public void EliminateLosingPlayerTest()
{
FakeObjects.FakeSingleElimination singleElimination = new FakeObjects.FakeSingleElimination(new TournamentLog());
singleElimination.EliminateLosingPlayers(singleElimination.losers);
Assert.IsTrue(singleElimination.Players.Count == 2);
Assert.IsTrue(singleElimination.Players.Contains(singleElimination.playerB));
Assert.IsTrue(singleElimination.Players.Contains(singleElimination.playerD));
Assert.IsTrue(!singleElimination.Players.Contains(singleElimination.playerA));
Assert.IsTrue(!singleElimination.Players.Contains(singleElimination.playerC));
}
public void TestShufflePlayers()
{
FakeObjects.FakeSingleElimination tournamentTree = new FakeObjects.FakeSingleElimination(new TournamentLog());
tournamentTree.ShufflePlayers(tournamentTree.EightPlayers);
bool isShuffled = false;
for (int i = 0; i < tournamentTree.EightPlayers.Count; i++)
{
if (tournamentTree.EightPlayers[i].PlayerID != tournamentTree.OriginalPlayerOrder[i].PlayerID)
{
isShuffled = true;
break;
}
}
Assert.IsTrue(isShuffled);
}
public void CreateTreeTest()
{
FakeObjects.FakeSingleElimination singleElimination = new FakeObjects.FakeSingleElimination(new TournamentLog());
singleElimination.FirstTree = false;
string showTree = "Bracket";
showTree += "\n------------------------------------------------------\n\n";
showTree += singleElimination.Players[0].ToString() + "\n";
showTree += "VERSUS\n";
showTree += singleElimination.Players[1].ToString() + "\n";
showTree += "\n";
showTree += singleElimination.Players[2].ToString() + "\n";
showTree += "VERSUS\n";
showTree += singleElimination.Players[3].ToString() + "\n";
showTree += "\n";
showTree += "------------------------------------------------------\n";
Assert.AreEqual(showTree, singleElimination.CreateTree(singleElimination.Players));
}
