public void CanFindName()
{
// Arrange
const string Team = "Fredrikshof A";
// Act
var result = new BitsParser(playersTeamA).Parse(Resources.Id3050651, Team);
// Assert
Assert.Equal(7, result.TeamScore);
}
public void CanParseAlternateAwayTeamName()
{
// Arrange
const string Team = "Fredrikshof A";
// Act
var result = new BitsParser(playersTeamA).Parse(Resources.Id3048747, Team);
// Assert
Assert.Equal(10, result.TeamScore);
}
public HttpResponseMessage Get()
{
var pendingMatches = ExecuteQuery(new GetPendingMatchesQuery());
var registeredMatches = new List<Roster>();
foreach (var pendingMatch in pendingMatches)
{
try
{
var players = ExecuteQuery(new GetPlayersQuery(pendingMatch));
var parser = new BitsParser(players);
var content = bitsClient.DownloadMatchResult(pendingMatch.BitsMatchId);
if (pendingMatch.IsFourPlayer)
{
var parse4Result = parser.Parse4(content, pendingMatch.Team);
ExecuteCommand(new RegisterMatch4Command(pendingMatch, parse4Result));
}
else
{
var parseResult = parser.Parse(content, pendingMatch.Team);
ExecuteCommand(new RegisterMatchCommand(pendingMatch, parseResult));
}
registeredMatches.Add(pendingMatch);
}
catch (Exception e)
{
var message = string.Format("Unable to auto register match {0} ({1})", pendingMatch.Id, pendingMatch.BitsMatchId);
ErrorSignal
.FromCurrentContext()
.Raise(new ApplicationException(message, e));
}
}
var result = registeredMatches.Select(x => new
{
x.Date,
x.Season,
x.Turn,
x.BitsMatchId,
x.Team,
x.Location,
x.Opponent
}).ToArray();
if (result.Length > 0)
return Request.CreateResponse(HttpStatusCode.OK, result);
return Request.CreateResponse(HttpStatusCode.OK, "No matches to register");
}
public void CanParseAwayTeam()
{
// Arrange
const string Team = "Trippel XXX";
// Act
var result = new BitsParser(awayPlayers).Parse4(Resources.Id3060835, Team);
Assert.Equal(1, result.TeamScore);
Assert.Equal(18, result.OpponentScore);
var series = result.Series;
// Assert
Assert.Equal(4, series.Length);
var serie1 = series[0];
Assert.Equal(4, serie1.Games.Count);
VerifyGame(serie1.Games[0], Tuple.Create(1, "player-5", 160));
VerifyGame(serie1.Games[1], Tuple.Create(0, "player-6", 117));
VerifyGame(serie1.Games[2], Tuple.Create(0, "player-7", 139));
VerifyGame(serie1.Games[3], Tuple.Create(0, "player-8", 83));
var serie2 = series[1];
Assert.Equal(4, serie2.Games.Count);
VerifyGame(serie2.Games[0], Tuple.Create(0, "player-8", 122));
VerifyGame(serie2.Games[1], Tuple.Create(0, "player-7", 156));
VerifyGame(serie2.Games[2], Tuple.Create(0, "player-6", 101));
VerifyGame(serie2.Games[3], Tuple.Create(0, "player-5", 133));
var serie3 = series[2];
Assert.Equal(4, serie3.Games.Count);
VerifyGame(serie3.Games[0], Tuple.Create(0, "player-6", 148));
VerifyGame(serie3.Games[1], Tuple.Create(0, "player-5", 142));
VerifyGame(serie3.Games[2], Tuple.Create(0, "player-9", 118));
VerifyGame(serie3.Games[3], Tuple.Create(0, "player-7", 136));
var serie4 = series[3];
Assert.Equal(4, serie4.Games.Count);
VerifyGame(serie4.Games[0], Tuple.Create(0, "player-7", 134));
VerifyGame(serie4.Games[1], Tuple.Create(0, "player-9", 119));
