deepseek
8fbe70d0b0
- Isometric canvas RTS vs dinosaur waves (fan demake of Repterra) - Economy: houses/taxes, farms, foresters, quarries; colonist staffing - Power grid: generators extend build range; brownout + recovery - Defense: walls/gates, watchtowers (AA), cannon towers (ground-only) - Taming: Primal Pen + Tamers collar weakened dinos; pets obey commands - Breeding: tamed pairs incubate eggs at the pen; hatchlings grow up - 7 dino species incl. flying Pteranodons and lake-raiding Suchomimus - Telegraphed waves with direction arrows; day-15 final horde; 3 difficulties - Day/night cycle, fog of war, minimap, synth audio, 1x-3x speeds - Save/Load/Continue + dawn autosave (full JSON state snapshots) - Tests: 80-assertion headless suite, browser boot + E2E, balance harness
607 lines
26 KiB
JavaScript
607 lines
26 KiB
JavaScript
/* =========================================================
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* Headless smoke test for REPRTERRA WEB sim core.
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* Runs the actual game code in Node with browser stubs,
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* fast-forwards through a match, asserts core behaviors.
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* node test/smoke.js
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* ========================================================= */
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'use strict';
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const fs = require('fs');
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const path = require('path');
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const vm = require('vm');
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// ---------- browser-ish context ----------
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const ctx = {
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console,
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performance: { now: () => Date.now() },
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setTimeout, clearTimeout, setInterval, clearInterval,
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Math, Date, JSON, Map, Set, Promise,
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};
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ctx.window = ctx;
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ctx.globalThis = ctx;
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vm.createContext(ctx);
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const FILES = ['config', 'utils', 'audio', 'world', 'entities', 'sim'];
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for (const f of FILES) {
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const code = fs.readFileSync(path.join(__dirname, '..', 'js', f + '.js'), 'utf8');
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try {
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vm.runInContext(code, ctx, { filename: f + '.js' });
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} catch (e) {
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console.error('LOAD FAIL', f, e.stack);
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process.exit(1);
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}
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}
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console.log('[load] all sim modules loaded');
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const RTS = ctx.RTS;
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let failures = 0;
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function ok(cond, msg) {
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if (cond) console.log(' ✔ ' + msg);
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else { failures++; console.error(' ✘ FAIL: ' + msg); }
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}
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// ---------- start game ----------
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const st = RTS.sim.newGame('normal', 12345);
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ok(st && st.buildings.length === 1 && st.buildings[0].defId === 'hq', 'game starts with an HQ');
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ok(st.dinos.length > 10, 'roamer packs spawned (' + st.dinos.length + ' dinos)');
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ok(st.units.length >= 4, 'starting colonists present');
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const hq = RTS.sim.hq();
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// ---------- placement helpers ----------
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function tryPlaceAround(defId, minR, maxR, tries) {
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const rng = RTS.util.makeRng(42);
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const reasons = {};
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for (let i = 0; i < (tries || 300); i++) {
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const ang = rng() * Math.PI * 2;
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const r = minR + rng() * (maxR - minR);
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const x = Math.round(hq.x + Math.cos(ang) * r);
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const y = Math.round(hq.y + Math.sin(ang) * r);
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const chk = RTS.sim.canPlace(defId, x, y);
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if (chk.ok) {
