package comp1110.ass2; import comp1110.ass2.stringcomparator.StringComparator; import comp1110.ass2.testdata.GameDataLoader; import org.junit.jupiter.api.Assertions; import org.junit.jupiter.api.Test; import org.junit.jupiter.api.Timeout; import java.util.List; import java.util.concurrent.TimeUnit; @Timeout(value = 2500, unit = TimeUnit.MILLISECONDS) public class ApplyMoveTest implements TestMapNamePlayerCount { private final GameDataLoader gameDataLoader = new GameDataLoader(); private static void testGame(List game){ for (int i = 2; i < game.size(); i+=2) { StringComparator sc = new StringComparator(); sc.checkAll(StringComparator.ResultType.General); sc.checkAll(StringComparator.ResultType.GameArrangement); sc.checkAll(StringComparator.ResultType.CurrentState); sc.checkAll(StringComparator.ResultType.Island); sc.checkAll(StringComparator.ResultType.Stones); if(game.get(i).split(";")[1].charAt(5) == 'S' && game.get(i-2).split(";")[1].charAt(5) == 'E'){ sc.checkIgnore(StringComparator.ResultType.Resources, List.of(new String[]{"checkMatching"})); } else { sc.checkAll(StringComparator.ResultType.Resources); } sc.checkAll(StringComparator.ResultType.Player); String result = BlueLagoon.applyMove(game.get(i-2), game.get(i-1)); List errors = sc.compare(game.get(i), result); if(errors.size() > 0){ Assertions.fail("\n"+"expected: " + game.get(i) + "\nactual: " + result + "\nerrors:\n" + String.join("\n", errors)); } } } public void testMapNamePlayerCount(String mapName, int playerCount){ List> games = gameDataLoader.fetchGames(mapName, playerCount); for (List game : games) { testGame(game); } } @Test public void testDefaultTwoPlayerGames(){ testMapNamePlayerCount("default", 2); } @Test public void testWheelsTwoPlayerGames(){ testMapNamePlayerCount("wheels", 2); } @Test public void testFaceTwoPlayerGames(){ testMapNamePlayerCount("face", 2); } @Test public void testEdgeCaseGames(){ List> games = gameDataLoader.fetchAllEdgeCaseGames(); for (List game : games) { testGame(game); } } }