382 lines
15 KiB
TypeScript
382 lines
15 KiB
TypeScript
module TK.SpaceTac {
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testing("Battle", test => {
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test.case("defines play order by initiative throws", check => {
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var fleet1 = new Fleet();
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var fleet2 = new Fleet();
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var ship1 = new Ship(fleet1, "F1S1");
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TestTools.setAttribute(ship1, "initiative", 2);
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var ship2 = new Ship(fleet1, "F1S2");
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TestTools.setAttribute(ship2, "initiative", 4);
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var ship3 = new Ship(fleet1, "F1S3");
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TestTools.setAttribute(ship3, "initiative", 1);
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var ship4 = new Ship(fleet2, "F2S1");
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TestTools.setAttribute(ship4, "initiative", 8);
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var ship5 = new Ship(fleet2, "F2S2");
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TestTools.setAttribute(ship5, "initiative", 2);
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var battle = new Battle(fleet1, fleet2);
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check.equals(battle.play_order.length, 0);
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var gen = new SkewedRandomGenerator([1.0, 0.1, 1.0, 0.2, 0.6]);
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battle.throwInitiative(gen);
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check.equals(battle.play_order.length, 5);
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check.equals(battle.play_order, [ship1, ship4, ship5, ship3, ship2]);
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});
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test.case("places ships on lines, facing the arena center", check => {
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var fleet1 = new Fleet();
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var fleet2 = new Fleet();
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var ship1 = new Ship(fleet1, "F1S1");
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var ship2 = new Ship(fleet1, "F1S2");
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var ship3 = new Ship(fleet1, "F1S3");
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var ship4 = new Ship(fleet2, "F2S1");
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var ship5 = new Ship(fleet2, "F2S2");
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var battle = new Battle(fleet1, fleet2, 1000, 500);
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battle.placeShips();
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check.nears(ship1.arena_x, 250);
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check.nears(ship1.arena_y, 150);
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check.nears(ship1.arena_angle, 0);
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check.nears(ship2.arena_x, 250);
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check.nears(ship2.arena_y, 250);
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check.nears(ship2.arena_angle, 0);
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check.nears(ship3.arena_x, 250);
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check.nears(ship3.arena_y, 350);
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check.nears(ship3.arena_angle, 0);
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check.nears(ship4.arena_x, 750);
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check.nears(ship4.arena_y, 300);
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check.nears(ship4.arena_angle, Math.PI);
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check.nears(ship5.arena_x, 750);
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check.nears(ship5.arena_y, 200);
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check.nears(ship5.arena_angle, Math.PI);
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});
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test.case("advances to next ship in play order", check => {
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var fleet1 = new Fleet();
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var fleet2 = new Fleet();
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var ship1 = new Ship(fleet1, "ship1");
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var ship2 = new Ship(fleet1, "ship2");
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var ship3 = new Ship(fleet2, "ship3");
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var battle = new Battle(fleet1, fleet2);
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battle.ships.list().forEach(ship => TestTools.setShipModel(ship, 10, 0));
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// Check empty play_order case
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check.equals(battle.playing_ship, null);
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battle.advanceToNextShip();
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check.equals(battle.playing_ship, null);
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// Force play order
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iforeach(battle.iships(), ship => TestTools.setAttribute(ship, "initiative", 1));
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var gen = new SkewedRandomGenerator([0.1, 0.2, 0.0]);
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battle.throwInitiative(gen);
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check.equals(battle.playing_ship, null);
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship2);
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship1);
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship3);
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship2);
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// A dead ship is skipped
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ship1.setDead();
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship3);
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// Playing ship dies
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ship3.setDead();
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battle.advanceToNextShip();
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check.same(battle.playing_ship, ship2);
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});
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test.case("handles the suicide case (playing ship dies because of its action)", check => {
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let battle = TestTools.createBattle(3, 1);
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let [ship1, ship2, ship3, ship4] = battle.play_order;
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ship1.setArenaPosition(0, 0);
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ship2.setArenaPosition(0, 0);
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ship3.setArenaPosition(1000, 1000);
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ship4.setArenaPosition(1000, 1000);
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let weapon = TestTools.addWeapon(ship1, 8000, 0, 50, 100);
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check.in("initially", check => {
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check.same(battle.playing_ship, ship1, "playing ship");
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check.equals(battle.ships.list().filter(ship => ship.alive), [ship1, ship2, ship3, ship4], "alive ships");
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});
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let result = battle.applyOneAction(weapon.id, Target.newFromLocation(0, 0));
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check.equals(result, true, "action applied successfully");
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check.in("after weapon", check => {
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check.same(battle.playing_ship, ship3, "playing ship");
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check.equals(battle.ships.list().filter(ship => ship.alive), [ship3, ship4], "alive ships");
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});
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});
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test.case("detects victory condition and logs a final EndBattleEvent", check => {
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var fleet1 = new Fleet();