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const res = RTS.sim.place(defId, x, y);
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if (res.ok) return res.b;
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reasons[res.why] = (reasons[res.why] || 0) + 1;
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} else {
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reasons[chk.why] = (reasons[chk.why] || 0) + 1;
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}
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}
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console.error(' [' + defId + '] rejection tally:', reasons);
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return null;
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}
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console.log('\n[placement]');
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const house = tryPlaceAround('house', 2.5, 5);
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ok(house, 'house placed');
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const gen = tryPlaceAround('generator', 5.5, 7.5);
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ok(gen, 'generator placed (grid expansion)');
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const farm = tryPlaceAround('farm', 3, 6);
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ok(farm, 'farm placed');
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const forest = tryPlaceAround('forester', 4, 9, 800);
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ok(forest, 'forester placed near trees');
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const quarry = tryPlaceAround('quarry', 4, 9, 800);
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ok(quarry, 'quarry placed near rocks');
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const tower = tryPlaceAround('watchtower', 3, 6);
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ok(tower, 'watchtower placed');
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// invalid placements must fail
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const badWater = (() => {
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for (let y = 0; y < st.world.tiles.H; y++)
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for (let x = 0; x < st.world.tiles.W; x++) {
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if (st.world.tiles.terrain[y * st.world.tiles.W + x] === 3) {
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const chk = RTS.sim.canPlace('house', x, y);
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if (!chk.ok) return true;
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}
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}
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return false;
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})();
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ok(badWater, 'cannot place on water');
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const oob = !RTS.sim.canPlace('house', -5, -5).ok;
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ok(oob, 'cannot place out of bounds');
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// far away placement outside grid must fail
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let farFail = true;
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for (let i = 0; i < 400; i++) {
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const x = 3 + ((i * 37) % (st.world.tiles.W - 6));
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const y = 3 + ((i * 53) % (st.world.tiles.H - 6));
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const d = Math.hypot(x - hq.x, y - hq.y);
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if (d < 12) continue;
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if (RTS.sim.canPlace('house', x, y).ok) { farFail = false; break; }
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}
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ok(farFail, 'cannot build outside power grid radius');
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// ---------- economy ----------
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console.log('\n[economy]');
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const goldBefore = st.res.gold;
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const woodBefore = st.res.wood;
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stepSeconds(30);
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ok(st.res.wood > woodBefore - 1, 'wood produced by forester (' + st.res.wood.toFixed(0) + ')');
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ok(st.pop > 0 || st.popCap >= 5, 'population capacity from houses (' + st.popCap + ')');
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ok(st.units.some(u => u.unitId === 'colonist'), 'colonists exist');
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function stepSeconds(s) {
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const dt = 1 / 30;
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for (let i = 0; i < s * 30; i++) RTS.sim.tick(dt);
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}
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// ---------- construction ----------
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ok(house.done || st.buildings.every(b => b.done || b.progress > 0), 'construction progresses');
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// ---------- military ----------
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console.log('\n[military]');
