public override bool ConstructGroupLayout(int playersPerGroupCount)
{
Matches = RoundRobinGroupLayoutAssembler.ConstructMathes(playersPerGroupCount, this);
MarkAsModified();
return(true);
}
public void CanFillConstructedMatchesWithPlayers()
{
int groupSizeCounter = 1;
List <Match> matches;
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithTwoPlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithThreePlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithFourPlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithFivePlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithSixPlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithSevenPlayers(matches);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, groupSizeCounter), matches);
RunTestsWithEightPlayers(matches);
}
public void ConstructsAppropriateCountOfMatchesDependingOnGroupSize()
{
int groupSizeCounter = 0;
List <Match> matches;
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(0);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(1);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(3);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(6);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(10);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(15);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(21);
matches = RoundRobinGroupLayoutAssembler.ConstructMathes(++groupSizeCounter, roundRobinGroup);
matches.Should().HaveCount(28);
}
public void CannotAssignPlayersToMatchesWhenMatchesCannotFitAllPlayerReferences()
{
int halfPlayerReferenceCount = playerReferences.Count / 2;
List <Match> matches = RoundRobinGroupLayoutAssembler.ConstructMathes(halfPlayerReferenceCount, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences, matches);
foreach (Match match in matches)
{
match.Player1.PlayerReferenceId.Should().BeEmpty();
match.Player2.PlayerReferenceId.Should().BeEmpty();
}
}
public void CanAssignPlayersToMatchesWhenPlayerReferencesWontFillAllMatches()
{
int halfPlayerReferenceCount = playerReferences.Count / 2;
List <Match> matches = RoundRobinGroupLayoutAssembler.ConstructMathes(playerReferences.Count, roundRobinGroup);
RoundRobinGroupLayoutAssembler.AssignPlayersToMatches(playerReferences.GetRange(0, halfPlayerReferenceCount), matches);
int index = 0;
int validMatchesCount = 6;
for (; index < validMatchesCount; ++index)
{
matches[index].Player1.PlayerReferenceId.Should().NotBeEmpty();
matches[index].Player2.PlayerReferenceId.Should().NotBeEmpty();
}
for (; index < matches.Count; ++index)
{
matches[index].Player1.PlayerReferenceId.Should().BeEmpty();
matches[index].Player2.PlayerReferenceId.Should().BeEmpty();
}
}
public void CannotConstructMatchesWithoutValidGroupProvided()
{
RoundRobinGroupLayoutAssembler.ConstructMathes(4, null).Should().BeEmpty();
}