dispose();
|
||
});
|
||
|
||
test('a merge completed during SETTLE (突变细胞) keeps its reward offer for the next prep; the elite takes a deployed copy\'s tile (never the carrier\'s) or goes to the hand', () => {
|
||
const X = 'chess_char_2_04_a';
|
||
const fillers = Object.values(DATA.items).filter((i) => i.itemType === 'EQUIP' && !i.isGolden && !String(i.kind || '').startsWith('consume')).map((i) => i.itemId ?? i.id).filter(Boolean);
|
||
// where the carrier of 突变细胞 and the two copies of X are: hand/hand, board/hand, board/board
|
||
for (const [carrierAt, copiesAt] of [['hand', 'hand'], ['board', 'hand'], ['board', 'board']]) {
|
||
const label = `carrier ${carrierAt}, copies ${copiesAt}`;
|
||
const h = makeMatch({ mode: 'coop', difficulty: 'NORMAL', humans: 1, bots: 1, seed: 3, fake: true }).start();
|
||
const m = h.m;
|
||
h.toPrep(1);
|
||
const ps = h.ps('p_0');
|
||
for (const p of [...ps.board.values(), ...ps.hand.filter(Boolean)]) if (p.kind === 'chess') ps.returnCopies(p);
|
||
ps.board.clear();
|
||
ps.hand.fill(null);
|
||
ps.recompute();
|
||
// the mutation's tier+1 roll can only give X
|
||
const saved = new Map();
|
||
for (const [base, e] of m.pool.entries) if (e.tier === 2 && base !== X) { saved.set(base, e.left); e.left = 0; }
|
||
const T = chessOfTier(1, (c) => !m.gd.placeableTokens(c.chessId).length).find((id) => m.pool.has(id));
|
||
const holder = carrierAt === 'board' ? give(m, ps, T, 'board', legalTileFor(m, ps, T)) : give(m, ps, T);
|
||
holder.items.push(ps.newPiece('item', 'chess_item_5_08_e_a'));
|
||
const copies = copiesAt === 'board' ? [0, 1].map(() => give(m, ps, X, 'board', legalTileFor(m, ps, X))) : [give(m, ps, X), give(m, ps, X)];
|
||
// the carrier is destroyed before its gain (PRTS 备注 "原干员销毁，获得一名…"): only the copies' tiles count
|
||
const holderTile = ps.find(holder.uid).key || null;
|
||
const deployedTiles = copies.map((p) => ps.find(p.uid)).filter((l) => l.area === 'board').map((l) => l.key);
|
||
const deployed0 = ps.deployCount;
|
||
for (let i = 0; ps.hand.some((x) => x == null); i++) giveItem(m, ps, fillers[i]);
|
||
const fillers0 = ps.hand.filter((p) => p && p.kind === 'item').length;
|
||
let atSettle = null;
|
||
const settle = m.settle.bind(m);
|
||
m.settle = (...a) => { const r = settle(...a); atSettle = { offers: ps.offers.map((o) => o.source), merges: ps.stats.merges }; return r; };
|
||
h.toPrep(2);
|
||
for (const [base, left] of saved) m.pool.entries.get(base).left = left;
|
||
assert.deepEqual(atSettle, { offers: ['merge'], merges: 1 }, `${label}: the transform completed a merge in SETTLE`);
|
||
const elite = ps.allChess().find((p) => p.id === m.gd.goldenIdOf(X));
|
||
assert.ok(elite, 'the elite survived the round start');
|
||
assert.deepEqual(ps.offers.map((o) => o.source), ['merge'], 'the promotion reward waits for this prep');
|
||
assert.ok(ps.privateView().shop.rewardOffer, 'and is shown');
|
||
const loc = ps.find(elite.uid);
|
||
if (holderTile) assert.ok(!ps.board.has(holderTile), `${label}: the carrier's tile is empty`);
|
||
if (deployedTiles.length) {
|
||
// PRTS 卫戍协议/帮助: a merge consuming a deployed copy sends the elite to that copy's tile — outside PREP too; of
|
||
// several, the first in deploy order (row desc, col asc)
|
||
const map = ps.deployMap();
|
||
const pos = positionClass(m.gd.chess(elite.id));
|
||
const legal = deployedTiles.map((k) => k.split(',').map(Number)).filter(([r, c]) => canPlace(map, pos, r, c)).sort((a, b) => b[0] - a[0] || a[1] - b[1]);
|
||
assert.ok(legal.length, `${label}: a legal deployed tile exists`);
|
||
assert.equal(loc.area, 'board', `${label}: the elite stands on the board`);
|
||
assert.equal(loc.key, `${legal[0][0]},${legal[0][1]}`, `${label}: on the first deployed tile in deploy order`);
|
||
assert.ok(ps.deployCount <= deployed0, `${label}: the deploy count did not grow (${ps.deployCount} ≤ ${deployed0})`);
|
||
} else {
|
||
assert.equal(loc.area, 'hand', `${label}: the consumed hand pieces freed the slots`);
|
||
}
|
||
// the carrier's deployment is gone; deployed copies were replaced by at most the one elite
|
||
assert.equal(ps.deployCount, deployed0 - (holderTile ? 1 : 0) - deployedTiles.length + (loc.area === 'board' ? 1 : 0), `${label}: deploy count`);