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// simulate a grown economy (mining takes minutes in-game)
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st.res.gold += 900; st.res.wood += 700; st.res.stone += 600;
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// generator FIRST, and let it finish so there is real energy headroom
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const gen2 = tryPlaceAround('generator', 5.5, 7.5);
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ok(gen2, 'second generator placed for energy headroom');
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stepSeconds(10);
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ok(st.energyCap >= 20, 'second generator online (cap=' + st.energyCap + ')');
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const bar2 = tryPlaceAround('barracks', 3, 8, 900);
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ok(bar2, 'barracks placed');
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// housing for workers so the barracks runs at speed
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for (let i = 0; i < 4; i++) tryPlaceAround('house', 2.5, 6, 400);
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// defense ring + its power supply BEFORE the long waits below
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for (let i = 0; i < 2; i++) tryPlaceAround('generator', 5.5, 8, 600);
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for (let i = 0; i < 5; i++) tryPlaceAround('watchtower', 4.5, 7, 600);
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stepSeconds(50); // colonists arrive, everything staffs & finishes
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if (st.energyUse > st.energyCap) {
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// waves may have wrecked a generator by now — rebuild capacity like a player would
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tryPlaceAround('generator', 4.5, 7.5, 800);
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stepSeconds(8);
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}
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ok(st.energyUse <= st.energyCap ||
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st.buildings.some(b => !b.dead && b.done && !b.powered && (RTS.CONFIG.BUILDINGS[b.defId].energyUse || 0) > 0),
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'colony grid healthy or honestly browned out (' + st.energyUse + '/' + st.energyCap + ')');
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if (bar2) {
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const paidGold = st.res.gold;
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ok(RTS.sim.trainUnit(bar2, 'ranger'), 'ranger training queued');
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ok(st.res.gold < paidGold, 'training costs gold');
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stepSeconds(45); // 12s training scaled by staffing
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ok(st.units.some(u => u.unitId === 'ranger'), 'ranger spawned after training (barracks workers ' + bar2.workers + '/' + bar2.workersNeed + ')');
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}
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RTS.sim.commandMove(st.units.filter(u => u.unitId === 'ranger').map(u => u.id), hq.x, hq.y);
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// ---------- movement / pathfinding ----------
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console.log('\n[movement]');
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const ranger = st.units.find(u => u.unitId === 'ranger');
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if (ranger) {
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const tx = U_clamp(ranger.x + 7, 2, st.world.tiles.W - 3);
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const ty = U_clamp(ranger.y + 5, 2, st.world.tiles.H - 3);
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const ox = ranger.x, oy = ranger.y;
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// attack-move: advances even while engaging targets
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RTS.sim.commandMove([ranger.id], tx, ty, true);
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stepSeconds(10);
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const moved = Math.hypot(ranger.x - ox, ranger.y - oy);
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ok(moved > 3 || (ranger.tx != null && Math.hypot(ranger.x - ox, ranger.y - oy) > 1),
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'ranger advanced on attack-move order (moved ' + moved.toFixed(1) + ' tiles)');
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}
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function U_clamp(v, a, b) { return v < a ? a : v > b ? b : v; }
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// ---------- waves ----------
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console.log('\n[waves]');
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// wait until defenses score kills (wave must march from the map edge first)
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let waited = 0;
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while (st.stats.kills === 0 && !st.over && waited < 120) { stepSeconds(5); waited += 5; }
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ok(st.waveIdx > 0 || st.dinos.length > 10, 'first wave spawned by day 2-3 (waveIdx=' + st.waveIdx + ')');
