public void ShouldCreateTeamRankingsFromSeason()
{
var season = new Season(null, "My Season", 1, null, null, null, null, true, false, 1, null);
CreateSeasonDivisions(season);
CreateSeasonTeams(season);
CreateSeasonRankings(season);
var playoffConfig = new PlayoffCompetitionConfig();
var playoff = new Playoff()
{
Year = 15
};
playoffConfig.CopyTeamsFromCompetition(playoff, season);
playoffConfig.CopyRankingsFromCompetition(playoff, season);
var newRankings = playoff.Rankings;
StrictEqual(12, newRankings.Where(r => r.GroupName.Equals("NHL")).Count());
StrictEqual(4, newRankings.Where(r => r.GroupName.Equals("East")).Count());
StrictEqual(4, newRankings.Where(r => r.GroupName.Equals("West")).Count());
StrictEqual(4, newRankings.Where(r => r.GroupName.Equals("Central")).Count());
Single(newRankings.Where(r => r.GroupName.Equals("NHL") && r.Rank == 5 && r.CompetitionTeam.Name.Equals("Team 1")));
Single(newRankings.Where(r => r.GroupName.Equals("East") && r.Rank == 2 && r.CompetitionTeam.Name.Equals("Team 1")));
Single(newRankings.Where(r => r.GroupName.Equals("NHL") && r.Rank == 10 && r.CompetitionTeam.Name.Equals("Team 5")));
Single(newRankings.Where(r => r.GroupName.Equals("West") && r.Rank == 4 && r.CompetitionTeam.Name.Equals("Team 5")));
}
public void ShouldExerciseCompetitionTeamRepositoryNHibernate()
{
var repo = new CompetitionTeamRepository(new RepositoryNHibernate <CompetitionTeam>());
var compRepo = new CompetitionRepository(new RepositoryNHibernate <Competition>());
var comp1 = new Season(null, "Season 1", 1, null, null, null, null, false, false, 1, null);
var comp2 = new Playoff(null, "Playoff 1", 1, 1, null, null, null, null, false, false, 1, null);
compRepo.Update(comp1);
compRepo.Update(comp2);
for (int i = 0; i < 10; i++)
{
var syt = new CompetitionTeam(comp1, null, "Team " + i, null, null, 5, null, 1, null);
repo.Update(syt);
}
for (int i = 0; i < 5; i++)
{
var syt = new CompetitionTeam(comp2, null, "Team " + (i * 100), null, null, 5, null, 1, null);
repo.Update(syt);
}
//can we get them all?
var teams = repo.GetAll().ToList();
var test = teams.Where(t => t.Competition.Id == comp1.Id).ToList();
StrictEqual(15, teams.Count);
teams = repo.GetByCompetition(comp1).ToList();
StrictEqual(10, teams.Count());
teams = repo.GetByCompetition(comp2).ToList();
StrictEqual(5, teams.Count());
}
public void ShouldCreateGameProperly(int testNo, int gameToTest, int[] homeTeamProgression, int expectedResult)
{
var number = testNo;
var gameRules = new GameRules("Test", false, 1, 3, 10, true);
var playoffConfig = new PlayoffCompetitionConfig("My Playoff", null, 1, 55, gameRules, 1, null, null, null, null, null); //todo eventually can't use this constructor
var playoff = new Playoff(playoffConfig, "My Playoff", 1, 1, null, null, null, null, true, false, 1, null);
playoff.CompetitionConfig = playoffConfig;
playoffConfig.GameRules = gameRules;
var homeTeam = CreateTeam("A Team", 1, 1);
var awayTeam = CreateTeam("B Team", 1, 1);
var series = new BestOfSeries(playoff, "Test", 1, 1, homeTeam, awayTeam, 0, 0, 0, null, homeTeamProgression);
var game = series.CreateGameForSeries(gameToTest);
if (expectedResult == 0)
{
Equal("A Team", game.Home.Name);
Equal("B Team", game.Away.Name);
}
else
{
Equal("B Team", game.Home.Name);
Equal("A Team", game.Away.Name);
}
}