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var fleet2 = new Fleet();
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var ship1 = new Ship(fleet1, "F1S1");
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var ship2 = new Ship(fleet1, "F1S2");
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let ship3 = new Ship(fleet2, "F2S1");
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var battle = new Battle(fleet1, fleet2);
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battle.ships.list().forEach(ship => TestTools.setShipModel(ship, 10, 0));
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battle.start();
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battle.play_order = [ship3, ship2, ship1];
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check.equals(battle.ended, false);
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ship1.setDead();
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ship2.setDead();
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battle.advanceToNextShip();
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check.equals(battle.ended, true);
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let diff = battle.log.get(battle.log.count() - 1);
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if (diff instanceof EndBattleDiff) {
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check.notequals(diff.outcome.winner, null);
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check.same(diff.outcome.winner, fleet2.id);
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} else {
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check.fail("Not an EndBattleDiff");
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}
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});
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test.case("handles a draw in end battle", check => {
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var fleet1 = new Fleet();
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var fleet2 = new Fleet();
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var ship1 = new Ship(fleet1, "F1S1");
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var ship2 = new Ship(fleet1, "F1S2");
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var ship3 = new Ship(fleet2, "F2S1");
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var battle = new Battle(fleet1, fleet2);
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battle.start();
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check.equals(battle.ended, false);
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ship1.setDead();
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ship2.setDead();
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ship3.setDead();
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battle.log.clear();
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check.equals(battle.ended, false);
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battle.performChecks();
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check.equals(battle.ended, true);
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check.equals(battle.log.count(), 1);
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let diff = battle.log.get(0);
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if (diff instanceof EndBattleDiff) {
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check.equals(diff.outcome.winner, null);
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} else {
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check.fail("Not an EndBattleDiff");
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}
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});
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test.case("collects ships present in a circle", check => {
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var fleet1 = new Fleet();
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var ship1 = new Ship(fleet1, "F1S1");
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ship1.setArenaPosition(0, 0);
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var ship2 = new Ship(fleet1, "F1S2");
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ship2.setArenaPosition(5, 8);
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var ship3 = new Ship(fleet1, "F1S3");
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ship3.setArenaPosition(6.5, 9.5);
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var ship4 = new Ship(fleet1, "F1S4");
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ship4.setArenaPosition(12, 12);
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var battle = new Battle(fleet1);
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battle.throwInitiative(new SkewedRandomGenerator([5, 4, 3, 2]));
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var result = battle.collectShipsInCircle(Target.newFromLocation(5, 8), 3);
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check.equals(result, [ship2, ship3]);
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});
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test.case("adds and remove drones", check => {
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let battle = new Battle();
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let ship = new Ship();
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let drone = new Drone(ship);
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check.equals(battle.drones.count(), 0);
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battle.addDrone(drone);
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check.equals(battle.drones.count(), 1);
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check.same(battle.drones.get(drone.id), drone);
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battle.addDrone(drone);
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check.equals(battle.drones.count(), 1);
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battle.removeDrone(drone);
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check.equals(battle.drones.count(), 0);
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battle.removeDrone(drone);
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check.equals(battle.drones.count(), 0);
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});
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test.case("checks if a player is able to play", check => {
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let battle = new Battle();
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let player = new Player();
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check.equals(battle.canPlay(player), false);
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let ship = new Ship();
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TestTools.setShipPlaying(battle, ship);
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check.equals(battle.canPlay(player), false);
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ship.fleet.setPlayer(player);
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check.equals(battle.canPlay(player), true);
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});
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test.case("gets the number of turns before a specific ship plays", check => {
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let battle = TestTools.createBattle(2, 1);
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check.in("initial", check => {
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check.same(battle.playing_ship, battle.play_order[0], "first ship playing");
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check.equals(battle.getPlayOrder(battle.play_order[0]), 0);
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check.equals(battle.getPlayOrder(battle.play_order[1]), 1);
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check.equals(battle.getPlayOrder(battle.play_order[2]), 2);
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});
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battle.advanceToNextShip();
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check.in("1 step", check => {
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check.same(battle.playing_ship, battle.play_order[1], "second ship playing");
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check.equals(battle.getPlayOrder(battle.play_order[0]), 2);
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check.equals(battle.getPlayOrder(battle.play_order[1]), 0);
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check.equals(battle.getPlayOrder(battle.play_order[2]), 1);
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});
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battle.advanceToNextShip();
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check.in("2 steps", check => {
