public void NoDahan_NoDefend()
{
var fxt = new GameFixture()
.WithSpirit(new StonesUnyieldingDefiance())
.Start();
// Given: a space to ravage on.
var space = fxt.board[5];
var tokens = fxt.gameState.Tokens[space];
fxt.gameState.InvaderDeck.Ravage.Add(InvaderCardEx.For(space));
// And: no dahan
tokens.InitDefault(TokenType.Dahan, 0);
// And: enough explorers to cause blight
tokens.InitDefault(Invader.Explorer, 2);
// When: Card Played (grow,select card,play card)
// And: Invader actions proceed
Stone_Grows(fxt);
BuysAndUses(fxt, StubbornSolidity.Name);
// Then: Blight
tokens.Blight.Count.ShouldBe(1);
}
public void DoNotRunGame_IfNotStartGameFirst()
{
var gameFixture = new GameFixture();
var game = new GameFixture().CreateGame();
Assert.Throws <GameNotStartedException>(() => game.Run(gameFixture.GetUsersInGame()));
}
public void LotsOfInvaders_DahanUnchanged()
{
var fxt = new GameFixture()
.WithSpirit(new StonesUnyieldingDefiance())
.Start();
// Given: a space to ravage on.
var space = fxt.board[5]; // a5
var tokens = fxt.gameState.Tokens[space];
fxt.gameState.InvaderDeck.Ravage.Add(InvaderCardEx.For(space));
// And: dahan in space
const int startingDahanCount = 10;
tokens.InitDefault(TokenType.Dahan, startingDahanCount);
// And: will cause 9 points of damage
tokens.InitDefault(Invader.Explorer, 19); // 19 = 10 defend from dahan + 9 points of damage
// When: Card Played (grow,select card,play card)
// And: Invader actions proceed
Stone_Grows(fxt);
BuysAndUses(fxt, StubbornSolidity.Name);
// Then: all dahan still there
tokens[Tokens.Dahan].ShouldBe(startingDahanCount);
}
public void WhenUserGuessNo_ThenItShouldBeTheWinner()
{
const int expectedGuessNo = 5;
const int expectedWinnerUserId = 2;
var gameFixture = new GameFixture();
const int noOfRounds = 3;
var game = gameFixture.CreateGame(expectedGuessNo);
var usersForGame = new List <int> {
1, expectedWinnerUserId, 3
};
game.Start(noOfRounds, 100, usersForGame);
var expectedNonWinner = new UserInGame(1, expectedGuessNo);
var expectedWinner = new UserInGame(expectedWinnerUserId, expectedGuessNo - 4);
var usersInGame = new List <UserInGame>()
{
expectedNonWinner,
expectedWinner,
new UserInGame(3, expectedGuessNo + 44)
};
game.Run(usersInGame);
expectedNonWinner.Number = expectedGuessNo + 22;
expectedWinner.Number = expectedGuessNo;
game.Run(usersInGame);
game.Run(usersInGame);
var actualGameWinner = game.GameWinnerId;
Assert.Equal(expectedWinner.UserId, actualGameWinner);
}
internal static Task <LeagueOverview> ExtractStandingsAndFixturesAsync(DomResultItem item, bool areStandingRequired, CancellationToken ct)
{
return(Task.Run(() =>
{
var html = new HtmlDocument();
html.LoadHtml(item.Content);
var standings = GetStandings(html, areStandingRequired, ct);
var fixturesTable = html.DocumentNode.SelectSingleNode("//table[@id='mbt-v2-schedule-table']");
GameFixture[] fixtures;
// when there are no fixtures, pages shows only results
if (IsFixturesTabActive(html))
{
fixtures = ExtractFixturesOrResults <GameFixture>(fixturesTable, includeResults: false, ct);
}
else
{
fixtures = new GameFixture[0];
}
return new LeagueOverview(
standings: standings,
fixtures: fixtures.Where(f => f != null).ToArray(),
results: null
);
}));
}
public void WhenStartingNewGame_ThenDoNotAllowZeroRounds()
{
var game = new GameFixture().CreateGame();
var guessMaxAnonymous = 1;
var rounds = 0;
Assert.Throws <ArgumentException>(() => game.Start(rounds, guessMaxAnonymous, new List <int>()));
}
public void WhenStartingNewGame_ThenShouldAcceptNoOfRounds()
{
var expectedRounds = 5;
var guessMaxAnonymous = 10;
var game = new GameFixture().CreateGame();
game.Start(expectedRounds, guessMaxAnonymous, new List <int>());
Assert.Equal(expectedRounds, game.TotalRounds);
}
public void WhenRunTheGame_ThenCurrentRoundShouldIncrease()
{
var gameFixture = new GameFixture();
var game = gameFixture.CreateGame();
gameFixture.StartAnyGame();
game.Run(gameFixture.GetUsersInGame());
Assert.Equal(1, game.CurrentRound);
}
public void WhenLastRoundOfGame_ShouldLastPropertyFalse()
{
var gameFixture = new GameFixture();
var game = gameFixture.CreateGame();
gameFixture.StartAnyGame(2);
var round1 = game.Run(gameFixture.GetUsersInGame());
Assert.False(round1.LastRound);
var round2 = game.Run(gameFixture.GetUsersInGame());
Assert.True(round2.LastRound);
}
public void WhenGameFinish_ThenRunShouldThrowGameOver()
{
var gameFixture = new GameFixture();
var game = gameFixture.CreateGame();
gameFixture.StartAnyGame(1);
var anonymousUsersInGame = new List <UserInGame> {
new UserInGame(1, 1)
};
game.Run(anonymousUsersInGame);
Assert.Throws <GameOverException>(() => game.Run(anonymousUsersInGame));
}
public void WhenUserGuessesNumberInOneRound_ThenItShouldWinTheGame()
{
var gameFixture = new GameFixture();
const int expectedGuessNo = 5;
const int expectedWinnerUserId = 1;
var usersForGame = new List <int> {
expectedWinnerUserId, 2
};
var game = gameFixture.CreateGame();
game.Start(1, 100, usersForGame);
var usersInGame = new List <UserInGame>
{
new UserInGame(expectedWinnerUserId, expectedGuessNo),
new UserInGame(2, expectedGuessNo + 50)
};
game.Run(usersInGame);
Assert.Equal(expectedWinnerUserId, game.GameWinnerId);
}
static void BuysAndUses(GameFixture fxt, string cardName)
{
fxt.user.PlaysCard(cardName);
fxt.user.SelectsFastAction(cardName);
fxt.user.TargetsLand(cardName, "A1,A2,A3,A4,(A5),A6");
}
static void Stone_Grows(GameFixture fxt)
{
fxt.user.Growth_SelectsOption("PlacePresence(2) / GainEnergy(3)");
fxt.user.Growth_PlacesPresence("energy>A1;A2;A3;A4;(A5);A6;A7;A8");
// fxt.user.Growth_GainsEnergy();
}