public static IEnumerable <object[]> PlayoffDataForGetTeamByRuleTests()
{
var config = new PlayoffCompetitionConfig("My Playoff", null, 1, 12, null, 1, null, null, null, null, null);
var playoff = new Playoff(null, null, 1, 1, new List <PlayoffSeries>(), new List <CompetitionTeam>(), null, new List <TeamRanking>(), true, false, 1, null);
playoff.CompetitionConfig = config;
for (int i = 0; i < 10; i++)
{
var name = "Team " + i;
playoff.Teams.Add(CreateTeam(name, i, i));
playoff.Rankings.Add(new TeamRanking(i + 1, "R1", playoff.Teams.Where(t => t.Name.Equals(name)).First(), 1));
}
var gameRules = new GameRules("Rule 1", false, 0, 3, 10, true);
var seriesA = new BestOfSeries(playoff, "Series A", 2, 15, (PlayoffTeam)playoff.Teams.Where(t => t.Name.Equals("Team 1")).First(), (PlayoffTeam)playoff.Teams.Where(t => t.Name.Equals("Team 2")).First(), 4, 3, 4, null, null);
playoff.Series.Add(seriesA);
//need to add series to get teams from
yield return(new object[] { 1, playoff, new PlayoffSeriesRule(config, "Series 1", 1, PlayoffSeriesRule.Type.BestOf, 4, gameRules, "R1", 1, "R1", 10, 1, null, new int[] { 0, 0, 0, 1, 1, 1 }, null, null, null, null), "Team 0", "Team 9" });
yield return(new object[] { 1, playoff, new PlayoffSeriesRule(config, "Series 1", 1, PlayoffSeriesRule.Type.BestOf, 4, gameRules, "R1", 4, "R1", 2, 1, null, new int[] { 0, 0, 0, 1, 1, 1 }, null, null, null, null), "Team 3", "Team 1" });
//todo add get from ranking rule
}
public void ShouldExerciseTeamRankingRepositoryNHibernate()
{
var compRepo = new CompetitionRepository(new RepositoryNHibernate <Competition>());
var repo = new TeamRankingRepository(new RepositoryNHibernate <TeamRanking>());
var comp1 = new Season(null, "Season 1", 1, null, null, null, null, false, false, 1, null);
var comp2 = new Playoff(null, "Playoff 1", 1, 1, null, null, null, null, false, false, 1, null);
compRepo.Update(comp1);
compRepo.Update(comp2);
for (int i = 0; i < 10; i++)
{
var ranking = new TeamRanking(1, "Group 1", new CompetitionTeam(comp1, null, "Team " + (i * 10), null, null, 5, null, 1, null), 1);
repo.Update(ranking);
}
for (int i = 0; i < 5; i++)
{
var ranking = new TeamRanking(1, "Group 5", new CompetitionTeam(comp2, null, "Team " + (i * 100), null, null, 5, null, 1, null), 1);
repo.Update(ranking);
}
var rankings = repo.GetByCompetition(comp1.Id);
StrictEqual(10, rankings.Count());
rankings = repo.GetByCompetition(comp2.Id);
StrictEqual(5, rankings.Count());
}
public BestOfSeries(Playoff playoff, string name, int round, int startingDay, PlayoffTeam homeTeam, PlayoffTeam awayTeam,
int homeWins, int awayWins, int requiredWins, List <PlayoffGame> games, int[] homeGameProgression)
: base(playoff, name, round, startingDay, homeTeam, awayTeam, games, homeGameProgression)
{
HomeWins = homeWins;
AwayWins = awayWins;
RequiredWins = requiredWins;
}
//need to test out the time period
public virtual void ProcessSeriesRules(Playoff playoff)
{
playoff.Series = new List <PlayoffSeries>();
GetActiveSeriesRules(playoff.Year).ToList().ForEach(rule =>
{
playoff.Series.Add(SetupSeriesFromRule(playoff, rule));
});
}
public virtual PlayoffSeries SetupSeriesFromRule(Playoff playoff, PlayoffSeriesRule rule)
{
var homeTeam = GetTeamByRule(playoff, rule.HomeFromName, rule.HomeFromValue);
var awayTeam = GetTeamByRule(playoff, rule.AwayFromName, rule.AwayFromValue);
