public async Task AssertThatCalculateMatchRatingCallsFindBetsByMatchAndUpdateMatches()
{
_betDao.FindBetsByMatch(_match).Returns(Task.FromResult(_bets));
_matchManager.CalculateMatchRating(_match);
await _betDao.Received().FindBetsByMatch(Arg.Any <Match>());
_matchDao.Received().UpdateMatch(Arg.Any <int>(), Arg.Any <Match>());
}
public void AssertThatAddPointToBetCallsRightUpdateFunctionsForWrongBets(Match match, List <Bet> wrongBets)
{
_betDao.FindBetsByMatch(match).Returns(Task.FromResult(wrongBets));
_assignmentPointManager.AddPointToBet(match);
foreach (var bet in wrongBets)
{
_betDao.Received().UpdateBetPointsWon(bet, Bet.WrongBet);
_betDao.Received().UpdateBetStatus(bet, Bet.WrongStatus);
}
}
public async void CalculateMatchRating(Match match)
{
var bets = await _betDao.FindBetsByMatch(match);
var homeTeamCount = bets.FindAll(bet => bet.AwayTeamScore < bet.HomeTeamScore).Count;
var awayTeamCount = bets.FindAll(bet => bet.AwayTeamScore > bet.HomeTeamScore).Count;
var drawCount = bets.FindAll(bet => bet.AwayTeamScore == bet.HomeTeamScore).Count;
match.DrawRating = drawCount == 0d ? 0d : 1d / (Convert.ToDouble(drawCount) / Convert.ToDouble(bets.Count));
match.HomeTeamRating = homeTeamCount == 0d
? 0d
: 1d / (Convert.ToDouble(homeTeamCount) / Convert.ToDouble(bets.Count));
match.AwayTeamRating = awayTeamCount == 0d
? 0d
: 1d / (Convert.ToDouble(awayTeamCount) / Convert.ToDouble(bets.Count));
_matchDao.UpdateMatch(match.Id, match);
}
public async void AddPointToBet(Match match)
{
var bets = await _betDao.FindBetsByMatch(match);
foreach (var bet in bets)
{
var betTeamHightScore = GetTeamNameWithTheBestHightScore(bet);
var multiply = bet.Multiply;
if (multiply == 0)
{
multiply = 1;
}
if (match.Score.FullTime.HomeTeam == bet.HomeTeamScore &&
match.Score.FullTime.AwayTeam == bet.AwayTeamScore)
{
switch (betTeamHightScore)
{
case "AWAY":
_betDao.UpdateBetPointsWon(bet,
Bet.PerfectBet * match.AwayTeamRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.PerfectStatus);
continue;
case "HOME":
_betDao.UpdateBetPointsWon(bet,
Bet.PerfectBet * match.HomeTeamRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.PerfectStatus);
continue;
case "DRAW":
_betDao.UpdateBetPointsWon(bet,
Bet.PerfectBet * match.DrawRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.PerfectStatus);
continue;
}
}
switch (betTeamHightScore)
{
case "HOME" when match.Score.Winner == "HOME_TEAM":
_betDao.UpdateBetPointsWon(bet,
Bet.OkBet * match.HomeTeamRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.OkStatus);
continue;
case "AWAY" when match.Score.Winner == "AWAY_TEAM":
_betDao.UpdateBetPointsWon(bet,
Bet.OkBet * match.AwayTeamRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.OkStatus);
continue;
case "DRAW" when match.Score.Winner == "DRAW":
_betDao.UpdateBetPointsWon(bet, Bet.OkBet * match.DrawRating * multiply);
_betDao.UpdateBetStatus(bet, Bet.OkStatus);
continue;
default:
_betDao.UpdateBetPointsWon(bet, Bet.WrongBet);
_betDao.UpdateBetStatus(bet, Bet.WrongStatus);
break;
}
}
}
public void AssertThatFindBetsByMatchIsCalled()
{
_betDao.FindBetsByMatch(_match);
_filterExpression = new ExpressionFilterDefinition <Bet>(b => b.Match.Id == _match.Id);
_collection.Received().Find(_filterExpression);
}