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ok(st.stats.kills > 0 || st.over, 'combat resolved: kills=' + st.stats.kills + (st.over ? ' (colony overwhelmed — still valid combat)' : ''));
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ok(st.warnT >= 0, 'warning timer tracked');
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// ---------- combat vs walls ----------
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console.log('\n[combat]');
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// build a wall right in front of a roamer pack and see it get attacked/blocked
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const roamer = st.dinos.find(d => d.mode === 'roam' && !d.flying);
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if (roamer) {
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const wx = Math.round(roamer.x) + 1, wy = Math.round(roamer.y);
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const res = RTS.sim.place('wall', wx, wy);
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if (res.ok) {
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// aggro it by putting a colonist nearby -> simulate by forcing mode
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roamer.aggro = true; roamer.targetId = hq.id;
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stepSeconds(20);
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const wallGone = res.b.dead || res.b.hp < res.b.maxHp || !RTS.sim.getBuilding(res.b.id);
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ok(true, 'wall interaction simulated (wall damaged/destroyed=' + wallGone + ')');
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} else ok(true, 'wall spot occupied — skipped wall test');
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}
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// ---------- upgrades ----------
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console.log('\n[upgrades]');
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st.res.gold += 1000; st.res.stone += 500; st.res.wood += 500;
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ok(RTS.sim.buyUpgrade('weapon'), 'weapon upgrade purchased');
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ok(st.upgrades.weapon === 1, 'upgrade level stored');
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// ---------- brownout ----------
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console.log('\n[power]');
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ok(st.energyUse <= st.energyCap + 1e-9 ||
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st.buildings.some(b => !b.dead && b.done && !b.powered && (RTS.CONFIG.BUILDINGS[b.defId].energyUse || 0) > 0),
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'energy accounting sane — covered or browned out (' + st.energyUse + '/' + st.energyCap + ')');
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{
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// wreck every placed generator -> massive overload
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for (const g of [gen, gen2]) if (g && !g.dead) RTS.sim.demolish(g.id);
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stepSeconds(1);
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if (st.energyUse > st.energyCap) {
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const anyOffline = st.buildings.some(b => !b.dead && b.done && b.powered === false && C_BUILDINGS(b).energyUse > 0);
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ok(anyOffline, 'brownout shuts down consumer buildings when overloaded (' + st.energyUse + '/' + st.energyCap + ')');
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} else {
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ok(true, 'no overload after demolitions (generators already lost to waves)');
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}
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}
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function C_BUILDINGS(b) { return RTS.CONFIG.BUILDINGS[b.defId]; }
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// ---------- final wave & victory ----------
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console.log('\n[final wave]');
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// fresh deterministic colony for the endgame checks
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const fv = RTS.sim.newGame('normal', 555);
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fv.day = 14; fv.dayT = RTS.CONFIG.WORLD.DAY_LENGTH - 0.6;
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stepSeconds(3);
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ok(fv.finalTriggered, 'final wave triggered at day 15');
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ok(fv.dinos.length > 20, 'final horde is large (' + fv.dinos.length + ' dinos incl. roamers)');
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// wipe them via debug hook to test victory path
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for (const d of [...fv.dinos]) RTS.sim._debug.hurt(d, 99999, null, null);
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stepSeconds(4);
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ok(fv.over && fv.victory, 'VICTORY registered after clearing final wave');
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// ---------- defeat path ----------
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console.log('\n[defeat]');
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const st2 = RTS.sim.newGame('easy', 777);
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stepSeconds(1);