var series = SetupSeries(playoff, rule.SeriesType, rule.Name, rule.Round, -1, homeTeam, awayTeam, rule.SeriesNumber, rule.HomeGameProgression);
return(series);
}
private void CreatePlayoffRankings(Playoff playoffs)
{
playoffs.Rankings = new List <TeamRanking>()
{
new TeamRanking(1, "Top Seeds", (PlayoffTeam)playoffs.Teams[0], 1),
new TeamRanking(2, "Top Seeds", (PlayoffTeam)playoffs.Teams[1], 1),
new TeamRanking(3, "Top Seeds", (PlayoffTeam)playoffs.Teams[2], 1),
new TeamRanking(6, "NHL", (PlayoffTeam)playoffs.Teams[5], 1),
};
}
public TotalGoalsSeries(Playoff playoff, string name, int round, int startingDay, PlayoffTeam homeTeam, PlayoffTeam awayTeam,
int homeScore, int awayScore, int minimumGames, int gamesPlayed,
List <PlayoffGame> games, int[] homeGameProgression)
: base(playoff, name, round, startingDay, homeTeam, awayTeam, games, homeGameProgression)
{
HomeScore = homeScore;
AwayScore = awayScore;
GamesPlayed = gamesPlayed;
MinimumGames = minimumGames;
}
public void ShouldCreateTeamRankingsFromAllRules()
{
var season = new Season(null, "My Season", 1, null, null, null, null, true, false, 1, null);
var playoffConfig = new PlayoffCompetitionConfig();
var playoff = new Playoff()
{
Year = 15
};
CreateSeasonDivisions(season);
CreateSeasonTeams(season);
CreateSeasonRankings(season);
CreateRankingRules(playoffConfig);
playoffConfig.CopyTeamsFromCompetition(playoff, season);
playoffConfig.CopyRankingsFromCompetition(playoff, season);
playoffConfig.ProcessRankingRules(playoff);
var topSeeds = playoff.Rankings.Where(r => r.GroupName.Equals("Top Seeds"));
var restOfTeams = playoff.Rankings.Where(r => r.GroupName.Equals("RemainingTeams"));
var combined = playoff.Rankings.Where(r => r.GroupName.Equals("Combined"));
StrictEqual(3, topSeeds.Count());
StrictEqual(9, restOfTeams.Count());
StrictEqual(7, combined.Count());
var seedName = topSeeds.Select(r => r.CompetitionTeam.Name).ToList();
var restNames = restOfTeams.Select(r => r.CompetitionTeam.Name).ToList();
StrictEqual(0, seedName.Where(r => restNames.Contains(r)).ToList().Count());
StrictEqual(9, restNames.Count);
Equal("Team 6", topSeeds.Where(r => r.Rank == 1).First().CompetitionTeam.Name);
Equal("Team 10", topSeeds.Where(r => r.Rank == 2).First().CompetitionTeam.Name);
Equal("Team 2", topSeeds.Where(r => r.Rank == 3).First().CompetitionTeam.Name);
Equal("Team 7", restOfTeams.Where(r => r.Rank == 1).First().CompetitionTeam.Name);
Equal("Team 1", restOfTeams.Where(r => r.Rank == 2).First().CompetitionTeam.Name);
Equal("Team 11", restOfTeams.Where(r => r.Rank == 3).First().CompetitionTeam.Name);
Equal("Team 9", restOfTeams.Where(r => r.Rank == 4).First().CompetitionTeam.Name);
Equal("Team 8", restOfTeams.Where(r => r.Rank == 5).First().CompetitionTeam.Name);
Equal("Team 12", restOfTeams.Where(r => r.Rank == 6).First().CompetitionTeam.Name);
Equal("Team 5", restOfTeams.Where(r => r.Rank == 7).First().CompetitionTeam.Name);
Equal("Team 4", restOfTeams.Where(r => r.Rank == 8).First().CompetitionTeam.Name);
Equal("Team 3", restOfTeams.Where(r => r.Rank == 9).First().CompetitionTeam.Name);
Equal("Team 6", combined.Where(r => r.Rank == 1).First().CompetitionTeam.Name);
Equal("Team 10", combined.Where(r => r.Rank == 2).First().CompetitionTeam.Name);
Equal("Team 9", combined.Where(r => r.Rank == 3).First().CompetitionTeam.Name);