VerifyGame(serie4.Games[2], Tuple.Create(0, "player-5", 122));
VerifyGame(serie4.Games[3], Tuple.Create(0, "player-6", 167));
}
private ActionResult Parse4(
RegisterBitsVerifyModel model,
BitsParser parser,
string content,
Roster roster,
IEnumerable<Player> players)
{
Parse4Result result = parser.Parse4(content, roster.Team);
var vm = new RegisterBitsResult4
{
BitsMatchId = roster.BitsMatchId,
TeamScore = result.TeamScore,
OpponentScore = result.OpponentScore,
RosterId = model.RosterId,
Serie1 = result.Series.ElementAtOrDefault(0),
Serie2 = result.Series.ElementAtOrDefault(1),
Serie3 = result.Series.ElementAtOrDefault(2),
Serie4 = result.Series.ElementAtOrDefault(3)
};
ViewBag.players = players.Select(x => new PlayerViewModel(x))
.ToArray();
return View("RegisterBitsVerify4", vm);
}
public ActionResult RegisterBitsVerify(RegisterBitsVerifyModel model)
{
if (ModelState.IsValid == false)
{
ViewBag.rosterid = DocumentSession.CreateRosterSelectList(model.Season);
return View("RegisterBits", model);
}
var roster = DocumentSession.Include<Roster>(r => r.Players)
.Load<Roster>(model.RosterId);
if (roster == null)
throw new HttpException(404, "Roster not found");
var players = roster.Players
.Select(x => DocumentSession.Load<Player>(x))
.ToArray();
var parser = new BitsParser(players);
var content = bitsClient.DownloadMatchResult(roster.BitsMatchId);
if (roster.IsFourPlayer)
{
var parse4Result = Parse4(model, parser, content, roster, players);
return parse4Result;
}
var parseResult = Parse(model, parser, content, roster, players);
return parseResult;
}
public void CanParseThreeSeries()
{
// Arrange
const string Team = "Fredrikshof IF";
var players = new[]
{
new Player("Daniel Solvander", "*****@*****.**", Player.Status.Active) { Id = "player-1" },
new Player("Daniel Lidström", "*****@*****.**", Player.Status.Active) { Id = "player-2" },
new Player("Thomas Gurell", "*****@*****.**", Player.Status.Active) { Id = "player-3" },
new Player("Lennart Axelsson", "*****@*****.**", Player.Status.Active) { Id = "player-4" },
new Player("Håkan Gustavsson", "*****@*****.**", Player.Status.Active) { Id = "player-5" },
new Player("Kjell Johansson", "*****@*****.**", Player.Status.Active) { Id = "player-6" },
new Player("Bengt Solvander", "*****@*****.**", Player.Status.Active) { Id = "player-7" },
new Player("Stefan Traav", "*****@*****.**", Player.Status.Active) { Id = "player-8" },
new Player("Matz Classon", "*****@*****.**", Player.Status.Active) { Id = "player-9" }
};
// Act
var result = new BitsParser(players).Parse(Resources.Id3067035, Team);
Assert.Equal(10, result.TeamScore);
Assert.Equal(5, result.OpponentScore);
var series = result.Series;
// Assert
Assert.Equal(3, series.Length);
var serie1 = series[0];
Assert.Equal(4, serie1.Tables.Count);
VerifyTable(serie1.Tables[0], Tuple.Create(1, "player-1", 200, "player-2", 199));
VerifyTable(serie1.Tables[1], Tuple.Create(1, "player-3", 160, "player-4", 257));
VerifyTable(serie1.Tables[2], Tuple.Create(1, "player-5", 214, "player-6", 195));
