public void RenderStartGameMessageShouldNotThrow()
{
IBasicUIRenderer renderer = new ConsoleUIRenderer();
var highscore = new Highscore();
var basicIOProvider = new BasicIOProvider<BasicUIRenderer>(renderer, highscore);
basicIOProvider.RenderStartGameMessage();
}
public void AddPlayerTest()
{
var highScore = new Highscore();
var playersCount = 5;
highScore.LoadData();
Assert.AreEqual(playersCount, highScore.Players.Count);
bool playersAreOrdered = highScore.Players[0].Moves >= highScore.Players[1].Moves;
Assert.IsTrue(playersAreOrdered);
}
public void ProceedCommandShouldThrow()
{
IBasicUIRenderer renderer = new ConsoleUIRenderer();
var highscore = new Highscore();
var basicIOProvider = new BasicIOProvider<BasicUIRenderer>(renderer, highscore);
var matrix = new Matrix(5, 5);
var moves = new Mover();
basicIOProvider.ProceedCommand("ab", matrix, moves);
}
public void PlayersAreOrdered()
{
var highScore = new Highscore();
var player = new Game.Models.Player.Player("dsad", 3);
highScore.AddPlayer(player);
bool playersAreOrdered = true;
for (int i = 0; i < highScore.Players.Count - 1; i++)
{
if (highScore.Players[i].Moves < highScore.Players[i + 1].Moves)
{
playersAreOrdered = false;
}
}
Assert.IsTrue(playersAreOrdered);
}
public void ConsoleShouldPrintHighScores()
{
var testUIrenderer = new Game.UIRenderer.Renderers.ConsoleUIRenderer();
var testingHighScore = new Highscore();
testUIrenderer.PrintHighscore(testingHighScore);
}