protected ServiceBase(Game game)
{
Game = game;
NumberRandomizer = new NumberRandomizer();
ListRandomizer = new ListRandomizer();
ServiceFactory = new ServiceFactory();
}
public Team GetMyTeam(Game game)
{
using (var teamRepository = new RepositoryFactory().CreateTeamRepository())
{
return teamRepository.GetTeam(game.CurrentTeamId);
}
}
public IEnumerable<Team> Create(Game game, int howMany)
{
var teams = new List<Team>();
using (var formationRepository = new RepositoryFactory().CreateFormationRepository())
{
var formations = formationRepository.GetAll();
bool teamGenerationReady = false;
while (!teamGenerationReady)
{
var team = _teamGenerator.Generate();
// Team names must be unique.
bool teamExists = teams.Any(t => t.Name == team.Name);
if (!teamExists)
{
team.Game = game;
team.Formation = _listRandomizer.GetItem(formations);
teams.Add(team);
}
teamGenerationReady = (teams.Count == howMany);
}
}
return teams;
}
public Season CreateFirstSeason(Game game, List<Team> teams, IUnitOfWorkRepository repository)
{
// First check the number of teams can be evenly divided into the number of leagues.
bool teamsOk = teams.Count % Constants.HowManyLeagues == 0;
if (!teamsOk)
{
throw new Exception($"The number of teams must be divided by {Constants.HowManyLeagues}");
}
var newSeasonInfo = new NewSeasonInfo { Game = game, SeasonNumber = 0 };
// Divide all teams between the four leagues based on the team rating.
teams.Sort((team1, team2) => team2.Rating.CompareTo(team1.Rating));
int countTeamsPerLeague = teams.Count / Constants.HowManyLeagues;
newSeasonInfo.TeamsLeague1 = teams.Take(countTeamsPerLeague).ToList();
newSeasonInfo.TeamsLeague2 = teams.Skip(countTeamsPerLeague).Take(countTeamsPerLeague).ToList();
newSeasonInfo.TeamsLeague3 = teams.Skip(countTeamsPerLeague * 2).Take(countTeamsPerLeague).ToList();
newSeasonInfo.TeamsLeague4 = teams.Skip(countTeamsPerLeague * 3).ToList();
// The teams have been sorted on rating, so given them an initial league table position.
AssignInitialLeagueTablePosition(teams);
// In the first season there are no champion and cup winner yet, so pick the two best teams.
newSeasonInfo.NationalChampion = teams[0];
newSeasonInfo.NationalCupWinner = teams[1];
// Now all teams have been placed in the right leagues, so create match schedules for all competitions.
var seasonAndCompetitionSchedules = CreateSeasonAndCompetitionSchedules(newSeasonInfo);
// Insert the season and all competition schedules.
var season = InsertSeasonAndCompetitionSchedule(repository, seasonAndCompetitionSchedules);
return season;
}
/// <summary>
/// Gets all teams of the game.
/// </summary>
public IEnumerable<Team> GetAll(Game game)
{
using (var teamRepository = new RepositoryFactory().CreateTeamRepository())
{
var teams = teamRepository.GetTeamsByGame(game.Id);
return teams;
}
}
public IEnumerable<Player> GetAll(Game game)
{
using (var playerRepository = new RepositoryFactory().CreatePlayerRepository())
{
var players = playerRepository.GetPlayersByGame(game);
return players;
}
}
internal bool TryFindGameForCurrentUser(string gameId, out Game game)
{
var gameService = ServiceFactory.CreateGameService();
//TODO Deze methode wordt voor elke request aangeroepen en de uitkomst is altijd hetzelfde,
// =======> dus Games/users cachen, dus Dictionary<string, Game> maken
var userGames = gameService.GetGames(User.Identity.Id);
game = userGames.SingleOrDefault(g => g.Id.Equals(gameId));
bool gameFound = game != null;
return gameFound;
}
public Game CreateGame()
{
using (var log = Logger.GetLogger(this))
{
using (var repository = new RepositoryFactory().CreateUnitOfWorkRepository())
{
// Insert the game into the database.
string gameName = DateTime.Now.ToString("yyyyMMddHHmmss");
var game = new Game { Name = gameName };
// Create teams and players.