Equal("Team 8", combined.Where(r => r.Rank == 4).First().CompetitionTeam.Name);
Equal("Team 12", combined.Where(r => r.Rank == 5).First().CompetitionTeam.Name);
Equal("Team 5", combined.Where(r => r.Rank == 6).First().CompetitionTeam.Name);
Equal("Team 4", combined.Where(r => r.Rank == 7).First().CompetitionTeam.Name);
}
public virtual PlayoffTeam GetTeamByRule(Playoff playoff, string fromName, int fromValue)
{
var rankingsForGroup = playoff.Rankings.Where(r => r.GroupName == fromName).ToList();
if (rankingsForGroup.Count > 0)
{
var ranking = rankingsForGroup.Where(r => r.Rank == fromValue).ToList().First();
return((PlayoffTeam)ranking.CompetitionTeam);
}
return(null);
}
public Playoff CreatePlayoff(IList <ICompetition> ParentCompetitions, int number, int year, int startingDay, PlayoffGameCreator gameCreator)
{
var playoff = new Playoff()
{
GameCreator = gameCreator, Year = year, Number = number, Name = PlayoffName, StartingDay = startingDay
};
InitialGroupRules.ToList().ForEach(groupRule =>
{
groupRule.AddTeamsFromRuleToCompetition(ParentCompetitions.Where(p => p.Name.Equals(groupRule.FromCompetitionName)).First(), playoff);
});
}
public void ShouldGetTeamFromRule(int testNo, Playoff p, PlayoffSeriesRule rule, string expectedHomeName, string expectedAwayName)
{
var number = testNo;
var playoffConfig = (PlayoffCompetitionConfig)p.CompetitionConfig;
var homeTeam = playoffConfig.GetTeamByRule(p, rule.HomeFromName, rule.HomeFromValue);
var awayTeam = playoffConfig.GetTeamByRule(p, rule.AwayFromName, rule.AwayFromValue);
Equal(expectedHomeName, homeTeam.Name);
Equal(expectedAwayName, awayTeam.Name);
}
public static Event GetEventInfoFromJson(string json, Event e = null)
{
var game = Api.GetGameObject(json);
int numberOfEnds = 8;
int.TryParse(game.numberOfEnds, out numberOfEnds);
Guid eventId = Guid.NewGuid();
EventFormat eventFormat = GetEventFormat([email protected]);
Standings standings = null;
List <Bracket> brackets = null;
if (eventFormat == EventFormat.ROUND_ROBIN)
{
standings = GetEventStandings([email protected]);
}
else if (eventFormat == EventFormat.KNOCKOUT)
{
brackets = GetBrackets([email protected]);
}
Playoff playoff = GetPlayoff([email protected]);
//TODO More robust parsing for dates in case of error.
if (e == null)
{
e = new Event(
[email protected],
DateTime.Parse([email protected]),
DateTime.Parse([email protected]),
[email protected],
new EventType(GetTeamTypeFromDivision([email protected]), numberOfEnds, eventId, eventFormat),
czId: [email protected],
eventId: eventId,
standings: standings,
brackets: brackets,
playoff: playoff
);
}
else
{
e.Name = [email protected];
e.StartDate = DateTime.Parse([email protected]);
e.EndDate = DateTime.Parse([email protected]);
e.Location = [email protected];
e.Type.SetTeamType(GetTeamTypeFromDivision([email protected]));
e.Type.NumberOfEnds = numberOfEnds;
e.Type.EventFormat = eventFormat;
e.Standings = standings;
e.Brackets = brackets;
e.Playoff = playoff;
}
return(e);
}
public void TestMethod3()
{
double[,] newMatrix = { { 5, 1 },
{ 4, 2 },
{ 2, 3 }, };
Playoff playoff = new Playoff(newMatrix);
Risk risk = Converter.fromPlayoffToRisk(playoff);
double[] currentState = { 0.6, 0.2 };
Assert.AreEqual(false, risk.addStateOfNature(currentState));
}
public void GetPlayoffTest(string czId, bool isNull)
{
Playoff playoff = Parser.GetPlayoff(czId);
if (isNull)
