public void PlayerMovesOutAndIntoTheRange()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize);
var player1 = this.GetPlayer();
player1.Stub(p => p.Id).Return(1);
player1.X = 101;
player1.Y = 100;
map.Add(player1);
var player2 = this.GetPlayer();
player2.Stub(p => p.Id).Return(2);
player2.X = 101;
player2.Y = 100;
map.Add(player2);
map.Move(player1, 100, 130, new object(), 0);
player1.AssertWasCalled(p => p.LocateablesOutOfScope(null), o => o.IgnoreArguments());
player2.AssertWasCalled(p => p.LocateableRemoved(null, null), o => o.IgnoreArguments());
player2.AssertWasCalled(p => p.NewLocateablesInScope(null), o => o.IgnoreArguments().Repeat.Times(1));
player1.AssertWasCalled(p => p.LocateableAdded(null, null), o => o.IgnoreArguments().Repeat.Times(1));
map.Move(player2, 101, 130, new object(), 0);
player2.AssertWasCalled(p => p.NewLocateablesInScope(null), o => o.IgnoreArguments().Repeat.Times(2));
player1.AssertWasCalled(p => p.LocateableAdded(null, null), o => o.IgnoreArguments().Repeat.Times(2));
}
public void PlayerMovesOutAndIntoTheRange()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize, null);
var player1 = this.GetPlayer();
player1.Setup(p => p.Id).Returns(1);
player1.Object.Position = new Point(101, 100);
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Setup(p => p.Id).Returns(2);
player2.Object.Position = new Point(101, 100);
map.Add(player2.Object);
player1.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player1.Object))), Times.Once);
player1.Verify(p => p.LocateableAdded(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
player1.Invocations.Clear();
player2.Invocations.Clear();
map.Move(player1.Object, new Point(100, 130), new object(), 0);
player1.Verify(p => p.LocateablesOutOfScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.LocateableRemoved(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
player1.Invocations.Clear();
player2.Invocations.Clear();
map.Move(player2.Object, new Point(101, 130), new object(), 0);
player2.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player1.Object))), Times.Once);
player1.Verify(p => p.LocateableAdded(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
}
/// <summary>
/// Tests the performance of the movements. Not a standard test.
/// </summary>
/// [Test]
public void TestPerformanceMove()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize, null);
var player1 = this.GetPlayer();
player1.Setup(p => p.Id).Returns(1);
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Setup(p => p.Id).Returns(2);
player2.Object.Position = new Point(101, 100);
map.Add(player2.Object);
var sw = new System.Diagnostics.Stopwatch();
sw.Start();
var moveLock = new object();
for (int i = 0; i < 1000; i++)
{
map.Move(player1.Object, new Point((byte)(100 + (i % 30)), (byte)(100 + (i % 30))), moveLock, 0);
}
sw.Stop();
Console.WriteLine(sw.ElapsedMilliseconds);
}
public void LocateableNotOutOfScopeWhenMovedToObservedBucket()
{
var worldObserver = new Mock <IWorldObserver>();
var view = new Mock <IWorldView>();
worldObserver.Setup(o => o.WorldView).Returns(view.Object);
var adapter = new ObserverToWorldViewAdapter(worldObserver.Object, 12);
var map = new GameMap(new DataModel.Configuration.GameMapDefinition(), 10, 8, null);
var nonPlayer1 = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), map)
{
Position = new Point(128, 128)
};
map.Add(nonPlayer1);
var nonPlayer2 = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), map)
{
Position = new Point(100, 128)
};
map.Add(nonPlayer2);
adapter.ObservingBuckets.Add(nonPlayer1.NewBucket);
adapter.ObservingBuckets.Add(nonPlayer2.NewBucket);
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer1));
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer2));
map.Move(nonPlayer1, nonPlayer2.Position, nonPlayer1, MoveType.Instant);
view.Verify(v => v.NewNpcsInScope(It.Is <IEnumerable <NonPlayerCharacter> >(arg => arg.Contains(nonPlayer1))), Times.Once);
view.Verify(v => v.NewNpcsInScope(It.Is <IEnumerable <NonPlayerCharacter> >(arg => arg.Contains(nonPlayer2))), Times.Once);