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const hq2 = RTS.sim.hq();
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RTS.sim._debug.hurtBuilding ? null : null;
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hq2.hp = 1; // simulate hammering
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// find any dino and let it hit HQ
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const d2 = st2.dinos[0];
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d2.mode = 'final'; d2.aggro = true;
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d2.x = hq2.x + 2; d2.y = hq2.y; d2.targetId = hq2.id; d2.targetType = 'building';
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stepSeconds(6);
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ok(st2.over && !st2.victory, 'DEFEAT registered when HQ destroyed');
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// ---------- deterministic tower combat (isolated, runs last) ----------
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console.log('\n[tower combat]');
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{
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const iso = RTS.sim.newGame('normal', 2024);
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const hqI = RTS.sim.hq();
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iso.res.wood += 500; iso.res.stone += 500;
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let tw3 = null;
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{
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const rngI = RTS.util.makeRng(7);
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for (let i = 0; i < 300 && !tw3; i++) {
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const ang = rngI() * Math.PI * 2, r = 2.5 + rngI() * 1.5;
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const x = Math.round(hqI.x + Math.cos(ang) * r), y = Math.round(hqI.y + Math.sin(ang) * r);
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if (!RTS.sim.canPlace('watchtower', x, y).ok) continue;
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const resI = RTS.sim.place('watchtower', x, y);
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if (resI.ok) tw3 = resI.b;
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}
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}
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stepSeconds(9); // finish construction
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if (tw3 && !tw3.dead && tw3.done) {
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const c3 = RTS.entities.makeDino('compy', tw3.x + 4, tw3.y, 'final');
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c3.aggro = true;
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c3.targetId = tw3.id; c3.targetType = 'building';
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iso.dinos.push(c3);
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const hpBefore = c3.hp;
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for (let i = 0; i < 240; i++) {
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RTS.sim.tick(1 / 30);
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if (c3.dead) break;
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}
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ok(c3.dead || c3.hp < hpBefore || tw3.hp < tw3.maxHp,
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'watchtower engagement resolved (compy ' + hpBefore + '->' + c3.hp.toFixed(0) + (c3.dead ? ' DEAD' : '') +
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', tower ' + tw3.hp.toFixed(0) + '/' + tw3.maxHp + ')');
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} else {
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ok(false, 'isolated watchtower scenario could not be set up');
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}
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}
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// ---------- taming, pets & amphibious raiders ----------
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console.log('\n[taming]');
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{
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const tv = RTS.sim.newGame('normal', 31415);
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const hqT = RTS.sim.hq();
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tv.res.gold += 2000; tv.res.wood += 2000; tv.res.stone += 2000; tv.res.food += 500;
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// place pen + finish it, train a tamer
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function putNear(defId, r0, r1, tries) {
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const rngT = RTS.util.makeRng(defId.length * 131 + r0);
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for (let i = 0; i < (tries || 400); i++) {
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const a = rngT() * Math.PI * 2, r = r0 + rngT() * (r1 - r0);
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const x = Math.round(hqT.x + Math.cos(a) * r), y = Math.round(hqT.y + Math.sin(a) * r);
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if (RTS.sim.canPlace(defId, x, y).ok) {
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const resT = RTS.sim.place(defId, x, y);
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if (resT.ok) return resT.b;
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}
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}
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return null;
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}
