public bool ProcessVisit(string visitKey, byte[] ups, byte[] hrs, int startIndex, int length, ref StringBuilder data)
{
string processGUID = GetAssignedProcess(visitKey);
using (ChannelFactory <IPatternsProcessorMessages> factory = CreateChannelFactory(processGUID))
{
IPatternsProcessorMessages channel = factory.CreateChannel();
try
{
ResultsEngineResponse response = channel.EngineProcessData(visitKey, ups, hrs, startIndex, length);
if (response.ResponseCode != EngineResponseCode.Success)
{
throw new Exception(response.ErrorMessage);
}
data = response.ResultsData;
return(response.MoreData);
}
catch (Exception ex)
{
throw ex;
}
finally
{
CloseChannel((ICommunicationObject)channel);
}
}
}
public ResultsEngineResponse EngineProcessData(string visitKey, byte[] ups, byte[] hrs, int startIndex, int length)
{
ResultsEngineResponse toRet;
try
{
PatternsProcessorSettings.Source.TraceEvent(TraceEventType.Verbose, 210, "PAW debug: Patterns Processor (PID={0}, GUID={1}): EngineProcessData: VisitKey: {2}",
PatternsProcessorSettings.Instance.ProcessId, PatternsProcessorSettings.Instance.ProcessGUID, visitKey);
m_LastRequest = DateTime.Now;
// Process the data AS IS
int buffer_size = 0;
bool moreData = false;
// Simulate a limited seconds feed of 1 day of tracing at once maximum
int time_frame = 86400;
int position = startIndex;
int end = startIndex + length;
while (position < end)
{
int block_size = Math.Min(time_frame, end - position);
buffer_size = Bridge.EngineProcessData(visitKey, ups, position, block_size, hrs, 4 * position, 4 * block_size);
position += time_frame;
}
StringBuilder data;
if (buffer_size > 0)
{
data = new StringBuilder(buffer_size);
moreData = Bridge.EngineReadResults(visitKey, ref data, buffer_size);
}
else
{
data = new StringBuilder();
moreData = false;
}
//PatternsProcessorSettings.Source.TraceEvent(TraceEventType.Verbose, 235, "Patterns Processor (PID={0}, GUID={1}): Tracings processed for visit {2}.",
// PatternsProcessorSettings.Instance.ProcessId, PatternsProcessorSettings.Instance.ProcessGUID, visitKey);
toRet = new ResultsEngineResponse()
{
ResultsData = data,
MoreData = moreData,
ResponseCode = EngineResponseCode.Success
};
}
catch (Exception ex)
{
toRet = new ResultsEngineResponse()
{
ResponseCode = EngineResponseCode.Error,
ErrorMessage = ex.ToString()
};
}
return(toRet);
}
public ResultsEngineResponse Execute(ITeamResultEngineContext context, IRevertResultRequest request)
{
this._unitOfWork.GuardCheckInTransaction();
var response = new ResultsEngineResponse();
var processors = this._processorFactory.Create(context, request);
var status = this._processorExecutor.Execute(context, request, response, processors);
response.Status = status;
return(response);
}
public Task <ResultsEngineResponse> Execute(ITeamResultEngineContext context, ISetMatchWalkoverRequest request)
{
this._unitOfWork.GuardCheckInTransaction();
var response = new ResultsEngineResponse();
var processors = this._processorFactory.Create(context, request);
var status = this._processorExecutor.Execute(context, request, response, processors);
response.Status = status;
return(Task.FromResult(response));
}
private bool Validate(ITeamResultEngineContext context, ResultsEngineResponse response, ReadOnlyCollection <CompetitionPlayerGameStatistic> statistics, int playerID, BowlsResults.Common.Domain.Entities.Team team)
{
var ok = true;
var otherClub = statistics.FirstOrDefault(x => x.PlayerID == playerID && x.Team.Club.ID != team.Club.ID);
if (otherClub != null)
{
var player = context.GetPreloadedPlayer(playerID);
response.ValidationResult.Errors.Add(new ValidationFailure($"SingleClubPlayer{playerID}", $"{player.DisplayName} has already played for {otherClub.Team.Club.Name} in this competition."));
ok = false;
}
return(ok);
}
private static bool Validate(ITeamResultEngineContext context, ResultsEngineResponse response, ReadOnlyCollection <CompetitionPlayerGameStatistic> statistics, int playerID, int teamID, int maxGamesBeforeTied)
{
bool ok = true;