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check.same(battle.playing_ship, battle.play_order[2], "third ship playing");
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check.equals(battle.getPlayOrder(battle.play_order[0]), 1);
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check.equals(battle.getPlayOrder(battle.play_order[1]), 2);
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check.equals(battle.getPlayOrder(battle.play_order[2]), 0);
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});
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battle.advanceToNextShip();
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check.in("3 steps", check => {
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check.same(battle.playing_ship, battle.play_order[0], "first ship playing");
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check.equals(battle.getPlayOrder(battle.play_order[0]), 0);
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check.equals(battle.getPlayOrder(battle.play_order[1]), 1);
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check.equals(battle.getPlayOrder(battle.play_order[2]), 2);
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});
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});
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test.case("lists area effects", check => {
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let battle = new Battle();
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let ship = battle.fleets[0].addShip();
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let peer = battle.fleets[1].addShip();
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peer.setArenaPosition(100, 50);
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check.equals(battle.getAreaEffects(peer), [], "initial");
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let drone1 = new Drone(ship);
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drone1.x = 120;
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drone1.y = 60;
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drone1.radius = 40;
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drone1.effects = [new DamageEffect(12)];
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battle.addDrone(drone1);
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let drone2 = new Drone(ship);
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drone2.x = 130;
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drone2.y = 70;
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drone2.radius = 20;
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drone2.effects = [new DamageEffect(14)];
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battle.addDrone(drone2);
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check.equals(battle.getAreaEffects(peer), [[drone1, drone1.effects[0]]], "drone effects");
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let eq1 = new ToggleAction("eq1", { power: 0, radius: 500, effects: [new AttributeEffect("initiative", 1)] });
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ship.actions.addCustom(eq1);
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ship.actions.toggle(eq1, true);
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let eq2 = new ToggleAction("eq2", { power: 0, radius: 500, effects: [new AttributeEffect("initiative", 2)] });
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ship.actions.addCustom(eq2);
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ship.actions.toggle(eq2, false);
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let eq3 = new ToggleAction("eq3", { power: 0, radius: 100, effects: [new AttributeEffect("initiative", 3)] });
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ship.actions.addCustom(eq3);
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ship.actions.toggle(eq3, true);
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check.equals(battle.getAreaEffects(peer), [
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[drone1, drone1.effects[0]],
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[ship, eq1.effects[0]],
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], "drone and toggle effects");
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});
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test.case("is serializable", check => {
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let battle = Battle.newQuickRandom();
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battle.ai_playing = true;
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let serializer = new Serializer(TK.SpaceTac);
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let data = serializer.serialize(battle);
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let loaded = serializer.unserialize(data);
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check.equals(loaded.ai_playing, false, "ai playing is reset");
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battle.ai_playing = false;
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check.equals(loaded, battle, "unserialized == initial");
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let session = new GameSession();
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session.startNewGame();
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session.start_location.setupEncounter();
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session.start_location.enterLocation(session.player.fleet);
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let battle1 = nn(session.getBattle());
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let data1 = serializer.serialize(battle1);
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let ratio = data.length / data1.length;
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check.greaterorequal(ratio, 1.2, `quick battle serialized size (${data.length}) should be larger than campaign's (${data1.length})`);
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});
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test.case("can revert the last action", check => {
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let battle = new Battle();
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let ship = battle.fleets[0].addShip();
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ship.setValue("hull", 13);
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battle.log.clear();
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battle.log.add(new ShipValueDiff(ship, "hull", 4));
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battle.log.add(new ShipActionUsedDiff(ship, EndTurnAction.SINGLETON, Target.newFromShip(ship)));
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battle.log.add(new ShipValueDiff(ship, "hull", 7));
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battle.log.add(new ShipActionUsedDiff(ship, EndTurnAction.SINGLETON, Target.newFromShip(ship)));
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battle.log.add(new ShipValueDiff(ship, "hull", 2));
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check.in("initial state", check => {
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check.equals(ship.getValue("hull"), 13, "hull=13");
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check.equals(battle.log.count(), 5, "log count=5");
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});
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battle.revertOneAction();
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check.in("revert 1 action", check => {
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check.equals(ship.getValue("hull"), 11, "hull=11");
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check.equals(battle.log.count(), 3, "log count=3");
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});
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battle.revertOneAction();
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check.in("revert 2 actions", check => {
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check.equals(ship.getValue("hull"), 4, "hull=4");
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check.equals(battle.log.count(), 1, "log count=1");
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});
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battle.revertOneAction();
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check.in("revert 3 actions", check => {
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check.equals(ship.getValue("hull"), 0, "hull=0");
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check.equals(battle.log.count(), 0, "log count=0");
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});
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})
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});
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}
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