VerifyTable(serie1.Tables[3], Tuple.Create(1, "player-7", 175, "player-8", 241));
var serie2 = series[1];
Assert.Equal(4, serie1.Tables.Count);
VerifyTable(serie2.Tables[0], Tuple.Create(1, "player-7", 165, "player-8", 217));
VerifyTable(serie2.Tables[1], Tuple.Create(0, "player-5", 180, "player-6", 158));
VerifyTable(serie2.Tables[2], Tuple.Create(0, "player-3", 176, "player-4", 197));
VerifyTable(serie2.Tables[3], Tuple.Create(1, "player-1", 145, "player-2", 161));
var serie3 = series[2];
Assert.Equal(4, serie1.Tables.Count);
VerifyTable(serie3.Tables[0], Tuple.Create(0, "player-3", 180, "player-4", 222));
VerifyTable(serie3.Tables[1], Tuple.Create(1, "player-1", 159, "player-2", 277));
VerifyTable(serie3.Tables[2], Tuple.Create(1, "player-7", 166, "player-8", 234));
VerifyTable(serie3.Tables[3], Tuple.Create(0, "player-5", 143, "player-6", 171));
}
public void CanParseHomeTeam()
{
// Arrange
const string Team = "Fredrikshof IF";
// Act
var result = new BitsParser(playersTeamA).Parse(Resources.Id3048746, Team);
Assert.Equal(11, result.TeamScore);
Assert.Equal(9, result.OpponentScore);
var series = result.Series;
// Assert
Assert.Equal(4, series.Length);
var serie1 = series[0];
Assert.Equal(4, serie1.Tables.Count);
VerifyTable(serie1.Tables[0], Tuple.Create(1, "player-1", 202, "player-2", 219));
VerifyTable(serie1.Tables[1], Tuple.Create(0, "player-3", 203, "player-4", 169));
VerifyTable(serie1.Tables[2], Tuple.Create(1, "player-5", 206, "player-6", 195));
VerifyTable(serie1.Tables[3], Tuple.Create(0, "player-7", 234, "player-8", 165));
var serie2 = series[1];
Assert.Equal(4, serie2.Tables.Count);
VerifyTable(serie2.Tables[0], Tuple.Create(1, "player-5", 205, "player-6", 212));
VerifyTable(serie2.Tables[1], Tuple.Create(0, "player-7", 192, "player-8", 192));
VerifyTable(serie2.Tables[2], Tuple.Create(1, "player-1", 212, "player-2", 237));
VerifyTable(serie2.Tables[3], Tuple.Create(1, "player-3", 202, "player-4", 199));
var serie3 = series[2];
Assert.Equal(4, serie3.Tables.Count);
VerifyTable(serie3.Tables[0], Tuple.Create(0, "player-7", 206, "player-8", 204));
VerifyTable(serie3.Tables[1], Tuple.Create(1, "player-5", 215, "player-6", 211));
VerifyTable(serie3.Tables[2], Tuple.Create(0, "player-3", 184, "player-4", 172));
VerifyTable(serie3.Tables[3], Tuple.Create(0, "player-1", 175, "player-2", 188));
var serie4 = series[3];
Assert.Equal(4, serie4.Tables.Count);
VerifyTable(serie4.Tables[0], Tuple.Create(0, "player-3", 213, "player-9", 173));
VerifyTable(serie4.Tables[1], Tuple.Create(1, "player-1", 188, "player-2", 213));
VerifyTable(serie4.Tables[2], Tuple.Create(1, "player-7", 194, "player-8", 255));
VerifyTable(serie4.Tables[3], Tuple.Create(1, "player-5", 226, "player-6", 210));
}
public void CanParseAwayTeam()
{
// Arrange
const string Team = "Fredrikshof IF";
// Act
var result = new BitsParser(playersTeamA).Parse(Resources.Id3048747, Team);
Assert.Equal(10, result.TeamScore);
Assert.Equal(9, result.OpponentScore);
var series = result.Series;
// Assert
Assert.Equal(4, series.Length);
var serie1 = series[0];
Assert.Equal(4, serie1.Tables.Count);
