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Aotumuri
f1d162825e
Resolves #1041 ## Description: Remove the singleplayer spawn countdown so the game starts when the player spawns, spawn nations immediately after player spawn, and align game timer/max-timer timing with the new start point. Added a singleplayer regression test for spawn-immunity timing (GameImpl.test.ts) and updated spawn-phase loop tests to use gameType: GameType.Public where singleplayer behavior is not under test (e.g. MIRV/AI/Spawn/WinCheck-related suites), eliminating inSpawnPhase() timeout hangs after the new singleplayer start logic. https://github.com/user-attachments/assets/c07a585f-1153-490e-88ca-a91fc7ae5756 ## Please complete the following: - [x] I have added screenshots for all UI updates - [x] I process any text displayed to the user through translateText() and I've added it to the en.json file - [x] I have added relevant tests to the test directory - [x] I confirm I have thoroughly tested these changes and take full responsibility for any bugs introduced ## Please put your Discord username so you can be contacted if a bug or regression is found: aotumuri
66 lines
2.0 KiB
TypeScript
66 lines
2.0 KiB
TypeScript
import { beforeEach, describe, expect, test } from "vitest";
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import { PlayerExecution } from "../../../src/core/execution/PlayerExecution";
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import {
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Game,
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Player,
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PlayerInfo,
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PlayerType,
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} from "../../../src/core/game/Game";
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import { setup } from "../../util/Setup";
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import { executeTicks } from "../../util/utils";
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let game: Game;
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let largePlayer: Player;
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let smallPlayer: Player;
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describe("PlayerExecution Annexation Bug", () => {
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beforeEach(async () => {
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game = await setup(
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"big_plains",
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{ infiniteGold: true, instantBuild: true },
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[
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new PlayerInfo("large", PlayerType.Human, "client1", "large_id"),
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new PlayerInfo("small", PlayerType.Human, "client2", "small_id"),
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],
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);
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largePlayer = game.player("large_id");
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smallPlayer = game.player("small_id");
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game.addExecution(new PlayerExecution(largePlayer));
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game.addExecution(new PlayerExecution(smallPlayer));
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});
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test("A large player is not reverse-annexed by surrounded smaller player", () => {
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// Cluster A
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smallPlayer.conquer(game.ref(50, 50));
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smallPlayer.conquer(game.ref(50, 51));
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smallPlayer.conquer(game.ref(51, 50));
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smallPlayer.conquer(game.ref(51, 51));
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// Cluster B
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smallPlayer.conquer(game.ref(10, 10));
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smallPlayer.conquer(game.ref(90, 90));
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// Larger player gets the rest
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game.map().forEachTile((tile) => {
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if (game.ownerID(tile) !== smallPlayer.smallID()) {
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largePlayer.conquer(tile);
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}
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});
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const initialLargeTiles = largePlayer.numTilesOwned();
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expect(largePlayer.numTilesOwned()).toBe(initialLargeTiles);
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expect(smallPlayer.numTilesOwned()).toBeGreaterThan(0);
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// Keep ticksPerClusterCalc and lastTileChange in mind
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executeTicks(game, 20);
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largePlayer.conquer(game.ref(49, 49));
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smallPlayer.conquer(game.ref(50, 50));
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// Annexation happens here
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executeTicks(game, 50);
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expect(largePlayer.numTilesOwned()).toBeGreaterThan(initialLargeTiles);
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expect(smallPlayer.numTilesOwned()).toBe(0);
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});
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});
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