{
Xunit.Assert.Equal(null, playoff);
return;
}
string html = playoff.Html;
Xunit.Assert.True(Utility.ValidatePlayoffHtml(html));
}
public void TestMethod2()
{
double[,] newMatrix = { { 5, 1 },
{ 4, 2 },
{ 2, 3 }, };
Playoff playoff = new Playoff(newMatrix);
Risk risk = Converter.fromPlayoffToRisk(playoff);
double[] currentState = { 0.6, 0.4 };
risk.addStateOfNature(currentState);
risk.findMaxExperimentPrice();
Assert.AreEqual(0.8, risk.MaxExperiment);
}
//need to test out the time period
public virtual void ProcessRankingRulesAndAddTeams(Playoff playoff, IList <Competition> parents)
{
//setup rankings based on each competition to use later on in the series
if (parents != null)
{
parents.ToList().ForEach(comp =>
{
CopyTeamsFromCompetition(playoff, comp);
CopyRankingsFromCompetition(playoff, comp);
});
}
ProcessRankingRules(playoff);
}
public virtual PlayoffSeries SetupSeries(Playoff playoff, PlayoffSeriesRule.Type seriesType, string name, int round, int startingDay, PlayoffTeam homeTeam, PlayoffTeam awayTeam,
int seriesNumber, int[] homeGameProgression)
{ //if it is not setup, create it
switch (seriesType)
{
case PlayoffSeriesRule.Type.BestOf:
return(new BestOfSeries(playoff, name, round, startingDay, homeTeam, awayTeam, 0, 0, seriesNumber, new List <PlayoffGame>(), homeGameProgression));
case PlayoffSeriesRule.Type.TotalGoals:
return(new TotalGoalsSeries(playoff, name, round, startingDay, homeTeam, awayTeam, 0, 0, seriesNumber, 0, new List <PlayoffGame>(), homeGameProgression));
default:
throw new ApplicationException("Bad series type from Playoff Series rule: " + seriesType);
}
}
public void ShouldCopyTeamsFromPlayoff()
{
var oldPlayoff = new Playoff();
CreatePlayoffTeams(oldPlayoff);
var playoffConfig = new PlayoffCompetitionConfig();
var newPlayoff = new Playoff()
{
Year = 15
};
playoffConfig.CopyTeamsFromCompetition(newPlayoff, oldPlayoff);
StrictEqual(12, newPlayoff.Teams.Count());
}
public virtual void ProcessRankingRules(Playoff playoff)
{
var activeRankingRules = GetActiveRankingRules(playoff.Year);
var levels = activeRankingRules.Select(a => a.GroupSetupLevel).Distinct().ToList();
levels.Sort();
levels.ForEach(level =>
{
activeRankingRules.Where(arr => arr.GroupSetupLevel == level).ToList().ForEach(rule =>
{
CreateRankingsFromRule(playoff, rule);
});
playoff.SeedRankingsGroups();
});
}
private void CreatePlayoffTeams(Playoff playoff)
{
playoff.Teams = new List <CompetitionTeam>()
{
new PlayoffTeam(playoff, teams[0], 1),
new PlayoffTeam(playoff, teams[1], 1),
new PlayoffTeam(playoff, teams[2], 1),
new PlayoffTeam(playoff, teams[3], 1),
new PlayoffTeam(playoff, teams[4], 1),
new PlayoffTeam(playoff, teams[5], 1),
new PlayoffTeam(playoff, teams[6], 1),
new PlayoffTeam(playoff, teams[7], 1),
new PlayoffTeam(playoff, teams[8], 1),
new PlayoffTeam(playoff, teams[9], 1),
new PlayoffTeam(playoff, teams[10], 1),
new PlayoffTeam(playoff, teams[11], 1)
};
}
public void ShouldCopyTeamsFromSeason()
{
var season = new Season(null, "My Season", 1, null, null, null, null, true, false, 1, null);
CreateSeasonDivisions(season);
CreateSeasonTeams(season);
CreateSeasonRankings(season);
var playoffConfig = new PlayoffCompetitionConfig();
var playoff = new Playoff()
{
Year = 15
};
playoffConfig.CopyTeamsFromCompetition(playoff, season);
StrictEqual(12, playoff.Teams.Count());
}
