public void GetOptimalAssignment_MorePlayersThanAvailablePositions()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.RB, new RosterPosition(Position.RunningBack, 2));
var players = _testObjectFactory.CreatePlayers(
Position.RunningBack,
Position.RunningBack,
Position.RunningBack);
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
analyzer.GetOptimalAssignment();
}
public void GetOptimalAssignment_BenchPositionsFilled()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.QB, new RosterPosition(Position.Quarterback, 1));
rosterPositions.Add(PositionAbbreviation.BN, new RosterPosition(Position.Bench, 1));
var qb = _testObjectFactory.CreatePlayer(Position.Quarterback, byeWeek: 4);
var rb = _testObjectFactory.CreatePlayer(Position.RunningBack, byeWeek: 7);
var players = new List<Player>() { qb, rb };
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
var result = analyzer.GetOptimalAssignment();
Assert.AreEqual(rb.Id, result[Position.Bench].Single().Id);
}
public void GetOptimalAssignment_MultiFlex()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.W_R, new RosterPosition(Position.WideReceiverRunningBack, 1));
rosterPositions.Add(PositionAbbreviation.W_T, new RosterPosition(Position.WideReceiverTightEnd, 1));
var rb = _testObjectFactory.CreatePlayer(Position.RunningBack, byeWeek: 4);
var wr = _testObjectFactory.CreatePlayer(Position.WideReceiver, byeWeek: 6);
var players = new List<Player>() { rb, wr };
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
var result = analyzer.GetOptimalAssignment();
Assert.AreEqual(rb.Id, result[Position.WideReceiverRunningBack].Single().Id);
Assert.AreEqual(wr.Id, result[Position.WideReceiverTightEnd].Single().Id);
}
public void GetOptimalAssignment_SinglePlayer()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.W_R, new RosterPosition(Position.WideReceiverRunningBack, 1));
var players = _testObjectFactory.CreatePlayers(Position.RunningBack);
var rb = players.First();
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
var result = analyzer.GetOptimalAssignment();
Assert.AreEqual(rb.Id, result[Position.WideReceiverRunningBack].Single().Id);
}
public void GetOptimalAssignment_SingleFlex()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.RB, new RosterPosition(Position.RunningBack, 1));
rosterPositions.Add(PositionAbbreviation.W_R, new RosterPosition(Position.WideReceiverRunningBack, 1));
rosterPositions.Add(PositionAbbreviation.W_T, new RosterPosition(Position.WideReceiverTightEnd, 1));
var players = _testObjectFactory.CreatePlayers(
Position.RunningBack,
Position.RunningBack,
Position.WideReceiver);
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
var result = analyzer.GetOptimalAssignment();
Assert.IsNotNull(result[Position.RunningBack]);
Assert.IsNotNull(result[Position.WideReceiverRunningBack]);
Assert.IsNotNull(result[Position.WideReceiverTightEnd]);
}
public void GetOptimalAssignment_UnfillablePosition()
{
var rosterPositions = new Dictionary<PositionAbbreviation, RosterPosition>();
rosterPositions.Add(PositionAbbreviation.QB, new RosterPosition(Position.Quarterback, 1));
rosterPositions.Add(PositionAbbreviation.BN, new RosterPosition(Position.Bench, 1));
var rb = _testObjectFactory.CreatePlayer(Position.RunningBack, byeWeek: 4);
var players = new List<Player>() { rb };
var analyzer = new RosterAssignmentAnalyzer(rosterPositions, players);
var result = analyzer.GetOptimalAssignment();
Assert.AreEqual(0, result[Position.Quarterback].Count);
}
