public void IsSquadValid_ShouldReturnFalse_WhereNumberOfPlayersFromTeamIsGreaterThanMaxPlayersPerTeam()
{
// Arrange
var mockFplPlayer = new FplPlayer();
mockFplPlayer.NowCost = 250;
mockFplPlayer.TeamId = 10;
var squad = new Dictionary <FplPlayerPosition, List <EvaluatedFplPlayer> > {
{
FplPlayerPosition.Forward,
new List <EvaluatedFplPlayer>
{
new EvaluatedFplPlayer(mockFplPlayer, 0.01),
new EvaluatedFplPlayer(mockFplPlayer, 0.01),
new EvaluatedFplPlayer(mockFplPlayer, 0.01),
new EvaluatedFplPlayer(mockFplPlayer, 0.01)
}
}
};
// Act
var result = _sut.IsValidSquad(squad);
// Assert
Assert.False(result);
}
//Initial implementation uses weighted randomness to attempt to build squad within cost range
private Dictionary <FplPlayerPosition, List <EvaluatedFplPlayer> > AttemptToBuildSquad(Dictionary <FplPlayerPosition, List <EvaluatedFplPlayer> > playerWishlist, out bool buildSuccesful, int retries, out int retriesRemaining)
{
var squad = new Dictionary <FplPlayerPosition, List <EvaluatedFplPlayer> >();
var playerLimits = new SquadPositionPlayerLimits();
var rnd = new Random();
foreach (var position in playerWishlist)
{
var positionPlayerLimit = playerLimits.Limits[position.Key];
var playersForPosition = position.Value.OrderByDescending(x => GetWeightedRandomEval(x.Evaluation, rnd)).Take(positionPlayerLimit).ToList();
squad.Add(position.Key, playersForPosition);
}
buildSuccesful = _squadRuleService.IsValidSquad(squad);
retriesRemaining = retries - 1;
return(squad);