public void Build_Using2Competitions_With4UniqueTeams_Returns4PoolStageTableRows()
{
// 1. Arrange
var simulator = new Core.PoolStageSimulator(
new SoccerCompetitiontManager()
);
// 2. Act
foreach (var competitionResult in _2CompetitionResults_With4UniqueTeams_Returns4PoolStageTableRows)
{
_poolStageTableRowsBuilder.Add(competitionResult);
}
var poolStageTableRows = _poolStageTableRowsBuilder.Build();
// 3. Assert
Assert.AreEqual(4, poolStageTableRows.Count);
}
public void BestTeamsWinMostOfTheTimes()
{
// 1. Arrange
var simulator = new Core.PoolStageSimulator(
new SoccerCompetitiontManager()
);
// 2. Act
var totalTimesTeamsGotOnExpectedPlaceBasedOnStrength = 0;
for (int simulationIndex = 0; simulationIndex < 10; simulationIndex++)
{
var results = simulator.Play(_teamsFromBestToWorst);
var teamsFrom1stTo4th = new List <Team>
{
results[1 - 1].Team,
results[2 - 1].Team,
results[3 - 1].Team,
results[4 - 1].Team,
};
var didTeamsGetExpectedPlacesBasedOnStrength = true;
for (int i = 0; i < teamsFrom1stTo4th.Count; i++)
{
if (teamsFrom1stTo4th[i] != _teamsFromBestToWorst[i])
{
didTeamsGetExpectedPlacesBasedOnStrength = false;
break;
}
}
if (didTeamsGetExpectedPlacesBasedOnStrength)
{
totalTimesTeamsGotOnExpectedPlaceBasedOnStrength++;
}
}
// 3. Assert
// Ensure that expected places are sorted based on team strength
Assert.IsTrue(totalTimesTeamsGotOnExpectedPlaceBasedOnStrength > 2);
}