//get the teams from the competition and add them to the group
public void AddTeamsFromRuleToCompetition(ICompetition oldCompetition, Playoff playoff)
{
if (oldCompetition.Name.Equals(FromCompetitionName))
{
var oldRankings = oldCompetition.Rankings.Where(r => r.Group.Equals(GroupName) && r.Rank >= FirstRank && r.Rank <= LastRank).ToList();
var newRankings = new List <PlayoffRanking>();
oldRankings.ForEach(oldRank =>
{
playoff.AddRanking(oldRank.Team.Name, GroupName, oldRank.Rank);
});
}
else
{
throw new PlayoffException("Can't add competition " + oldCompetition.Name + " expecting: " + FromCompetitionName);
}
}
public override Competition CreateCompetitionDetails(int day, int year, IList <Competition> parents)
{
var playoff = new Playoff(this, Name, year, 1, null, null, null, null, false, false, day, null);
ProcessRankingRulesAndAddTeams(playoff, parents);
ProcessSeriesRules(playoff);
if (parents != null) //assume shared schedule
{
playoff.Schedule = parents[0].Schedule;
}
playoff.BeginRound(day);
playoff.StartDay = day;
return(playoff);
}
public void ShouldCreateTeamRankingsFromPlayoff()
{
var oldPlayoff = new Playoff();
CreatePlayoffTeams(oldPlayoff);
CreatePlayoffRankings(oldPlayoff);
var playoffConfig = new PlayoffCompetitionConfig();
var newPlayoff = new Playoff()
{
Year = 15
};
playoffConfig.CopyTeamsFromCompetition(newPlayoff, oldPlayoff);
playoffConfig.CopyRankingsFromCompetition(newPlayoff, oldPlayoff);
StrictEqual(4, newPlayoff.Rankings.Count());
Single(newPlayoff.Rankings.Where(r => r.GroupName.Equals("NHL") && r.Rank == 6 && r.CompetitionTeam.Name.Equals("Team 6")));
}
public void TestMethod1()
{
double[,] newMatrix = { { 7, 5, 5, 1, 6 },
{ 2, 3, 4, 2, 5 },
{ 6, 3, 2, 4, 4 },
{ 3, 5, 5, 7, 7 },
{ 7, 2, 4, 3, 2 },
{ 5, 4, 7, 5, 3 },
{ 4, 3, 4, 3, 4 },
{ 3, 4, 4, 5, 5 } };
Playoff playoff = new Playoff(newMatrix);
Risk risk = Converter.fromPlayoffToRisk(playoff);
double[] currentState = { 0.2, 0.1, 0.3, 0.3, 0.1 };
risk.addStateOfNature(currentState);
risk.findMaxExperimentPrice();
Assert.AreEqual(1.4, risk.MaxExperiment);
}
public void ShouldMapPlayoffSummary()
{
var mapper = new PlayoffToPlayoffSummaryMapper();
var league = new League("League 1", 1, null);
var competitionConfig = new PlayoffCompetitionConfig("P Config", league, 1, 1, null, 1, null, null, null, null, null);
var playoff = new Playoff(competitionConfig, "Playoff 1", 1, 5, null, null, null, null, true, false, 1, 15);
var series = new List <PlayoffSeries>()
{
new BestOfSeries(playoff, "Series 1", 1, 1, new PlayoffTeam()
{
Name = "Team 1"
}, new PlayoffTeam {
Name = "Team 2"
}, 1, 4, 4, new List <PlayoffGame>()
{
new PlayoffGame(), new PlayoffGame()
}, new int[] { }),
new BestOfSeries(playoff, "Series 2", 2, 12, new PlayoffTeam()
{
Name = "Team 3"
}, new PlayoffTeam {
Name = "Team 4"
}, 1, 4, 4, new List <PlayoffGame>()
{
new PlayoffGame(), new PlayoffGame()
}, new int[] { })
};
playoff.Series = series;
var playoffSummaryModel = mapper.MapDomainToModel(playoff);
StrictEqual(2, playoffSummaryModel.Series.ToList().Count);
StrictEqual(5, playoffSummaryModel.CurrentRound);
StrictEqual(1, playoffSummaryModel.Year);
Equals(CompetitionViewModel.PLAYOFF_TYPE, playoffSummaryModel.Type);
}
public Playoff GetRandomPlayoff()
{
var playoff = new Playoff(System.IO.File.ReadAllText("Misc/Playoff.html"));
return(playoff);
}