public async Task Read_best_batting_strike_rate_sorts_by_highest_strike_rate_first()
{
var filter = new StatisticsFilter {
Paging = new Paging {
PageSize = int.MaxValue
}
};
var queryBuilder = new Mock <IStatisticsQueryBuilder>();
queryBuilder.Setup(x => x.BuildWhereClause(It.IsAny <StatisticsFilter>())).Returns((string.Empty, new Dictionary <string, object>()));
var playerDataSource = new Mock <IPlayerDataSource>();
playerDataSource.Setup(x => x.ReadPlayers(It.IsAny <PlayerFilter>())).Returns(Task.FromResult(_databaseFixture.TestData.Players));
var dataSource = new SqlServerBestPlayerAverageStatisticsDataSource(_databaseFixture.ConnectionFactory, queryBuilder.Object, playerDataSource.Object);
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var previousStrikeRate = decimal.MaxValue;
foreach (var result in results)
{
Assert.True(result.Result.Average <= previousStrikeRate);
previousStrikeRate = result.Result.Average.Value;
}
}
public async Task Read_best_batting_strike_rate_supports_filter_by_season_id()
{
var filter = new StatisticsFilter
{
Paging = new Paging
{
PageSize = int.MaxValue
},
Season = _databaseFixture.TestData.Competitions.First().Seasons.First()
};
var queryBuilder = new Mock <IStatisticsQueryBuilder>();
queryBuilder.Setup(x => x.BuildWhereClause(It.IsAny <StatisticsFilter>())).Returns((" AND SeasonId = @SeasonId", new Dictionary <string, object> {
{ "SeasonId", _databaseFixture.TestData.Competitions.First().Seasons.First().SeasonId }
}));
var playerDataSource = new Mock <IPlayerDataSource>();
playerDataSource.Setup(x => x.ReadPlayers(It.IsAny <PlayerFilter>())).Returns(Task.FromResult(_databaseFixture.TestData.Players));
var dataSource = new SqlServerBestPlayerAverageStatisticsDataSource(_databaseFixture.ConnectionFactory, queryBuilder.Object, playerDataSource.Object);
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var expected = _databaseFixture.TestData.Players.Where(x => _databaseFixture.TestData.Matches
.Where(x => x.Season?.SeasonId == _databaseFixture.TestData.Competitions.First().Seasons.First().SeasonId)
.SelectMany(m => m.MatchInnings)
.SelectMany(mi => mi.PlayerInnings)
.Any(pi => pi.Batter.Player.PlayerId == x.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue && pi.BallsFaced.Value > 0)
);
Assert.Equal(expected.Count(), results.Count());
foreach (var player in expected)
{
Assert.NotNull(results.SingleOrDefault(x => x.Result.Player.PlayerId == player.PlayerId));
}
}
public async Task Read_best_batting_strike_rate_supports_minimum_qualifying_innings()
{
var filter = new StatisticsFilter
{
Paging = new Paging
{
PageSize = int.MaxValue
},
MinimumQualifyingInnings = 5
};
var queryBuilder = new Mock <IStatisticsQueryBuilder>();
queryBuilder.Setup(x => x.BuildWhereClause(It.IsAny <StatisticsFilter>())).Returns((string.Empty, new Dictionary <string, object>()));
var playerDataSource = new Mock <IPlayerDataSource>();
playerDataSource.Setup(x => x.ReadPlayers(It.IsAny <PlayerFilter>())).Returns(Task.FromResult(_databaseFixture.TestData.Players));
var dataSource = new SqlServerBestPlayerAverageStatisticsDataSource(_databaseFixture.ConnectionFactory, queryBuilder.Object, playerDataSource.Object);
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var playerInnings = _databaseFixture.TestData.Matches.SelectMany(m => m.MatchInnings).SelectMany(mi => mi.PlayerInnings);
var expected = _databaseFixture.TestData.Players.Where(x => playerInnings.Any(pi => pi.Batter.Player.PlayerId == x.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue && pi.BallsFaced > 0) &&
playerInnings.Count(pi => pi.Batter.Player.PlayerId == x.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue) >= filter.MinimumQualifyingInnings);
Assert.Equal(expected.Count(), results.Count());
foreach (var player in expected)
{
Assert.NotNull(results.SingleOrDefault(x => x.Result.Player.PlayerId == player.PlayerId));
}
}
public async Task Read_best_batting_strike_rate_pages_results()
{
const int pageSize = 10;
var pageNumber = 1;
var playerInnings = _databaseFixture.TestData.Matches
.SelectMany(x => x.MatchInnings)
.SelectMany(x => x.PlayerInnings);
var remaining = playerInnings
.Where(x => x.RunsScored.HasValue && x.BallsFaced.HasValue)
.Select(x => x.Batter.Player.PlayerId)
.Where(x => playerInnings.Any(pi => pi.Batter.Player.PlayerId == x && pi.RunsScored.HasValue && pi.BallsFaced.HasValue && pi.BallsFaced > 0))
.Distinct()
.Count();
while (remaining > 0)
{
var filter = new StatisticsFilter {
Paging = new Paging {
PageNumber = pageNumber, PageSize = pageSize
}
};
var queryBuilder = new Mock <IStatisticsQueryBuilder>();
queryBuilder.Setup(x => x.BuildWhereClause(It.IsAny <StatisticsFilter>())).Returns((string.Empty, new Dictionary <string, object>()));