view.Verify(v => v.ObjectsOutOfScope(It.IsAny <IEnumerable <IIdentifiable> >()), Times.Never);
view.Verify(v => v.ObjectMoved(It.Is <ILocateable>(arg => arg == nonPlayer1), MoveType.Instant), Times.Once);
}
public void LocateableNotOutOfScopeWhenMovedToObservedBucket()
{
var worldObserver = MockRepository.GenerateStub <IWorldObserver>();
var view = MockRepository.GenerateStrictMock <IWorldView>();
worldObserver.Stub(o => o.WorldView).Return(view);
var adapter = new ObserverToWorldViewAdapter(worldObserver, 12);
var map = new GameMap(new DataModel.Configuration.GameMapDefinition(), 10, 8, null);
var nonPlayer1 = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), map)
{
X = 128,
Y = 128
};
map.Add(nonPlayer1);
var nonPlayer2 = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), map)
{
X = 100,
Y = 128
};
map.Add(nonPlayer2);
adapter.ObservingBuckets.Add(nonPlayer1.NewBucket);
adapter.ObservingBuckets.Add(nonPlayer2.NewBucket);
view.Expect(v => v.NewNpcsInScope(null)).IgnoreArguments().Repeat.Twice();
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer1));
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer2));
view.Expect(v => v.ObjectsOutOfScope(null)).IgnoreArguments().Repeat.Never();
view.Expect(v => v.ObjectMoved(null, MoveType.Instant)).IgnoreArguments().Repeat.Once();
map.Move(nonPlayer1, nonPlayer2.X, nonPlayer2.Y, nonPlayer1, MoveType.Instant);
view.VerifyAllExpectations();
}
public void TestPlayerEntersMap()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize);
var player1 = this.GetPlayer();
player1.Object.Position = new Point(100, 100);
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Object.Position = new Point(101, 100);
map.Add(player2.Object);
player1.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player1.Object))), Times.Once);
player1.Verify(p => p.LocateableAdded(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
}
public void Spell()
{
Human hero = new Human();
Elpf enemie = new Elpf();
new PrivateType(typeof(GameMap)).SetStaticField("instance", null);
GameMap map = GameMap.GetInstance();
map.Add(hero, 1);
map.Add(enemie, 2);
Assert.IsTrue(hero.Spell(enemie));
Assert.AreEqual(enemie.Hp, 40);
Assert.IsTrue(hero.Spell(enemie));
Assert.IsTrue(enemie.IsDead);
}
public void PlayerMovesOutOfRange()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize);
var player1 = this.GetPlayer();
player1.Object.Position = new Point(101, 100);
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Object.Position = new Point(101, 100);
map.Add(player2.Object);
map.Move(player1.Object, new Point(100, 130), new object(), 0);
player1.Verify(p => p.LocateablesOutOfScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.LocateableRemoved(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
}
public void Add()
{
new PrivateType(typeof(Elpf)).SetStaticField("ind", 0);
new PrivateType(typeof(GameMap)).SetStaticField("instance", null);
GameMap map = GameMap.GetInstance();
Elpf per1 = new Elpf();
Elpf per2 = new Elpf();
Assert.AreEqual(per1.Name, "Elpf0");
Assert.AreEqual(per2.Name, "Elpf1");
Assert.IsTrue(map.Add(per1, 20));
Assert.IsFalse(map.Add(per1, 20));
Assert.IsFalse(map.Add(per2, 20));
Assert.IsFalse(map.Add(per1, 21));
Assert.IsTrue(map.Add(per2, 21));
}
// Create some sample treasure
// that can be picked up on the map
public static void CreateLoot()
{
// number of treasure drops to create
int numLoot = 20;
Random rndNum = new Random();
// Produce lot up to a max of numLoot
for (int i = 0; i < numLoot; i++)
{
// Create an Item with some standard attributes
int lootPosition = 0;
Item newLoot = new Item(Color.Green, Color.Transparent, "fancy shirt", 'L', 2);
// Try placing the Item at lootPosition; if this fails, try random positions on the map's tile array
while (GameMap.Tiles[lootPosition].IsBlockingMove)
{
// pick a random spot on the map
lootPosition = rndNum.Next(0, GameMap.Width * GameMap.Height);
}
// set the loot's new position
newLoot.Position = new Point(lootPosition % GameMap.Width, lootPosition / GameMap.Width);
// add the Item to the MultiSpatialMap
GameMap.Add(newLoot);
}
}
public void Move()
{
