using System.Collections.Generic; using System.Linq; using System.Threading; using System.Threading.Tasks; using NUnit.Framework; using PkmnLibSharp.Battling; using PkmnLibSharp.Battling.ChoiceTurn; using PkmnLibSharp.Battling.Events; namespace PkmnLibSharpTests.Battling.BattleTests { public class BasicBattleTests { [Test] public void InitializeBattle() { var lib = BattleLibraryHelper.GetLibrary(); var battle = new BattleBuilder(lib, true, 2, 1).Build(); Assert.AreEqual(lib, battle.Library); Assert.AreEqual(true, battle.CanFlee); Assert.AreEqual(2, battle.SidesCount); Assert.AreEqual(false, battle.HasEnded); Assert.AreEqual(0, battle.PartiesCount); battle.Dispose(); } private static PokemonParty BuildTestParty(BattleLibrary lib) { var party = new PokemonParty(); party.SwapInto(0, new PokemonBuilder(lib, "testSpecies", 50) .LearnMove("testMove", MoveLearnMethod.Unknown) .Build()); return party; } [Test] public void InitializeBattleWithParties() { var lib = BattleLibraryHelper.GetLibrary(); var p1 = BuildTestParty(lib); var p2 = BuildTestParty(lib); var battle = new BattleBuilder(lib, true, 2, 1) .WithPartyOnPositions(p1, new BattlePosition(0, 0)) .WithPartyOnPositions(p2, new BattlePosition(1, 0)) .Build(); Assert.AreEqual(2, battle.PartiesCount); Assert.AreEqual(p1, battle.Parties[0].Party); Assert.AreEqual(p2, battle.Parties[1].Party); battle.Dispose(); } [Test] public void RunTurn() { var lib = BattleLibraryHelper.GetLibrary(); var p1 = BuildTestParty(lib); var p2 = BuildTestParty(lib); var battle = new BattleBuilder(lib, true, 2, 1) .WithPartyOnPositions(p1, new BattlePosition(0, 0)) .WithPartyOnPositions(p2, new BattlePosition(1, 0)) .Build(); battle.SwitchPokemon(0, 0, p1.GetAtIndex(0)); battle.SwitchPokemon(1, 0, p2.GetAtIndex(0)); Assert.AreEqual(0, battle.CurrentTurn); var moveTurn1 = new MoveTurnChoice(p1.GetAtIndex(0), p1.GetAtIndex(0).Moves[0], 1, 0 ); var moveTurn2 = new MoveTurnChoice(p2.GetAtIndex(0), p2.GetAtIndex(0).Moves[0], 0, 0 ); Assert.That(battle.TrySetChoice(moveTurn1)); Assert.That(battle.TrySetChoice(moveTurn2)); Assert.AreEqual(battle.CurrentTurn, 1); battle.Dispose(); } [Test] public void EventListener() { var lib = BattleLibraryHelper.GetLibrary(); var p1 = BuildTestParty(lib); var p2 = BuildTestParty(lib); var battle = new BattleBuilder(lib, true, 2, 1) .WithPartyOnPositions(p1, new BattlePosition(0, 0)) .WithPartyOnPositions(p2, new BattlePosition(1, 0)) .WithRandomSeed(20) .Build(); var evts = new List(); var eventListener = new BattleEventListener(evt => { evts.Add(evt); return Task.CompletedTask; }); battle.RegisterEventListener(eventListener); battle.SwitchPokemon(0, 0, p1.GetAtIndex(0)); battle.SwitchPokemon(1, 0, p2.GetAtIndex(0)); Assert.AreEqual(0, battle.CurrentTurn); var moveTurn1 = new MoveTurnChoice(p1.GetAtIndex(0), p1.GetAtIndex(0).Moves[0], 1, 0 ); var moveTurn2 = new MoveTurnChoice(p2.GetAtIndex(0), p2.GetAtIndex(0).Moves[0], 0, 0 ); Assert.That(battle.TrySetChoice(moveTurn1)); Assert.That(battle.TrySetChoice(moveTurn2)); Assert.AreEqual(1, battle.CurrentTurn); eventListener.EnsureFinishedListening(); var damageEvents = evts.Where(x => x.Kind == EventDataKind.Damage).Cast().ToArray(); Assert.AreEqual(2, damageEvents.Length); Assert.AreEqual(damageEvents[0].Pokemon, p2.GetAtIndex(0)); Assert.AreEqual(damageEvents[1].Pokemon, p1.GetAtIndex(0)); battle.Dispose(); } } }