public async Task <EngineEvaluation> BuildEngineEvaluations(TreeMove treeMove, params string[] previousMoves)
{
var engineEvaluation = await chessMetersContext.EngineEvaluations.SingleOrDefaultAsync(x => x.TreeMoveId == treeMove.Id && x.EngineId == engine.EngineId);
if (engineEvaluation?.Depth >= engineDepth)
{
return(engineEvaluation);
}
await engine.SetPosition(previousMoves.Any()?$"{string.Join(' ', previousMoves)} {treeMove.Move}" : treeMove.Move);
var evaluationCentipawns = await engine.GetEvaluationCentipawns(treeMove.ColorId);
if (engineEvaluation != null)
{
engineEvaluation.Depth = engineDepth;
engineEvaluation.EvaluationCentipawns = evaluationCentipawns;
chessMetersContext.Update(engineEvaluation);
await chessMetersContext.SaveChangesAsync();
}
else
{
await chessMetersContext.EngineEvaluations.AddAsync(new EngineEvaluation
{
TreeMoveId = treeMove.Id,
EngineId = engine.EngineId,
Depth = engineDepth,
EvaluationCentipawns = evaluationCentipawns
});
await chessMetersContext.SaveChangesAsync();
}
return(engineEvaluation);
}
public async Task <IEnumerable <TreeMove> > BuildTree(short analyzeDepth, Game game)
{
var treeMoves = new List <TreeMove>();
try
{
var moves = game.Moves.Split(' ');
if (!moves.Any())
{
return(treeMoves);
}
var fullPathIds = new List <long>();
TreeMove parentTreeMove = null;
await engineAnalyzeEvaluator.StartNewGame(analyzeDepth);
foreach (var move in moves)
{
var parentTreeMoveId = parentTreeMove?.Id;
var treeMove = await chessMetersContext.TreeMoves.SingleOrDefaultAsync(x => x.Move == move && x.ParentTreeMoveId == parentTreeMoveId);
if (treeMove == null)
{
treeMove = new TreeMove
{
Move = move,
FullPath = fullPathIds.Any() ? string.Join(" ", fullPathIds) : null,
ParentTreeMoveId = parentTreeMoveId,
ParentTreeMove = parentTreeMove,
ColorId = fullPathIds.Count % 2 == 0 ? ColorEnum.White : ColorEnum.Black
};
await chessMetersContext.TreeMoves.AddAsync(treeMove);
await chessMetersContext.SaveChangesAsync();
}
await engineAnalyzeEvaluator.BuildEngineEvaluations(treeMove, treeMoves.Select(x => x.Move).ToArray());
treeMoves.Add(treeMove);
fullPathIds.Add(treeMove.Id);
parentTreeMove = treeMove;
}
game.LastTreeMoveId = fullPathIds.LastOrDefault();
chessMetersContext.Games.Update(game);
await chessMetersContext.SaveChangesAsync();
}
catch (Exception ex)
{
game.AnalyzeExceptionStackTrace = ex.ToString();
}
return(treeMoves);
}
public async Task <IActionResult> Generate([FromBody] GenerateReportViewModel generateReport)
{
if (!ModelState.IsValid)
{
return(BadRequest(ModelState));
}
var games = await gameConverter.ConvertFromPGN(generateReport.PGN);
for (var i = 0; i < games.Count(); i++)
{
games.ElementAt(i).UserColorId = generateReport.UserColors.ElementAt(i);
}
var report = new Report
{
Description = generateReport.Description,
PGN = generateReport.PGN,
UserId = User.FindFirst(ClaimTypes.NameIdentifier).Value,
CreationDate = DateTime.Now,
Games = games.ToList()
};
await chessMetersContext.Reports.AddAsync(report);
await chessMetersContext.SaveChangesAsync();
var data = new Dictionary <string, int>
{
{ "id", report.Id }
};
var jobData = new JobDataMap(data);
var scheduler = await schedulerFactory.GetScheduler();
await scheduler.TriggerJob(new JobKey(typeof(ReportGeneratorJob).Name), jobData);
return(Ok());
}
public async Task Schedule(Game game, short engineDepth)
{
try
{
var treeMoves = await treeMoveBuilder.BuildTree(engineDepth, game);
game.LastTreeMoveId = treeMoves.LastOrDefault()?.Id;
await flagBuilder.AnalizeGame(game);
game.Analyzed = true;
chessMetersContext.Games.Update(game);
}
catch (Exception ex)
{
game.AnalyzeExceptionStackTrace = ex.ToString();
}
finally
{
await chessMetersContext.SaveChangesAsync();
}
}
public async Task BuildTree_Should_SetupTreeAndSaveToDbIfMoveNotFound()
{