var playerDataSource = new Mock <IPlayerDataSource>();
playerDataSource.Setup(x => x.ReadPlayers(It.IsAny <PlayerFilter>())).Returns(Task.FromResult(_databaseFixture.TestData.Players));
var dataSource = new SqlServerBestPlayerAverageStatisticsDataSource(_databaseFixture.ConnectionFactory, queryBuilder.Object, playerDataSource.Object);
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var expected = pageSize > remaining ? remaining : pageSize;
Assert.Equal(expected, results.Count());
pageNumber++;
remaining -= pageSize;
}
}
public async Task Read_best_batting_strike_rate_returns_teams()
{
var filter = new StatisticsFilter {
Paging = new Paging {
PageSize = int.MaxValue
}
};
var queryBuilder = new Mock <IStatisticsQueryBuilder>();
queryBuilder.Setup(x => x.BuildWhereClause(It.IsAny <StatisticsFilter>())).Returns((string.Empty, new Dictionary <string, object>()));
var playerDataSource = new Mock <IPlayerDataSource>();
playerDataSource.Setup(x => x.ReadPlayers(It.IsAny <PlayerFilter>())).Returns(Task.FromResult(_databaseFixture.TestData.Players));
var dataSource = new SqlServerBestPlayerAverageStatisticsDataSource(_databaseFixture.ConnectionFactory, queryBuilder.Object, playerDataSource.Object);
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var expected = _databaseFixture.TestData.Players.Where(x => _databaseFixture.TestData.Matches
.SelectMany(m => m.MatchInnings)
.SelectMany(mi => mi.PlayerInnings)
.Where(pi => pi.Batter.Player.PlayerId == x.PlayerId)
.Any(pi => pi.RunsScored.HasValue && pi.BallsFaced.HasValue && pi.BallsFaced.Value > 0));
foreach (var player in expected)
{
var result = results.SingleOrDefault(x => x.Result.Player.PlayerId == player.PlayerId);
Assert.NotNull(result);
foreach (var identity in player.PlayerIdentities)
{
var resultIdentity = result.Result.Player.PlayerIdentities.SingleOrDefault(x => x.PlayerIdentityId == identity.PlayerIdentityId);
Assert.NotNull(resultIdentity);
Assert.Equal(identity.Team.TeamName, resultIdentity.Team.TeamName);
}
}
}
private async Task ActAndAssertStatistics(StatisticsFilter filter, SqlServerBestPlayerAverageStatisticsDataSource dataSource, Func <Stoolball.Matches.Match, bool> matchFilter, Func <MatchInnings, bool> matchInningsFilter)
{
var results = await dataSource.ReadBestBattingStrikeRate(filter).ConfigureAwait(false);
var expected = _databaseFixture.TestData.Players.Select(p => new BestStatistic
{
Player = p,
TotalMatches = (int)_databaseFixture.TestData.Matches
.Where(matchFilter)
.Count(m => m.MatchInnings.Where(matchInningsFilter).Any(mi =>
mi.PlayerInnings.Any(pi => pi.Batter.Player.PlayerId == p.PlayerId || pi.DismissedBy?.Player.PlayerId == p.PlayerId || pi.Bowler?.Player.PlayerId == p.PlayerId) ||
mi.OversBowled.Any(o => o.Bowler.Player.PlayerId == p.PlayerId) ||
mi.BowlingFigures.Any(bf => bf.Bowler.Player.PlayerId == p.PlayerId)
) || m.Awards.Any(aw => aw.PlayerIdentity.Player.PlayerId == p.PlayerId)),
TotalInnings = (int)_databaseFixture.TestData.Matches
.Where(matchFilter)
.SelectMany(m => m.MatchInnings)
.Where(matchInningsFilter)
.SelectMany(mi => mi.PlayerInnings)
.Count(pi => pi.Batter.Player.PlayerId == p.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue),
Average = (_databaseFixture.TestData.Matches
.Where(matchFilter)
.SelectMany(m => m.MatchInnings)
.Where(matchInningsFilter)
.SelectMany(mi => mi.PlayerInnings)
.Any(pi => pi.Batter.Player.PlayerId == p.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue && pi.BallsFaced.Value > 0) ?
(((decimal)_databaseFixture.TestData.Matches
.Where(matchFilter)
.SelectMany(m => m.MatchInnings)
.Where(matchInningsFilter)
.SelectMany(mi => mi.PlayerInnings)
.Where(pi => pi.Batter.Player.PlayerId == p.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue)
.Sum(pi => pi.RunsScored))
/
_databaseFixture.TestData.Matches
.Where(matchFilter)
.SelectMany(m => m.MatchInnings)
.Where(matchInningsFilter)
.SelectMany(mi => mi.PlayerInnings)
.Where(pi => pi.Batter.Player.PlayerId == p.PlayerId && pi.RunsScored.HasValue && pi.BallsFaced.HasValue)
.Sum(pi => pi.BallsFaced)) * 100
: (decimal?)null)
}).Where(x => x.Average.HasValue);
foreach (var player in expected)
{
var result = results.SingleOrDefault(x => x.Result.Player.PlayerId == player.Player.PlayerId);
Assert.NotNull(result);
Assert.Equal(player.TotalMatches, result.Result.TotalMatches);
Assert.Equal(player.TotalInnings, result.Result.TotalInnings);
if (player.Average.HasValue)
{
Assert.Equal(player.Average.Value.AccurateToTwoDecimalPlaces(), result.Result.Average.Value.AccurateToTwoDecimalPlaces());
}
else
{
Assert.Null(result.Result.Average);
}
}
}
