public void GetClasificationWhenTeamsShouldReturnCurrentClasification()
{
string[,] teamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(teamList);
Assert.Equal(teamList, initialCompetition.GetClasification());
}
public void AddTeamWhenNullShouldDoNothing()
{
string[,] teamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(teamList);
initialCompetition.AddTeam(null);
Assert.Equal(teamList, initialCompetition.GetClasification());
}
public void AddMatchWhenEmptyShouldDoNothing()
{
string[,] teamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(teamList);
string[,] matchList = { { } };
initialCompetition.AddTeam(matchList);
Assert.Equal(teamList, initialCompetition.GetClasification());
}
public void AddMatchWhenOneMatchShouldIncreaseTeamPointsAndSortClasification()
{
string[,] finalTeamList = { { "Team 2", "13" }, { "Team 1", "12" } };
string[,] initialTeamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(initialTeamList);
string[,] matchListToAdd = { { "Team 2", "3" } };
initialCompetition.AddMatch(matchListToAdd);
Assert.Equal(finalTeamList, initialCompetition.GetClasification());
}
public void AddTeamWhenTeamAlreadyExistsShouldIgnoreItAddTheOtherTeamsAndSortClasification()
{
string[,] finalTeamList = { { "Team 1", "12" }, { "Team 3", "11" }, { "Team 2", "10" } };
string[,] initialTeamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(initialTeamList);
string[,] teamListToAdd = { { "Team 3", "11" }, { "Team 2", "8" } };
initialCompetition.AddTeam(teamListToAdd);
Assert.Equal(finalTeamList, initialCompetition.GetClasification());
}
public void AddTeamWhenMoreThanOneTeamShouldAddTeamsAndSortClasification()
{
string[,] finalTeamList = { { "Team 1", "12" }, { "Team 3", "11" }, { "Team 2", "10" }, { "Team 4", "8" } };
string[,] initialTeamList = { { "Team 1", "12" }, { "Team 2", "10" } };
Competition initialCompetition = new Competition(initialTeamList);
string[,] teamListToAdd = { { "Team 3", "11" }, { "Team 4", "8" } };
initialCompetition.AddTeam(teamListToAdd);
Assert.Equal(finalTeamList, initialCompetition.GetClasification());
}
public void AddMatchWhenTeamNoExistsShouldIgnoreItAddTheOtherMatchesAndSortClasification()
{
string[,] finalTeamList = { { "Team 1", "12" }, { "Team 3", "11" }, { "Team 2", "10" } };
string[,] initialTeamList = { { "Team 1", "12" }, { "Team 2", "10" }, { "Team 3", "8" } };
Competition initialCompetition = new Competition(initialTeamList);
string[,] matchListToAdd = { { "Team 3", "3" }, { "Team 4", "3" } };
initialCompetition.AddMatch(matchListToAdd);
Assert.Equal(finalTeamList, initialCompetition.GetClasification());
}
public void GetClasificationWhenNoTeamsShouldReturnNull()
{
Competition initialCompetition = new Competition(null);
Assert.Null(initialCompetition.GetClasification());
}