var grouping = statistics.Where(x => x.PlayerID == playerID && x.Team.ID != teamID).GroupBy(x => x.Team).FirstOrDefault(x => x.Count() >= maxGamesBeforeTied);
if (grouping != null)
{
var player = context.GetPreloadedPlayer(playerID);
response.ValidationResult.Errors.Add(new ValidationFailure($"CheckTiedToTeam{player.ID}",
$"{player.DisplayName} has already played {maxGamesBeforeTied} or more games for {grouping.Key.Name} and is tied to that team for this competition."));
ok = false;
}
return(ok);
}
private async Task <bool> Validate(ITeamResultEngineContext context, ResultsEngineResponse response, ReadOnlyCollection <CompetitionPlayerGameStatistic> statistics, List <int> competitionIDs, int maxGames, int playerID)
{
var ok = true;
var grouping = statistics.Where(x => x.PlayerID == playerID && competitionIDs.Contains(x.CompetitionID)).GroupBy(x => x.CompetitionID).FirstOrDefault(x => x.Count() >= maxGames);
if (grouping != null)
{
var relatedCompetition = await this._competitionRepository.Get(grouping.Key);
var player = context.GetPreloadedPlayer(playerID);
response.ValidationResult.Errors.Add(new ValidationFailure($"MaxGamesHigherComp{playerID}", $"{player.DisplayName} has already played {maxGames} or more games in {relatedCompetition.Name}, and is tied to that competition."));
ok = false;
}
return(ok);
}
private bool Validate(ITeamResultEngineContext context, ResultsEngineResponse response, ReadOnlyCollection <CompetitionPlayerGameStatistic> statistics, IEnumerable <int> teamIDs, int maxGames, int playerID)
{
var ok = true;
if (playerID > 0)
{
var grouping = statistics.Where(x => x.PlayerID == playerID && teamIDs.Contains(x.Team.ID)).GroupBy(x => x.Team).FirstOrDefault(x => x.Count() >= maxGames);
//var grouping = statistics.Where(x => teamIDs.Contains(x.Team.ID)).GroupBy(x => x.Team).FirstOrDefault(x => x.Count() >= maxGames);
if (grouping != null)
{
var player = context.GetPreloadedPlayer(playerID);
response.ValidationResult.Errors.Add(new ValidationFailure($"MaxGamesTeamPerComp{playerID}",
$"{player.DisplayName} has already played {maxGames} or more games for {grouping.Key.Name}, who are a higher ranked team in this competition."));
ok = false;
}
}
return(ok);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
if (request.GameResults != null && request.GameResults.Count > 0)
{
var playerIDs = request.GameResults.SelectMany(x => x.AllPlayers).ToArray();
await context.PreloadPlayers(playerIDs);
ITeamMatchModel matchModel = await context.Fixture.GetMatch(request.MatchID);
var competition = context.Competition;
foreach (var gameResult in request.GameResults)
{
if (matchModel.GameExists(gameResult.MatchFormatXGameVariationID))
{
await matchModel.UpdateGame(gameResult);
}
else
{
await matchModel.AddGame(gameResult);
}
}
}
return(ResultsEngineStatuses.Success);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IRevertResultRequest request, ResultsEngineResponse response)
{
var match = await context.Fixture.GetMatch(request.MatchID);
var meritTable = await context.GetCompetitionPlayerMeritTable();
var config = await this._meritCalculationEngineRepository.Get((byte)meritTable.MeritCalculationEngineID);
foreach (var teamMatchXGame in match.Data.Games)
{
foreach (var playerGame in teamMatchXGame.Game.Players.Where(x => x.Player.IsRealPlayer()))
{
var team = match.Data.GetTeamBySide(playerGame.SideID);
await this._playerMeritTableCalculationEngine.Remove(meritTable, playerGame, team, context.CompetitionEvent, config);
}
}
//meritTable.MatchAdded(match.Data);
return(ResultsEngineStatuses.Success);
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IRevertResultRequest request, ResultsEngineResponse response)
{
if (request.UpdatePlayerCompetitionStatistics)
{
var match = await context.Fixture.GetMatch(request.MatchID);
return(context.Competition.PlayerMeritTableCalculationEngineID.HasValue && match.IsMatchProcessedWithResult());
}
return(false);
}
public Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IResultsEngineRequest request, ResultsEngineResponse response)