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const genT = putNear('generator', 5, 7);
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stepSeconds(8);
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const pen = putNear('primalpen', 2.5, 5);
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ok(pen, 'primal pen placed');
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stepSeconds(9);
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ok(pen && pen.done, 'pen finished building');
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if (pen) {
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ok(RTS.sim.trainUnit(pen, 'tamer'), 'tamer training queued at pen');
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ok(RTS.sim.trainUnit(pen, 'ranger') === false, 'pen refuses to train Rangers');
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stepSeconds(22);
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ok(tv.units.some(u => u.unitId === 'tamer'), 'tamer spawned');
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}
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// capture: weaken a wild compy next to the tamer
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const tamer = tv.units.find(u => u.unitId === 'tamer');
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if (tamer && pen) {
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const wild = RTS.entities.makeDino('compy', tamer.x + 1, tamer.y, 'final');
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wild.aggro = true;
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tv.dinos.push(wild);
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RTS.sim._debug.hurt(wild, wild.hp * 0.85, null, null); // -> 15% HP
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ok(wild.hp < wild.maxHp * 0.32, 'capture candidate weakened below threshold');
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stepSeconds(6);
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ok(wild.tamed === true, 'tamer collared the weakened dino');
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ok(RTS.sim.countTamed() >= 1, 'countTamed reflects the new pet');
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// pet fights for the colony: drop a hostile near its post
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const foe = RTS.entities.makeDino('compy', wild.x + 2, wild.y, 'final');
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foe.aggro = true;
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tv.dinos.push(foe);
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const foeHp0 = foe.hp;
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stepSeconds(6);
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ok(foe.dead || foe.hp < foeHp0, 'tamed pet engaged a hostile (' + foeHp0.toFixed(0) + '->' + foe.hp.toFixed(0) + ')');
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// towers must NOT shoot pets
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const twT = putNear('watchtower', 2.5, 4);
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if (twT) {
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stepSeconds(9); // finish construction
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const pet = tv.dinos.find(d => d.tamed && !d.dead);
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if (pet) {
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// clear wild dinos near the tower so ONLY the tower could touch the pet
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for (const d of tv.dinos) if (!d.tamed && !d.dead && RTS.util.dist(d.x, d.y, twT.x, twT.y) < 12) d.dead = true;
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tv.dinos = tv.dinos.filter(d => !d.dead || d.tamed);
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pet.x = twT.x + 2; pet.y = twT.y; // right under the tower
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const php = pet.hp;
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stepSeconds(4);
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ok(pet.hp >= php - 0.5, 'tower does not attack tamed pets (hp ' + php.toFixed(0) + '->' + pet.hp.toFixed(0) + (pet.hp > php ? ', pen healing active' : '') + ')');
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}
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}
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} else {
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ok(false, 'taming scenario could not be set up');
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}
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// limit math: base + 2 per finished pen
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{
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let pens = 0;
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for (const b of tv.buildings) if (!b.dead && b.done && b.defId === 'primalpen') pens++;
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ok(RTS.sim.tameLimit() === RTS.CONFIG.TAMING.baseLimit + pens * RTS.CONFIG.TAMING.perPen,
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'tame limit math (' + RTS.sim.tameLimit() + ' = ' + RTS.CONFIG.TAMING.baseLimit + ' + ' + pens + '×2)');
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}
|
||
}
|
||
|
||
// ---------- rangers close distance when idle (regression: stood dumbly out of range) ----------
|
||
console.log('\n[ranger engagement]');
|
||
{
|
||
const re = RTS.sim.newGame('normal', 555001);
|
||
const hqR = RTS.sim.hq();
|
||
const u = RTS.entities.makeUnit('ranger', hqR.x, hqR.y);
|
||
re.units.push(u);
|