|
||
const CELL = 'chess_item_5_08_e_a';
|
||
assert.equal(ps.hand.filter((p) => p && p.kind === 'item' && p.id !== CELL).length, fillers0, `${label}: the hand's equipment stays`);
|
||
// the cell is not consumed (player feedback after 0.1.0): it came back to the hand — or temp, the hand being full
|
||
assert.equal([...ps.hand, ...ps.temp].filter((p) => p && p.id === CELL).length, 1, `${label}: the cell came back`);
|
||
assert.ok(ps.temp.every((p) => !p || p.id === CELL), `${label}: nothing else waits in temp`);
|
||
checkInvariants(m);
|
||
// it expires at the end of that prep like any other offer
|
||
h.drive(() => m.phase === PHASE.COMBAT && m.round === 2);
|
||
assert.equal(ps.offers.length, 0);
|
||
m.dispose();
|
||
}
|
||
});
|
||
|
||
test('withdrawing a summoner with a full hand: its own summon stack frees the slot (onto the stack or anywhere)', () => {
|
||
for (const onto of ['stack', 'other']) {
|
||
const { m, ps } = prep(24);
|
||
// 伺夜: its talent summon 狼群 is a hand card (a skill's summon such as 赫默's drone never is)
|
||
const hemo = give(m, ps, 'chess_char_3_19_a');
|
||
const [r, c] = legalTileFor(m, ps, 'chess_char_3_19_a');
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.move', uid: hemo.uid, to: { area: 'board', row: r, col: c } }), { ok: true });
|
||
const stackIdx = ps.hand.findIndex((p) => p && p.kind === 'token' && p.ownerUid === hemo.uid);
|
||
assert.ok(stackIdx >= 0, 'its summon stack went to the hand');
|
||
const ids = ['chess_item_1_01_e_a', 'chess_item_1_02_e_a', 'chess_item_1_03_e_a', 'chess_item_1_04_e_a', 'chess_item_1_05_e_a', 'chess_item_2_01_e_a', 'chess_item_2_02_e_a', 'chess_item_2_03_e_a', 'chess_item_2_04_e_a'];
|
||
for (let i = 0; ps.hand.some((x) => x == null); i++) giveItem(m, ps, ids[i]);
|
||
const idx = onto === 'stack' ? stackIdx : ps.hand.findIndex((p) => p && p.kind === 'item');
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.move', uid: hemo.uid, to: { area: 'hand', idx } }), { ok: true }, onto);
|
||
assert.equal(ps.find(hemo.uid).area, 'hand');
|
||
assert.equal(ps.hand[stackIdx], hemo, 'it takes the slot its stack left');
|
||
assert.ok(![...ps.hand, ...ps.temp, ...ps.board.values()].some((p) => p && p.kind === 'token'), 'its summons are gone');
|
||
assert.equal(ps.hand.filter((p) => p && p.kind === 'item').length, 9, 'no item was displaced');
|
||
checkInvariants(m);
|
||
m.dispose();
|
||
}
|
||
});
|
||
|
||
test('equipment: the replace dialog picks WHICH equipped item a third one destroys (g.equip replaceUid); equipped items are otherwise locked (g.destroy refused)', () => {
|
||
const { m, ps } = prep(26);
|
||
const a = give(m, ps, chessOfTier(3).find((c) => m.pool.has(c)));
|
||
const i1 = giveItem(m, ps, 'chess_item_1_01_e_a');
|
||
const i2 = giveItem(m, ps, 'chess_item_1_02_e_a');
|
||
const i3 = giveItem(m, ps, 'chess_item_3_03_e_a');
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i1.uid, targetUid: a.uid }), { ok: true });
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i2.uid, targetUid: a.uid }), { ok: true });
|
||
// equipped items cannot be destroyed directly
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.destroy', uid: i1.uid }), { error: ERR.BAD_TARGET, detail: 'equipped items are locked' });
|
||
assert.deepEqual(a.items.map((x) => x.uid), [i1.uid, i2.uid]);
|
||
// a replaceUid that is not on the target changes nothing
|
||
assert.equal(m.handle('p_0', { t: 'g.equip', itemUid: i3.uid, targetUid: a.uid, replaceUid: i3.uid }).error, ERR.BAD_TARGET);
|
||
assert.ok(ps.hand.includes(i3), 'the new item stays in the hand');
|
||
assert.deepEqual(a.items.map((x) => x.uid), [i1.uid, i2.uid]);
|
||
// the player keeps the older item and replaces the newer one
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.equip', itemUid: i3.uid, targetUid: a.uid, replaceUid: i2.uid }), { ok: true });
|
||
assert.deepEqual(a.items.map((x) => x.uid), [i1.uid, i3.uid]);
|
||
assert.ok(!ps.find(i2.uid), 'the picked item was destroyed');
|
||
// hand items can still be destroyed
|
||
const i4 = giveItem(m, ps, 'chess_item_2_03_e_a');
|
||
assert.deepEqual(m.handle('p_0', { t: 'g.destroy', uid: i4.uid }), { ok: true });
|
||
checkInvariants(m);
|
||
m.dispose();
|
||
});
|