{
return(Task.FromResult(true));
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
var ok = true;
RuleSetXRule rule = await context.GetRuleSpecification(Entities.Rule.Rules.CheckTiedToTeam);
int maxGamesBeforeTied = rule.DataInt1.Value;
ITeamMatchModel match = await context.Fixture.GetMatch(request.MatchID);
var statistics = await context.GetCompetitionPlayerGameStatistic(request, match);
var allPlayers = context.GetAllPlayersWithTeam(request, match);
foreach (var(playerID, team) in allPlayers)
{
ok &= Validate(context, response, statistics, playerID, team.ID, maxGamesBeforeTied);
}
return(ResultEngineStatusMapper.MapFromBool(ok));
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IResultsEngineRequest request, ResultsEngineResponse response)
{
var status = ResultsEngineStatuses.Success;
var pendingFixtures = await context.GetPendingFixtures();
foreach (TeamFixture pendingFixture in pendingFixtures)
{
var updateRequest = UpdatePendingTeamFixtureRequest.New()
.WithCompetitionID(pendingFixture.CompetitionID)
.WithFixtureID(pendingFixture.ID)
.WithCompetitionStageID(pendingFixture.CompetitionRound.CompetitionEvent.CompetitionStage.ID)
.WithCompletedFixture(context.Fixture.Data)
.Build();
ITeamResultEngine engine = await this._teamResultEngineManager.GetEngine(updateRequest);
var updateResponse = engine.UpdatePendingFixture(updateRequest);
status = updateResponse.Status;
if (status != ResultsEngineStatuses.Success)
{
break;
}
}
return(status);
}
public Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IResultsEngineRequest request, ResultsEngineResponse response)
{
response.ValidationResult.Errors.Add(new ValidationFailure("MatchStatus", "Match must have a result to revert."));
return(Task.FromResult(ResultsEngineStatuses.ValidationError));
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IRevertResultRequest request, ResultsEngineResponse response)
{
var matchModel = await context.Fixture.GetMatch(request.MatchID);
await this._careerTeamGameStatisticService.Remove(matchModel.Data);
return(ResultsEngineStatuses.Success);
}
public Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IRevertResultRequest request, ResultsEngineResponse response)
{
return(Task.FromResult(context.Fixture.IsMatchProcessedWithResult(request.MatchID)));
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
var ok = true;
var ruleSet = await context.GetRuleSet();
RuleSetXRule rule = await context.GetRuleSpecification(Entities.Rule.Rules.CheckMaximumGamesForHigherRankedTeamAnyCompetition);
int maxGames = rule.DataInt1.Value;
ITeamMatchModel match = await context.Fixture.GetMatch(request.MatchID);
BowlsResults.Common.Domain.Entities.Team homeTeam = match.Data.Home;
BowlsResults.Common.Domain.Entities.Team awayTeam = match.Data.Away;
var statistics = await context.GetCompetitionPlayerGameStatistic(request, match);
var teams = await this._competitionRepository.GetCompetitionTeams(ruleSet.Competitions.Select(x => x.CompetitionID).ToArray());
foreach (var gameResult in request.GameResults)
{
IEnumerable <int> homeIDs = GetHigherRankedTeamIDs(teams, homeTeam);
IEnumerable <int> awayIDs = GetHigherRankedTeamIDs(teams, awayTeam);
foreach (var playerID in gameResult.HomePlayers)
{
ok &= this.Validate(context, response, statistics, homeIDs, maxGames, playerID);
}
foreach (var playerID in gameResult.AwayPlayers)
{
ok &= this.Validate(context, response, statistics, awayIDs, maxGames, playerID);
}
}
return(ResultEngineStatusMapper.MapFromBool(ok));
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
RuleSetXRule rule = await context.GetRuleSpecification(Entities.Rule.Rules.CheckMaximumGamesForHigherRankedTeamAnyCompetition);
return(rule != null);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IResultsEngineRequest request, ResultsEngineResponse response)
{
await context.Fixture.CalculateFixture();
return(ResultsEngineStatuses.Success);
}
public Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