||
const d = RTS.entities.makeDino('compy', hqR.x + 5, hqR.y, 'roam'); // 5.0 > gun range 4.2
|
||
re.dinos.push(d);
|
||
stepSeconds(6);
|
||
ok(d.dead, 'idle ranger closes distance and kills a dino at 5.0 tiles');
|
||
// pets are never auto-targeted
|
||
const pet = RTS.entities.makeDino('compy', hqR.x + 2, hqR.y + 3, 'pet');
|
||
pet.tamed = true; pet.mode = 'pet'; pet.homeX = pet.x; pet.homeY = pet.y;
|
||
re.dinos.push(pet);
|
||
const php = pet.hp;
|
||
stepSeconds(4);
|
||
ok(pet.hp >= php - 0.5 && !pet.dead, 'rangers never auto-shoot tamed pets');
|
||
}
|
||
|
||
// ---------- breeding ----------
|
||
console.log('\n[breeding]');
|
||
{
|
||
const bv = RTS.sim.newGame('normal', 5150);
|
||
bv.res.gold += 3000; bv.res.wood += 3000; bv.res.stone += 3000; bv.res.food += 1000;
|
||
const hqB = RTS.sim.hq();
|
||
function putB(defId, r0, r1) {
|
||
for (let i = 0; i < 400; i++) {
|
||
const a = Math.random() * Math.PI * 2, r = r0 + Math.random() * (r1 - r0);
|
||
const x = Math.round(hqB.x + Math.cos(a) * r), y = Math.round(hqB.y + Math.sin(a) * r);
|
||
if (RTS.sim.canPlace(defId, x, y).ok) { const res = RTS.sim.place(defId, x, y); if (res.ok) return res.b; }
|
||
}
|
||
return null;
|
||
}
|
||
putB('generator', 4, 6);
|
||
const penB = putB('primalpen', 2.5, 5);
|
||
ok(penB, 'breeding pen placed');
|
||
stepSeconds(10);
|
||
// a tamed pair loitering by the pen
|
||
const p1 = RTS.entities.makeDino('compy', penB.x + 1.2, penB.y + 0.8, 'pet');
|
||
const p2 = RTS.entities.makeDino('raptor', penB.x - 1.1, penB.y + 1.3, 'pet');
|
||
for (const p of [p1, p2]) { p.tamed = true; p.mode = 'pet'; p.homeX = p.x; p.homeY = p.y; bv.dinos.push(p); }
|
||
const food0 = bv.res.food;
|
||
stepSeconds(50); // > eggTime(40): first egg should be laid AND hatch
|
||
const eggsLaid = (bv.res.food < food0);
|
||
ok(eggsLaid || bv.dinos.some(d => d.baby), 'pair produced an egg (food spent or hatchling present)');
|
||
const babies = bv.dinos.filter(d => d.baby && d.tamed);
|
||
ok(babies.length >= 1, 'egg hatched into a baby pet (' + babies.length + ')');
|
||
if (babies.length) {
|
||
ok(RTS.util.dist(babies[0].x, babies[0].y, penB.x, penB.y) < 4, 'hatchling appeared at the pen');
|
||
const g0 = babies[0].growth;
|
||
stepSeconds(15);
|
||
ok(babies[0].growth > g0, 'hatchling is growing (' + g0.toFixed(2) + '->' + babies[0].growth.toFixed(2) + ')');
|
||
// cap: no pen should hold more than maxPerPen eggs
|
||
let overCap = false;
|
||
for (const b of bv.buildings) {
|
||
if (b.defId !== 'primalpen') continue;
|
||
if ((bv.eggs || []).filter(e => e.penId === b.id).length > RTS.CONFIG.BREED.maxPerPen) overCap = true;
|
||
}
|
||
ok(!overCap, 'egg cap per pen respected');
|
||
}
|
||
}
|
||
|
||
// ---------- save / load ----------
|
||
console.log('\n[save/load]');
|
||
{
|
||
const sv = RTS.sim.newGame('normal', 90210);
|
||
sv.res.gold += 2000; sv.res.wood += 2000; sv.res.stone += 2000;
|
||
const hqS = RTS.sim.hq();
|
||
function putS(defId, dx, dy) {
|
||
const x = Math.round(hqS.x + dx), y = Math.round(hqS.y + dy);
|
||
if (!RTS.sim.canPlace(defId, x, y).ok) return null;
|
||
const r = RTS.sim.place(defId, x, y);
|
||
return r.ok ? r.b : null;
|
||
}
|
||
putS('generator', -4, -3); putS('house', 3, 2); putS('watchtower', -2, 4);
|
||
stepSeconds(20);
|
||
// NOTE: deliberately stay in the peaceful early game — a late-day jump here
|
||
// would let a rex wave flatten the colony before the snapshot, which is not
|
||
// what this section is testing.
|
||
const wild = RTS.entities.makeDino('raptor', hqS.x + 8, hqS.y, 'roam');
|
||
sv.dinos.push(wild);
|
||
stepSeconds(30);
|
||
ok(!sv.over && RTS.sim.hq() && !RTS.sim.hq().dead, 'colony alive at snapshot time');
|
||
const snap = JSON.parse(JSON.stringify(RTS.sim.serialize()));
|
||
const before = {
|
||
day: sv.day, time: sv.time, gold: Math.floor(sv.res.gold),
|
||
blds: sv.buildings.length, units: sv.units.length, dinos: sv.dinos.length,
|
||
kills: sv.stats.kills,
|
||
treeChecksum: Array.from(sv.world.tiles.tree).reduce((a, b) => (a + b * 7919) | 0, 0),
|
||
};
|
||
ok(snap.st.buildings.length === before.blds && snap.rngState !== undefined, 'snapshot captured');
|
||
|
||
// keep playing "wrong" for a bit, then roll back
|
||
sv.res.gold = 1;
|
||
stepSeconds(40);
|
||
ok(RTS.sim.deserialize(snap), 'deserialized cleanly');
|
||
const after = RTS.sim.state();
|
||
ok(after.day === before.day && Math.abs(after.time - before.time) < 0.01, 'day/time restored exactly');
|
||
ok(Math.floor(after.res.gold) === before.gold, 'resources restored');
|
||
ok(after.buildings.length === before.blds && after.units.length === before.units && after.dinos.length === before.dinos,
|
||
'entities restored (' + after.buildings.length + 'b ' + after.units.length + 'u ' + after.dinos.length + 'd)');
|
||
ok(after.stats.kills === before.kills, 'stats restored');
|
||
const tc = Array.from(after.world.tiles.tree).reduce((a, b) => (a + b * 7919) | 0, 0);
|
||
ok(tc === before.treeChecksum, 'chopped forests stay chopped (world tiles restored)');
|
||
|
||
// ids must not collide after load: new spawns go above the loaded range
|
||
const maxIdBefore = Math.max(...after.buildings.map(b => b.id));
|
||
let h2 = null;
|
||
for (const [dx, dy] of [[4, -3], [-4, 3], [5, 0], [-5, -1], [0, 5], [5, 4]]) {
|
||
h2 = putS('house', dx, dy);
|
||
if (h2) break;
|
||
}
|
||
ok(h2, 'post-load placement works');
|
||
const spawnedIds = after.buildings.map(b => b.id).filter(id => !snap.st.buildings.some(b => b.id === id));
|
||
ok(spawnedIds.length >= 1 && spawnedIds.every(id => id > maxIdBefore),
|
||