string pgn = "[Event \"Live Chess\"] [Site \"Chess.com\"] [Date \"2020.11.25\"] [Round \"?\"] [White \"claudiuoprea\"] [Black \"Cest_Sebastian\"] [Result \"0-1\"] [ECO \"C26\"] [WhiteElo \"1174\"] [BlackElo \"1212\"] [TimeControl \"600\"] [EndTime \"5:58:12 PST\"] [Termination \"Cest_Sebastian won by resignation\"] 1. e4 {[%timestamp 1]} 1... e5 {[%timestamp 1]} 2. Bc4 {[%timestamp 1]} 2... Nf6 {[%timestamp 1]} 3. Nc3 {[%timestamp 16]} 3... Nc6 {[%timestamp 253]} 4. d3 {[%timestamp 21]} 4... Bb4 {[%timestamp 93]} 5. f4 {[%timestamp 79]} 5... Bxc3+ {[%timestamp 70]} 6. bxc3 {[%timestamp 10]} 6... O-O {[%timestamp 80]} 7. fxe5 {[%timestamp 91]} 7... Nxe5 {[%timestamp 66]} 8. Bb3 {[%timestamp 33]} 8... d6 {[%timestamp 52]} 9. Nf3 {[%timestamp 24]} 9... Bg4 {[%timestamp 27]} 10. h3 {[%timestamp 114]} 10... Bxf3 {[%timestamp 14]} 11. gxf3 {[%timestamp 39]} 11... d5 {[%timestamp 33]} 12. Rg1 {[%timestamp 107]} 12... dxe4 {[%timestamp 58]} 13. Bh6 {[%timestamp 48]} 13... Re8 {[%timestamp 135]} 14. Bxg7 {[%timestamp 126]} 14... Ng6 {[%timestamp 1]} 15. Bh6 {[%timestamp 250]} 15... exf3+ {[%timestamp 59]} 16. Kd2 {[%timestamp 49]} 16... f2 {[%timestamp 174]} 17. Rg2 {[%timestamp 187]} 17... Ne4+ {[%timestamp 237]} 18. Kc1 {[%timestamp 74]} 18... Nxc3 {[%timestamp 142]} 19. Qd2 {[%timestamp 109]} 19... f1=Q+ {[%timestamp 58]} 20. Kb2 {[%timestamp 60]} 20... Na4+ {[%timestamp 431]} 21. Bxa4 {[%timestamp 175]} 21... Qd4+ {[%timestamp 76]} 22. Ka3 {[%timestamp 128]} 22... Qc5+ {[%timestamp 114]} 23. Kb3 {[%timestamp 112]} 23... Qd5+ {[%timestamp 60]} 24. Ka3 {[%timestamp 35]} 24... Qfxg2 {[%timestamp 40]} 25. Qc3 {[%timestamp 74]} 25... Qd6+ {[%timestamp 179]} 26. Kb3 {[%timestamp 149]} 26... Qgd5+ {[%timestamp 69]} 27. Kb2 {[%timestamp 29]} 27... Qb6+ {[%timestamp 96]} 28. Bb3 {[%timestamp 52]} 28... Qdd4 {[%timestamp 1]} 29. Qxd4 {[%timestamp 1]} 29... Qxd4+ {[%timestamp 1]} 30. Ka3 {[%timestamp 31]} 0-1";
using var context = new ChessMetersContext(options, new OperationalStoreOptionsMigrations());
var engineProcess = new EngineProcess();
var stockfishEngine = new StockfishEngine(engineProcess);
var engineAnalyzeEvaluator = new EngineEvaluationBuilder(stockfishEngine, context);
var gameAnalyzer = new TreeMovesBuilder(context, engineAnalyzeEvaluator);
var user = await context.Users.FirstAsync();
var report = new Report
{
PGN = pgn,
Description = $"Unit test ${DateTime.Now}",
UserId = user.Id
};
await context.Reports.AddAsync(report);
await context.SaveChangesAsync();
var moves = await gameAnalyzer.BuildTree(EngineConsts.defaultAnalyzeDepth, new Game
{
ReportId = report.Id,
Result = "0-1",
Moves = "d2d4 d7d5 c2c4 c7c6 g1f3"
});
Assert.Equal(5, moves.Count());
Assert.All(moves, x => Assert.NotEqual(0, x.Id));
Assert.Null(moves.First().ParentTreeMoveId);
Assert.NotNull(moves.Last().ParentTreeMoveId);
Assert.NotNull(moves.Last().ParentTreeMove);
}
public async Task AnalizeGame(Game game)
{
var lastTreeMove = await chessMetersContext.TreeMoves.FindAsync(game.LastTreeMoveId);
var pathIds = game.LastTreeMove.FullPath.Split(' ');
var moveIds = pathIds.Select(x => long.Parse(x)).ToList();
moveIds.Add(game.LastTreeMoveId.Value);
var moves = await chessMetersContext.TreeMoves.Include(x => x.EngineEvaluations).Include(x => x.TreeMoveFlags)
.Where(x => moveIds.Contains(x.Id)).ToListAsync();
var treeMoves = new List <TreeMove>();
foreach (var moveId in moveIds)
{
treeMoves.Add(moves.Single(x => x.Id == moveId));
}
boardState.Initialize(treeMoves, game.UserColorId);
var rules = assemblyLoader.GetAllTypesOf <IRule>();
var gameFlags = new HashSet <FlagEnum>();
foreach (var treeMove in treeMoves)
{
var treeMoveFlags = new HashSet <FlagEnum>();
foreach (var rule in rules)
{
if (!rule.Evaluate(boardState))
{
continue;
}
if (rule.IsGameRule)
{
gameFlags.Add(rule.Flag);
}
else
{
treeMoveFlags.Add(rule.Flag);
}
}
chessMetersContext.TreeMoveFlags.RemoveRange(treeMove.TreeMoveFlags.Where(x => !treeMoveFlags.Contains(x.FlagId)));
await chessMetersContext.TreeMoveFlags.AddRangeAsync(treeMoveFlags.Where(x => !treeMove.TreeMoveFlags.Any(tmf => tmf.FlagId == x)).Select(x => new TreeMoveFlag
{
TreeMoveId = treeMove.Id,
FlagId = x
}));
boardState.SetNextTreeMove();
}
chessMetersContext.GameFlags.RemoveRange(game.GameFlags);
await chessMetersContext.GameFlags.AddRangeAsync(gameFlags.Select(x => new GameFlag
{
FlagId = x,
GameId = game.Id
}));
await chessMetersContext.SaveChangesAsync();
}
