public ScoreBoardServiceTest()
{
MatchInitialize initialize = new MatchInitialize();
_currentMatch = initialize.GetCurrentMatchDetails();
striker = _currentMatch.Players.First(t => t.IsOnField);
nonStriker = _currentMatch.Players.Last(t => t.IsOnField);
_currentMatch.BallsRemaining = _currentMatch.OversLeft * 6;
}
public MatchServiceTest()
{
_playerScoreHelper = new Mock <IPlayerScoreHelper>();
MatchInitialize initialize = new MatchInitialize();
_currentMatch = initialize.GetCurrentMatchDetails();
striker = _currentMatch.Players.First(t => t.IsOnField);
nonStriker = _currentMatch.Players.Last(t => t.IsOnField);
_currentMatch.BallsRemaining = _currentMatch.OversLeft * 6;
target = new MatchService(_playerScoreHelper.Object);
}
public void MultiPlayersStrikeProbalility_Verify()
{
MatchInitialize initialize = new MatchInitialize();
var currentMatch = initialize.GetCurrentMatchDetails();
PlayerScoreHelper playerScoreHelper = new PlayerScoreHelper();
foreach (var player in currentMatch.Players)
{
playerScoreHelper.BuildCumulativeDistribution(player);
}
Dictionary <string, List <int> > playerScores = new Dictionary <string, List <int> >();
for (int i = 0; i < 10000; i++)
{
foreach (var player in currentMatch.Players)
{
var score = player.Strike();
if (playerScores.ContainsKey(player.Name))
{
var scores = playerScores[player.Name];
scores.Add(score);
playerScores[player.Name] = scores;
}
else
{
playerScores.Add(player.Name, new List <int> {
score
});
}
}
}
Assert.Contains(playerScores["Pravin"].Where(t => t == 0).Count() / 100, new double[] { 5, 4, 6 });
Assert.Contains(playerScores["Irfan"].Where(t => t == 0).Count() / 100, new double[] { 9, 10, 11 });
Assert.Contains(playerScores["Jalindar"].Where(t => t == 0).Count() / 100, new double[] { 19, 20, 21 });
Assert.Contains(playerScores["Vaishali"].Where(t => t == 0).Count() / 100, new double[] { 29, 30, 31 });
}