VerifyTable(serie1.Tables[0], Tuple.Create(1, "player-3", 202, "player-10", 204));
VerifyTable(serie1.Tables[1], Tuple.Create(0, "player-1", 196, "player-2", 234));
VerifyTable(serie1.Tables[2], Tuple.Create(1, "player-7", 205, "player-8", 247));
VerifyTable(serie1.Tables[3], Tuple.Create(1, "player-5", 227, "player-6", 212));
var serie2 = series[1];
Assert.Equal(4, serie2.Tables.Count);
VerifyTable(serie2.Tables[0], Tuple.Create(0, "player-5", 182, "player-6", 213));
VerifyTable(serie2.Tables[1], Tuple.Create(0, "player-7", 226, "player-8", 211));
VerifyTable(serie2.Tables[2], Tuple.Create(1, "player-1", 218, "player-2", 269));
VerifyTable(serie2.Tables[3], Tuple.Create(0, "player-3", 232, "player-10", 162));
var serie3 = series[2];
Assert.Equal(4, serie3.Tables.Count);
VerifyTable(serie3.Tables[0], Tuple.Create(0, "player-1", 200, "player-2", 212));
VerifyTable(serie3.Tables[1], Tuple.Create(0, "player-3", 202, "player-10", 201));
VerifyTable(serie3.Tables[2], Tuple.Create(0, "player-5", 202, "player-6", 187));
VerifyTable(serie3.Tables[3], Tuple.Create(1, "player-7", 232, "player-8", 201));
var serie4 = series[3];
Assert.Equal(4, serie4.Tables.Count);
VerifyTable(serie4.Tables[0], Tuple.Create(1, "player-7", 217, "player-8", 203));
VerifyTable(serie4.Tables[1], Tuple.Create(1, "player-5", 178, "player-6", 267));
VerifyTable(serie4.Tables[2], Tuple.Create(0, "player-3", 180, "player-10", 229));
VerifyTable(serie4.Tables[3], Tuple.Create(0, "player-1", 183, "player-2", 175));
}
public void CanParseHomeTeam()
{
// Arrange
const string Team = "Fredrikshof B";
// Act
var result = new BitsParser(homePlayers).Parse4(Resources.Id3060835, Team);
Assert.Equal(18, result.TeamScore);
Assert.Equal(1, result.OpponentScore);
var series = result.Series;
// Assert
Assert.Equal(4, series.Length);
var serie1 = series[0];
Assert.Equal(4, serie1.Games.Count);
VerifyGame(serie1.Games[0], Tuple.Create(0, "player-1", 138));
VerifyGame(serie1.Games[1], Tuple.Create(1, "player-2", 178));
VerifyGame(serie1.Games[2], Tuple.Create(1, "player-3", 183));
VerifyGame(serie1.Games[3], Tuple.Create(1, "player-4", 131));
var serie2 = series[1];
Assert.Equal(4, serie2.Games.Count);
VerifyGame(serie2.Games[0], Tuple.Create(1, "player-3", 152));
VerifyGame(serie2.Games[1], Tuple.Create(1, "player-4", 189));
VerifyGame(serie2.Games[2], Tuple.Create(1, "player-1", 205));
VerifyGame(serie2.Games[3], Tuple.Create(1, "player-2", 136));
var serie3 = series[2];
Assert.Equal(4, serie3.Games.Count);
VerifyGame(serie3.Games[0], Tuple.Create(1, "player-4", 223));
VerifyGame(serie3.Games[1], Tuple.Create(1, "player-3", 251));
VerifyGame(serie3.Games[2], Tuple.Create(1, "player-2", 158));
VerifyGame(serie3.Games[3], Tuple.Create(1, "player-1", 149));
var serie4 = series[3];
Assert.Equal(4, serie4.Games.Count);
VerifyGame(serie4.Games[0], Tuple.Create(1, "player-2", 179));
VerifyGame(serie4.Games[1], Tuple.Create(1, "player-1", 181));
VerifyGame(serie4.Games[2], Tuple.Create(1, "player-4", 183));
VerifyGame(serie4.Games[3], Tuple.Create(0, "player-3", 167));
}