public void LoadingFromASavedGameReturnsTheSameGame()
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
var mockRenderer = Mock.Of<GameLogic.Interfaces.IRLRenderer>();
var savingGame = new GameLogic.RLGame(renderer: mockRenderer, levelGenerator: levelGenerator.Object);
savingGame.SetUp();
savingGame.ProcessInput(GameLogic.RLPlayerAction.EmptyAction);
bool testResult = savingGame.SaveGame();
Assert.IsTrue(testResult);
var savingMap = savingGame.map;
var savingAgents = savingGame.monsters;
var savingHero = savingGame.hero;
savingGame.LoadGame();
//Map is the same
Assert.AreEqual(savingMap.Cells.Count, savingGame.map.Cells.Count);
//Agents are the same
Assert.AreEqual(savingAgents.Count, savingGame.monsters.Count);
Assert.IsTrue(savingHero.Equals(savingGame.hero));
}
public void ConstructorCreatesExpectedValues()
{
var RLGame = new GameLogic.RLGame();
Assert.IsNotNull(RLGame.messages);
Assert.IsNotNull(RLGame.monsters);
}
public void TwoEqualMapsAreEqual()
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
var mockRenderer = Mock.Of<GameLogic.Interfaces.IRLRenderer>();
var game1 = new GameLogic.RLGame(mockRenderer, levelGenerator.Object, new IOLogic.JsonGameIOService());
var game2 = new GameLogic.RLGame(mockRenderer, levelGenerator.Object, new IOLogic.JsonGameIOService());
game1.SetUp();
game2.SetUp();
Assert.AreEqual(game1.map, game2.map);
}
public void SetUpCreatesAgentsAndMap()
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
var mockRenderer = Mock.Of<GameLogic.Interfaces.IRLRenderer>();
var game = new GameLogic.RLGame(mockRenderer, levelGenerator.Object, new IOLogic.JsonGameIOService());
game.SetUp();
Assert.IsNotNull(game.map);
Assert.IsNotNull(game.hero);
}
public void RLGameLogic_when_rendering_during_setup_the_correct_methods_are_called()
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
var mockMap = levelGenerator.Object.GenerateMap();
var mockRenderer = new Mock<GameLogic.Interfaces.IRLRenderer>();
mockRenderer.Setup(r => r.DrawMap(mockMap)).Verifiable();
mockRenderer.Setup(r => r.DrawAgent(mockMap, It.IsAny<GameLogic.RLAgent>(), It.IsAny<int>(), It.IsAny<int>())).Verifiable();
var game = new GameLogic.RLGame(renderer: mockRenderer.Object, levelGenerator: levelGenerator.Object, jsonService: new IOLogic.JsonGameIOService());
game.SetUp();
mockRenderer.Verify();
}
public void TakeTurnHandlesMove(int expectedX, int expectedY, GameLogic.RLPlayerAction actionToPass)
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
var mockRenderer = Mock.Of<GameLogic.Interfaces.IRLRenderer>();
var game = new GameLogic.RLGame(renderer: mockRenderer, levelGenerator: levelGenerator.Object, jsonService: new IOLogic.JsonGameIOService());
game.SetUp();
game.ProcessInput(actionToPass);
Assert.AreEqual(expectedX, game.hero.locationX);
Assert.AreEqual(expectedY, game.hero.locationY);
if (actionToPass == GameLogic.RLPlayerAction.Wait)
{
Assert.IsTrue(game.messages.First().Item2 == "You wait");
}
}
public void WhenMovingIntoAWallAMessageIsDisplayed()
{
var levelGenerator = RLMapHelpers.GetMockLevelGenerator();
levelGenerator.Setup(l => l.GenerateMap())
.Returns(new GameLogic.RLMap(GameLogic.RLMap.MapType.emptyMap, mapHeight: 3, mapWidth: 3, cells: new List<GameLogic.RLCell>(){
new GameLogic.RLCell() { X = 0, Y = 0, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 1, Y = 0, Passable=false, Unoccupied=true},
new GameLogic.RLCell() { X = 2, Y = 0, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 0, Y = 1, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 1, Y = 1, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 2, Y = 1, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 0, Y = 2, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 1, Y = 2, Passable=true, Unoccupied=true},
new GameLogic.RLCell() { X = 2, Y = 2, Passable=true, Unoccupied=true}
}));
var mockRenderer = Mock.Of<GameLogic.Interfaces.IRLRenderer>();
var game = new GameLogic.RLGame(mockRenderer, levelGenerator.Object, new IOLogic.JsonGameIOService());
game.SetUp();
game.ProcessInput(GameLogic.RLPlayerAction.MoveUp);
//Because 0,1 is marked as not passable, we shouldn't have moved
Assert.AreEqual(1, game.hero.locationX);
Assert.AreEqual(1, game.hero.locationY);
//There should also be a message
Assert.IsTrue(game.messages.Where(m => m.Item2 == GameLogic.RLGame.DESTINATION_IMPASSABLE)
.Count() > 0);
Assert.IsTrue(game.messages.Where(m => m.Item2 == GameLogic.RLGame.DESTINATION_IMPASSABLE)
.Select(m => m.Item1)
.FirstOrDefault() == ConsoleColor.Red);
}