bool result = !context.Fixture.IsMatchProcessed(request.MatchID);
return(Task.FromResult(result));
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
var match = await context.Fixture.GetMatch(request.MatchID);
return(match.IsMatchProcessedWithResult() && request.UpdateCareerStatistics);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
if (request.GameResults != null && request.GameResults.Count > 0)
{
var match = await context.Fixture.GetMatch(request.MatchID);
var validationContext = new ValidationContext <List <GameResult> >(request.GameResults);
validationContext.RootContextData.Add("match", match.Data);
validationContext.RootContextData.Add("gameCalculationEngineRepository", this._gameCalculationEngineRepository);
var result = await this._gameResultsValidator.ValidateAsync(validationContext);
response.SetValidationResult(result);
}
if (response.ValidationResult.IsValid)
{
return(ResultsEngineStatuses.Success);
}
return(ResultsEngineStatuses.ValidationError);
}
public async Task <bool> IsSatisfiedBy(IPlayerResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
if (context.PlayerFixture.IsComplete())
{
this._pendingFixtures = await this._playerFixtureRepository.GetPendingFixtures(context.PlayerFixture.Data.ID);
return(this._pendingFixtures.Count > 0);
}
return(false);
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IResultsEngineRequest request, ResultsEngineResponse response)
{
if (context.Fixture.Completed)
{
var pendingFixtures = await context.GetPendingFixtures();
return(pendingFixtures.Count > 0);
}
return(false);
}
public Task <ResultsEngineStatuses> Process(IPlayerResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
var status = ResultsEngineStatuses.Success;
foreach (PlayerFixture pendingFixture in this._pendingFixtures)
{
var updateRequest = UpdatePendingPlayerFixtureRequest.New()
.WithCompetitionID(pendingFixture.CompetitionID)
.WithFixtureID(pendingFixture.ID)
.WithCompetitionStageID(pendingFixture.CompetitionRound.CompetitionEvent.CompetitionStage.ID)
.WithCompletedFixture(context.PlayerFixture.Data)
.Build();
IPlayerResultEngine engine = this._playerResultEngineManager.GetEngine(updateRequest).GetAwaiter().GetResult();
var updateResponse = engine.UpdatePendingFixture(updateRequest);
status = updateResponse.Status;
if (status != ResultsEngineStatuses.Success)
{
break;
}
}
return(Task.FromResult(status));
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
RuleSetXRule rule = await context.GetRuleSpecification(Entities.Rule.Rules.CheckTiedToTeam);
return(rule != null);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, ISetMatchWalkoverRequest request, ResultsEngineResponse response)
{
var match = await context.Fixture.GetMatch(request.MatchID);
await match.SetWalkover(request);
return(ResultsEngineStatuses.Success);
}
public async Task <bool> IsSatisfiedBy(ITeamResultEngineContext context, IRevertResultRequest request, ResultsEngineResponse response)
{
if (request.UpdatePlayerCompetitionStatistics)
{
var leagueEvent = context.CompetitionEvent as League;
if (leagueEvent == null)
{
throw new InvalidResultsEngineOperationException("Invalid type specified for loaded competition event");
}
var match = await context.Fixture.GetMatch(request.MatchID);
return(leagueEvent.MeritCalculationEngineID.HasValue && match.IsMatchProcessedWithResult());
}
return(false);
}
public async Task <ResultsEngineStatuses> Process(ITeamResultEngineContext context, IGameResults request, ResultsEngineResponse response)
{
var matchModel = await context.Fixture.GetMatch(request.MatchID);
foreach (var teamMatchXGame in matchModel.Data.Games)
{
foreach (var gameXPlayer in teamMatchXGame.Game.Players)
{
var dto = new CareerPlayerStatisticData();
dto.CompetitionID = context.Competition.ID;
dto.CompetitionStageID = matchModel.Data.TeamFixture.CompetitionRound.CompetitionEvent.CompetitionStage.ID;
dto.Game = gameXPlayer;
dto.TeamMatch = matchModel.Data;
await this._careerPlayerStatisticService.Add(dto);
}
}
return(ResultsEngineStatuses.Success);
}