public void AfterPlayCardWithDrawTwo_CurrentPlayer_ShouldBeCorrectOne()
{
Player roger = new Player()
{
Name = "Roger"
};
Player livy = new Player()
{
Name = "Livy"
};
Player lucy = new Player()
{
Name = "Lucy"
};
TestRuleProvider ruleProvider = new TestRuleProvider();
ruleProvider.NumberOfCardsToAddResult = 2;
Game target = new Game(new Deck(), ruleProvider);
target.Players.Add(roger);
target.Players.Add(livy);
target.Players.Add(lucy);
target.Deal();
Card card = roger.Hand.Cards[0];
roger.Hand.Cards.RemoveAt(0);
target.PlayCard(card);
Assert.AreEqual("Lucy", target.CurrentPlayer.Name);
return;
}
public void AfterPlayCardCounterClockwise_CurrentPlayer_ShouldBeNextOne()
{
Player roger = new Player()
{
Name = "Roger"
};
Player livy = new Player()
{
Name = "Livy"
};
Player lucy = new Player()
{
Name = "Lucy"
};
TestRuleProvider ruleProvider = new TestRuleProvider();
ruleProvider.ChangedDirectionResult = true;
Game target = new Game(new Deck(), ruleProvider);
target.Players.Add(roger);
target.Players.Add(livy);
target.Players.Add(lucy);
target.Deal();
Card card = roger.Hand.Cards[0];
roger.Hand.Cards.RemoveAt(0);
target.PlayCard(card);
Assert.AreEqual("Lucy", target.CurrentPlayer.Name);
return;
}
public void UsesCatchAllForNullRegex()
{
var sut = new TestRuleProvider(LoadConfiguration("Rules/TestRules/defaults.json"));
var rules = sut.Load();
Assert.Equal(".*", rules.DefaultRule.Project.ToString());
Assert.Equal(".*", rules.DefaultRule.Repo.ToString());
Assert.Equal(".*", rules.DefaultRule.Tag.ToString());
}
public void ParsesIgnoreList()
{
var sut = new TestRuleProvider(LoadConfiguration("Rules/TestRules/valid.json"));
var rules = sut.Load();
Assert.Single(rules.Rules);
var r = rules.Rules[0];
Assert.Single(r.Ignore);
Assert.Equal("develop", r.Ignore[0]);
}
public void PlayCard_WhenCardCannotBePlayed_ShouldThrow()
{
TestRuleProvider ruleProvider = new TestRuleProvider();
ruleProvider.CanPlayResult = false;
Game target = new Game(new Deck(), ruleProvider);
target.Players.Add(new Player());
target.Players.Add(new Player());
target.Deal();
target.PlayCard(new Card(Color.Red, Value.Five));
return;
}
public void ParsesDefaultRule()
{
var sut = new TestRuleProvider(LoadConfiguration("Rules/TestRules/valid.json"));
var rules = sut.Load();
Assert.Equal("^foo$", rules.DefaultRule.Project.ToString());
Assert.Equal("^bar$", rules.DefaultRule.Repo.ToString());
Assert.Equal("^baz$", rules.DefaultRule.Tag.ToString());
Assert.Equal(3, rules.DefaultRule.Ignore.Length);
Assert.Contains("a", rules.DefaultRule.Ignore);
Assert.Contains("b", rules.DefaultRule.Ignore);
Assert.Contains("c", rules.DefaultRule.Ignore);
Assert.Equal(123, rules.DefaultRule.Keep);
}
public void ChooseCardToPlay_WhenCanPlay_ShouldReturnCard()
{
const int DeckSize = 10;
Deck deck = new Deck(new TestDeckProvider(DeckSize));
IRuleProvider ruleProvider = new TestRuleProvider()
{
CanPlayResult = true
};
Game game = new Game(deck, ruleProvider);
Player target = new Player();
game.Players.Add(target);
game.Deal();
Card card = target.ChooseCardToPlay(game);
Assert.IsNotNull(card);
return;
}
public void ParsesGlobalIgnoreList()
{
var sut = new TestRuleProvider(LoadConfiguration("Rules/TestRules/valid.json"));
var rules = sut.Load();
Assert.Equal(3, rules.IgnoreGlobally.Projects.Length);
Assert.Contains("p1", rules.IgnoreGlobally.Projects);
Assert.Contains("p2", rules.IgnoreGlobally.Projects);
Assert.Contains("p3", rules.IgnoreGlobally.Projects);
Assert.Equal(3, rules.IgnoreGlobally.Repos.Length);
Assert.Contains("r1", rules.IgnoreGlobally.Repos);
Assert.Contains("r2", rules.IgnoreGlobally.Repos);
Assert.Contains("r3", rules.IgnoreGlobally.Repos);
Assert.Equal(3, rules.IgnoreGlobally.Tags.Length);
Assert.Contains("gt1", rules.IgnoreGlobally.Tags);
Assert.Contains("gt2", rules.IgnoreGlobally.Tags);
Assert.Contains("gt3", rules.IgnoreGlobally.Tags);
}
public void AfterPlayCardTwiceCounterClockwise_CurrentPlayer_ShouldBeOriginal()
{
Player roger = new Player()
{
Name = "Roger"
};
Player livy = new Player()
{
Name = "Livy"
};
Player lucy = new Player()
{
Name = "Lucy"
};
TestRuleProvider ruleProvider = new TestRuleProvider();
ruleProvider.ChangedDirectionResult = true;
Game target = new Game(new Deck(), ruleProvider);
target.Players.Add(roger);
target.Players.Add(livy);
target.Players.Add(lucy);
target.Deal();
Card card1 = roger.Hand.Cards[0];
roger.Hand.Cards.RemoveAt(0);
target.PlayCard(card1);
Card card2 = lucy.Hand.Cards[0]; // "Lucy" should be the next player in this reversed case.
lucy.Hand.Cards.RemoveAt(0);
target.PlayCard(card2);
Assert.AreEqual("Roger", target.CurrentPlayer.Name);
return;
}
public void AfterPlayCardWithDrawTwo_Player_ShouldHaveMoreCards()
{
Player roger = new Player()
{
Name = "Roger"
};
Player livy = new Player()
{
Name = "Livy"
};
Player lucy = new Player()
{
Name = "Lucy"
};
TestRuleProvider ruleProvider = new TestRuleProvider();
ruleProvider.NumberOfCardsToAddResult = 2;
Game target = new Game(new Deck(), ruleProvider);
target.Players.Add(roger);
target.Players.Add(livy);
target.Players.Add(lucy);
target.Deal();
int originalHand = livy.Hand.Cards.Count;
Card card = roger.Hand.Cards[0];
roger.Hand.Cards.RemoveAt(0);
target.PlayCard(card);
int newHand = originalHand + 2; // Increment originalHand by NumberOfCardsToAddResult.
Assert.AreEqual(newHand, livy.Hand.Cards.Count);
return;
}
public void ThrowsForNegativeToKeep()
{
var sut = new TestRuleProvider(LoadConfiguration("Rules/TestRules/negativeToKeep.json"));
Assert.Throws <ArgumentException>(() => sut.Load());
}