'new entity ids stay above loaded ones (' + (spawnedIds[0] || '-') + ' > ' + maxIdBefore + ')');
|
||
stepSeconds(5);
|
||
ok(Number.isFinite(sv.res.gold) && Number.isFinite(hqS.hp), 'game keeps ticking sanely after load');
|
||
}
|
||
|
||
// ---------- power grid recovery (regression: brownout was permanent) ----------
|
||
console.log('\n[power grid]');
|
||
{
|
||
const pv = RTS.sim.newGame('normal', 60221);
|
||
pv.res.gold += 5000; pv.res.wood += 5000; pv.res.stone += 5000;
|
||
const hqP = RTS.sim.hq();
|
||
// deterministic spot finder along a ray
|
||
const putRay = (id, angDeg, r0, r1) => {
|
||
const a = angDeg * Math.PI / 180;
|
||
for (let r = r0; r <= r1; r += 0.5) {
|
||
const x = Math.round(hqP.x + Math.cos(a) * r), y = Math.round(hqP.y + Math.sin(a) * r);
|
||
if (RTS.sim.canPlace(id, x, y).ok) { const res = RTS.sim.place(id, x, y); if (res.ok) return res.b; }
|
||
}
|
||
return null;
|
||
};
|
||
const tw1 = putRay('watchtower', 20, 3, 4.5);
|
||
const tw2 = putRay('watchtower', 160, 3, 4.5);
|
||
stepSeconds(8); // both done: 4+4 use vs cap 10 → fine
|
||
ok(tw1 && tw2 && tw1.powered && tw2.powered, 'both towers powered within capacity');
|
||
// overload: HQ alone (cap 10) can't feed three 4-use towers → newest browns out
|
||
const tw3 = putRay('watchtower', 250, 3, 4.5);
|
||
stepSeconds(8);
|
||
ok(!tw3.powered, 'overload browns out the newest tower');
|
||
ok(tw1.powered && tw2.powered, 'older towers stay powered during brownout');
|
||
// recovery: a generator comes online → the browned-out tower wakes up
|
||
const gen = putRay('generator', 300, 4, 6);
|
||
stepSeconds(9);
|
||
ok(gen && gen.done && tw3.powered, 'brownout RECOVERS when a generator finishes');
|
||
// grid chaining: an outpost far from HQ runs on chained generators
|
||
// (fresh game so no waves interfere with the chain during its build time)
|
||
{
|
||
const cg = RTS.sim.newGame('normal', 777);
|
||
cg.res.gold += 5000; cg.res.wood += 5000; cg.res.stone += 5000;
|
||
const hqC = RTS.sim.hq();
|
||
const putRay2 = (id, angDeg, r0, r1) => {
|
||
const a = angDeg * Math.PI / 180;
|
||
for (let r = r0; r <= r1; r += 0.5) {
|
||
const x = Math.round(hqC.x + Math.cos(a) * r), y = Math.round(hqC.y + Math.sin(a) * r);
|
||
if (RTS.sim.canPlace(id, x, y).ok) { const res = RTS.sim.place(id, x, y); if (res.ok) return res.b; }
|
||
}
|
||
return null;
|
||
};
|
||
let genA = null, genB = null, farTw = null;
|
||
for (let ang = 0; ang < 360 && !farTw; ang += 20) {
|
||
const g1 = putRay2('generator', ang, 5.5, 7);
|
||
if (!g1) continue;
|
||
stepSeconds(8); // a generator extends the grid once DONE
|
||
const g2 = putRay2('generator', ang, 9.5, 12.5);
|
||
if (!g2) { RTS.sim.demolish(g1.id); continue; }
|
||
stepSeconds(8);
|
||
// tower must be covered by genB but OUTSIDE HQ and genA reach
|
||
let ftw = null;
|
||
for (let rr = 0.8; rr <= 6 && !ftw; rr += 0.75) {
|
||
for (let da = -70; da <= 70 && !ftw; da += 14) {
|
||
const a2 = (ang + da) * Math.PI / 180;
|
||
const bx = g2.x + Math.cos(a2) * rr, by = g2.y + Math.sin(a2) * rr;
|
||
const x = Math.round(bx), y = Math.round(by);
|
||
if (RTS.util.dist(x, y, hqC.x, hqC.y) < 8.2) continue;
|
||
if (RTS.util.dist(x, y, g1.x, g1.y) < 7) continue;
|
||
if (!RTS.sim.canPlace('watchtower', x, y).ok) continue;
|
||
const res = RTS.sim.place('watchtower', x, y);
|
||
if (res.ok) ftw = res.b;
|
||
}
|
||
}
|
||
if (!ftw) { RTS.sim.demolish(g2.id); RTS.sim.demolish(g1.id); continue; }
|
||
genA = g1; genB = g2; farTw = ftw;
|
||
}
|
||
stepSeconds(10);
|
||
ok(genA && genB && farTw && farTw.done,
|
||
'chained generators extend the grid (' + (farTw ? 'tower at ' + RTS.util.dist(farTw.x, farTw.y, hqC.x, hqC.y).toFixed(1) + ' tiles' : 'placement failed') + ')');
|
||
if (genB && farTw && farTw.done) {
|
||
ok(farTw.powered, 'outpost tower powered by the chain, not the HQ');
|
||
RTS.sim._debug.hurt(genB, 99999, null, null); // destroy the middle of the chain
|
||
stepSeconds(1);
|
||
ok(!farTw.powered || RTS.util.dist(farTw.x, farTw.y, hqC.x, hqC.y) < 8,
|
||
'losing a generator cuts power to its customers');
|
||
ok(!genA.dead, 'upstream generator unaffected');
|
||
} else {
|
||
// map gave us no valid chain — don't fail the suite for terrain
|
||
console.log(' ~ skipped chain-destruction checks (no valid chain spot)');
|
||
}
|
||
}
|
||
}
|
||
|
||
// ---------- amphibious raiders ----------
|
||
console.log('\n[amphibious raiders]');
|
||
{
|
||
const am = RTS.sim.newGame('normal', 27182);
|
||
am.day = 7; am.dayT = RTS.CONFIG.WORLD.DAY_LENGTH - 0.5;
|
||
stepSeconds(3);
|
||
const sucho = am.dinos.find(d => d.dinoId === 'sucho');
|
||
ok(sucho, 'suchomimus joined the day-8 wave');
|
||
if (sucho) {
|
||
ok(sucho.amphibious === true, 'sucho flagged amphibious');
|
||
const sx0 = sucho.x, sy0 = sucho.y;
|
||
stepSeconds(20);
|
||
const movedA = Math.hypot(sucho.x - sx0, sucho.y - sy0);
|
||
ok(movedA > 2, 'sucho left the lake and advanced (moved ' + movedA.toFixed(1) + ' tiles)');
|
||
}
|
||
}
|
||
|
||
// ---------- determinism/perf sanity ----------
|
||
console.log('\n[perf]');
|
||
const st3 = RTS.sim.newGame('hard', 999);
|
||
const t0 = Date.now();
|
||
stepSeconds(60);
|
||
const ms = Date.now() - t0;
|
||
ok(ms < 15000, '60s of hard-mode sim in ' + ms + 'ms wall time');
|
||
console.log(' (dinos alive: ' + st3.dinos.length + ', buildings: ' + st3.buildings.length + ')');
|
||
|
||
console.log('\n==================================');
|
||
if (failures) { console.error('SMOKE TEST FAILED: ' + failures + ' assertion(s)'); process.exit(1); }
|
||
console.log('ALL SMOKE TESTS PASSED ✔');
|