var teamsAndPlayers = CreateTeamsAndPlayers(game);
// Insert teams.
repository.RegisterInsert(teamsAndPlayers.Teams);
// Insert players and skill scores.
repository.RegisterInsert(teamsAndPlayers.Players);
foreach (var player in teamsAndPlayers.Players)
{
repository.RegisterInsert(player.SkillScores);
}
var seasonManager = new SeasonManager(game);
// Create a season with match schedules.
var season = seasonManager.CreateFirstSeason(game, teamsAndPlayers.Teams, repository);
// Insert the season statistics and season/team statistics.
var seasonStatistics = new SeasonStatistics(season);
repository.RegisterInsert(seasonStatistics);
foreach (var team in teamsAndPlayers.Teams)
{
var seasonTeamStatistics = new SeasonTeamStatistics(season, team);
repository.RegisterInsert(seasonTeamStatistics);
}
// Assign the user a random team.
//TODO let the user choose a team via the GUI...
//var teamToManage = _listRandomizer.GetItem(teamsAndPlayers.Teams);
//game.CurrentTeam = teamToManage;
repository.RegisterInsert(game);
repository.Save();
return game;
}
}
}
public SeasonManager(Game game)
{
_game = game;
_leagueManager = new LeagueManager();
_repositoryFactory = new RepositoryFactory();
}
internal SeasonService(Game game)
: base(game)
{
}
internal TeamService(Game game)
: base(game)
{
_teamGenerator = new TeamGenerator();
_listRandomizer = new ListRandomizer();
}
internal LeagueTableService(Game game)
: base(game)
{
}
public ILeagueTableService CreateLeagueTableService(Game game)
{
Assert(game);
return new LeagueTableService(game);
}
private TeamsAndPlayers CreateTeamsAndPlayers(Game game)
{
var teamService = ServiceFactory.CreateTeamService(game);
var playerService = ServiceFactory.CreatePlayerService(game);
var teamsAndPlayers = new TeamsAndPlayers();
// Generate all teams for this game.
const int howManyTeams = Constants.HowManyTeamsPerLeague * Constants.HowManyLeagues;
var teams = teamService.Create(game, howManyTeams).ToList();
teamsAndPlayers.Teams = teams;
var averageRatingsPerLeague = new[] { 5, 9, 13, 17 };
int averageRatingIndex = 0;
foreach (var team in teams)
{
int teamIndex = teams.IndexOf(team);
if (teamIndex > 0 && teamIndex % Constants.HowManyLeagues == 0)
{
averageRatingIndex++;
}
int currentAverageRating = averageRatingsPerLeague[averageRatingIndex];
var players = playerService.GenerateSquad(team, currentAverageRating);
teamsAndPlayers.Players.AddRange(players);
}
return teamsAndPlayers;
}
public void DeleteGame(Game game)
{
using (Logger.GetLogger(this, game))
{
var playerService = ServiceFactory.CreatePlayerService(game);
var teamService = ServiceFactory.CreateTeamService(game);
var seasonManager = new SeasonManager(game);
using (var repository = new RepositoryFactory().CreateUnitOfWorkRepository())
{
// Delete all players.
var players = playerService.GetAll(game);
repository.RegisterDelete(players);
// Delete all teams.
var teams = teamService.GetAll(game);
repository.RegisterDelete(teams);
// Delete the seasons, matches etc.
seasonManager.DeleteSeasons(repository);
// Delete the game itself.
repository.RegisterDelete(game);
repository.Save();
}
}
}
public IMatchService CreateMatchService(Game game)
{
Assert(game);
return new MatchService(game);
}
private void Assert(Game game)
{
if (game == null) throw new ArgumentException("game");
}
public ITeamService CreateTeamService(Game game)
{
Assert(game);
return new TeamService(game);
}
public ISeasonService CreateSeasonService(Game game)
{
Assert(game);
return new SeasonService(game);
}
public IPlayerService CreatePlayerService(Game game)
{
Assert(game);
return new PlayerService(game);
}
internal MatchService(Game game)
: base(game)
{
}
internal PlayerService(Game game)
: base(game)
{
_playerGenerator = new PlayerGenerator();
}