new PrivateType(typeof(Elpf)).SetStaticField("ind", 0);
new PrivateType(typeof(GameMap)).SetStaticField("instance", null);
GameMap map = GameMap.GetInstance();
Elpf per1 = new Elpf();
Elpf per2 = new Elpf();
Assert.IsTrue(map.Add(per1, 13));
Assert.IsTrue(map.Add(per2, 12));
Assert.IsTrue(per1.Move(14));
Assert.IsTrue(per2.Move(14));
Assert.AreEqual(per2.Name, map[13]);
Elpf per3 = new Elpf();
Assert.IsTrue(map.Add(per3, 29));
Assert.IsFalse(per3.Move(34));
}
public void TestPlayerLeavesMap()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize);
var player1 = this.GetPlayer();
player1.Object.Position = new Point(100, 100);
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Object.Position = new Point(101, 100);
map.Add(player2.Object);
map.Remove(player2.Object);
Assert.AreEqual(player2.Object.ObservingBuckets.Count, 0);
player1.Verify(p => p.LocateableRemoved(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
player2.Verify(p => p.LocateableRemoved(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
Assert.That(player1.Object.Observers.Count, Is.EqualTo(0));
Assert.That(player2.Object.Observers.Count, Is.EqualTo(0));
}
public void TestPlayerEntersMap()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize);
var player1 = this.GetPlayer();
player1.Stub(p => p.Id).Return(1);
player1.X = 100;
player1.Y = 100;
map.Add(player1);
var player2 = this.GetPlayer();
player2.Stub(p => p.Id).Return(2);
player2.X = 101;
player2.Y = 100;
map.Add(player2);
player1.AssertWasCalled(p => p.NewLocateablesInScope(null), o => o.IgnoreArguments());
player2.AssertWasCalled(p => p.NewLocateablesInScope(null), o => o.IgnoreArguments());
player1.AssertWasCalled(p => p.LocateableAdded(null, null), o => o.IgnoreArguments());
}
public void TestPlayerEntersMap()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize, null);
var player1 = this.GetPlayer();
player1.Setup(p => p.Id).Returns(1);
player1.Object.X = 100;
player1.Object.Y = 100;
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Setup(p => p.Id).Returns(2);
player2.Object.X = 101;
player2.Object.Y = 100;
map.Add(player2.Object);
player1.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.NewLocateablesInScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player1.Object))), Times.Once);
player1.Verify(p => p.LocateableAdded(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
}
public void TestPlayerLeavesMap()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize, 0);
var player1 = this.GetPlayer();
player1.Stub(p => p.Id).Return(1);
player1.X = 100;
player1.Y = 100;
map.Add(player1);
var player2 = this.GetPlayer();
player2.Stub(p => p.Id).Return(2);
player2.X = 101;
player2.Y = 100;
map.Add(player2);
map.Remove(player2);
player1.AssertWasCalled(p => p.LocateableRemoved(null, null), o => o.IgnoreArguments());
Assert.AreEqual(player2.ObservingBuckets.Count, 0);
}
public void Remove()
{
new PrivateType(typeof(Elpf)).SetStaticField("ind", 0);
new PrivateType(typeof(GameMap)).SetStaticField("instance", null);
GameMap map = GameMap.GetInstance();
Elpf per1 = new Elpf();
Assert.IsTrue(map.Add(per1, 20));
Assert.IsTrue(map.Remove(per1));
Assert.IsFalse(map.Remove(per1));
}
/// <summary>
/// 创建一个很大的Dic1
/// </summary>
/// <param name="v"></param>
/// <returns></returns>
public static GameMap <int, int> CreateArr1(int v)
{
GameMap <int, int> arr = new GameMap <int, int>();
System.Random r = new System.Random();
for (int i = 0; i < v; i++)
{
arr.Add(i, r.Next(0, v));
}
return(arr);
}
public void PlayerMovesOutOfRange()
{
var map = new GameMap(new GameMapDefinition(), 60, ChunkSize, null);
var player1 = this.GetPlayer();
player1.Setup(p => p.Id).Returns(1);
player1.Object.X = 101;
player1.Object.Y = 100;
map.Add(player1.Object);
var player2 = this.GetPlayer();
player2.Setup(p => p.Id).Returns(2);
player2.Object.X = 101;
player2.Object.Y = 100;
map.Add(player2.Object);
map.Move(player1.Object, 100, 130, new object(), 0);
player1.Verify(p => p.LocateablesOutOfScope(It.Is <IEnumerable <ILocateable> >(n => n.Contains(player2.Object))), Times.Once);
player2.Verify(p => p.LocateableRemoved(It.IsAny <object>(), It.IsAny <BucketItemEventArgs <ILocateable> >()), Times.Once);
}
public void ClassInitialize()
{
new PrivateType(typeof(Elpf)).SetStaticField("ind", 0);
new PrivateType(typeof(GameMap)).SetStaticField("instance", null);
GameMap map = GameMap.GetInstance();
GameMap map1 = GameMap.GetInstance();
Assert.AreEqual(map.Map.ToString(), "_".PadLeft(30, '_'));
Elpf per1 = new Elpf();
Assert.IsTrue(map.Add(per1, 20));
Assert.AreEqual(map.Map[20], "Elpf0");
Assert.AreEqual(map1.Map[20], "Elpf0");
GameMap map2 = GameMap.GetInstance();
Assert.AreEqual(map2.Map[20], "Elpf0");
}
// Create a player using SadConsole's Entity class
public static void CreatePlayer()
{
Player = new Player(Color.Yellow, Color.Transparent);
// Place the player on the first non-movement-blocking tile on the map
for (int i = 0; i < GameMap.Tiles.Length; i++)
{
if (!GameMap.Tiles[i].IsBlockingMove)
{
// Set the player's position to the index of the current map position
Player.Position = SadConsole.Helpers.GetPointFromIndex(i, GameMap.Width);
break;
}
}
// add the player to the Map's collection of Entities
GameMap.Add(Player);
}
public void LocateableAddedAlreadyExists()
{
var worldObserver = MockRepository.GenerateStub <IWorldObserver>();
var view = MockRepository.GenerateStrictMock <IWorldView>();
worldObserver.Stub(o => o.WorldView).Return(view);
var adapter = new ObserverToWorldViewAdapter(worldObserver, 12);
var map = new GameMap(new DataModel.Configuration.GameMapDefinition(), 10, 8, 1000);
var nonPlayer = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), 0, map)
{
X = 128,
Y = 128
};
map.Add(nonPlayer);
view.Expect(v => v.NewNpcsInScope(null)).IgnoreArguments().Repeat.Once();
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer));
adapter.ObservingBuckets.Add(nonPlayer.CurrentBucket);
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer));
view.VerifyAllExpectations();
}
public void LocateableAddedAlreadyExists()
{
var worldObserver = new Mock <IWorldObserver>();
var view = new Mock <IWorldView>();
worldObserver.Setup(o => o.WorldView).Returns(view.Object);
var adapter = new ObserverToWorldViewAdapter(worldObserver.Object, 12);
var map = new GameMap(new DataModel.Configuration.GameMapDefinition(), 10, 8, null);
var nonPlayer = new NonPlayerCharacter(new DataModel.Configuration.MonsterSpawnArea(), new DataModel.Configuration.MonsterDefinition(), map)
{
Position = new Point(128, 128)
};
map.Add(nonPlayer);
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer));
adapter.ObservingBuckets.Add(nonPlayer.NewBucket);
nonPlayer.OldBucket = nonPlayer.NewBucket; // oldbucket would be set, if it got moved on the map
adapter.LocateableAdded(map, new BucketItemEventArgs <ILocateable>(nonPlayer));
view.Verify(v => v.NewNpcsInScope(It.Is <IEnumerable <NonPlayerCharacter> >(arg => arg.Contains(nonPlayer))), Times.Once);
}
// Create some random monsters with random attack and defense values
// and drop them all over the map in
// random places.
public static void CreateMonsters()
{
// number of monsters to create
int numMonsters = 10;
// random position generator
Random rndNum = new Random();
// Create several monsters and
// pick a random position on the map to place them.
// check if the placement spot is blocking (e.g. a wall)
// and if it is, try a new position
for (int i = 0; i < numMonsters; i++)
{
int monsterPosition = 0;
Monster newMonster = new Monster(Color.Blue, Color.Transparent);
while (GameMap.Tiles[monsterPosition].IsBlockingMove)
{
// pick a random spot on the map
monsterPosition = rndNum.Next(0, HUD.MapWidth * HUD.MapHeight);
}
// plug in some magic numbers for attack and defense values
newMonster.Defense = rndNum.Next(0, 10);
newMonster.DefenseChance = rndNum.Next(0, 50);
newMonster.Attack = rndNum.Next(0, 10);
newMonster.AttackChance = rndNum.Next(0, 50);
newMonster.Name = "a common troll";
// Set the monster's new position
// Note: this fancy math will be replaced by a new helper method
// in the next revision of SadConsole
newMonster.Position = new Point(monsterPosition % HUD.MapWidth, monsterPosition / HUD.MapWidth);
GameMap.Add(newMonster);
}
}
