public void Parse_MatchHasDifferentNumberOfRoundsPreset_ThrowsInconsistentStatistics()
{
var demo = new Demo {
FilePath = Path.Combine("TestData", @"auto0-20210103-190414-139014994-de_dust2-honigbiene_vs_waldfrosch.dem")
};
var match = new Match {
Demo = demo, Rounds = 6
};
//Setting minimum number of rounds & players to 0 (different than during runtime) to allow reading this smaller demo file
var demoReader = new DemoReader(match, 0, 0);
Assert.Throws <InconsistentStatisticsException>(() => demoReader.Parse());
}
public void Read_GameOnOurServer_ReturnsCorrectScores(string demoFileName, int CTScore, int TScore)
{
var demo = new Demo {
FilePath = Path.Combine("TestData", demoFileName)
};
var demoReader = new DemoReader(new Match {
Demo = demo
}, 0, 0);
var match = demoReader.Parse();
Assert.Equal(CTScore, match.CTScore);
Assert.Equal(TScore, match.TScore);
}
public void Read_MatchMakingGame_ReturnsCorrectPlayerHighestAndLowestHLTV(string demoFileName, string highestHLTVPlayerSteamId, string lowestHLTVPlayerSteamId)
{
var demo = new Demo {
FilePath = Path.Combine("TestData", demoFileName)
};
var demoReader = new DemoReader(new Match {
Demo = demo
}, 0, 0);
var match = demoReader.Parse();
var orderedByDescendingHLTV = match.PlayerResults.OrderByDescending(x => x.HLTVScore);
Assert.Equal(long.Parse(highestHLTVPlayerSteamId), orderedByDescendingHLTV.First().SteamID);
Assert.Equal(long.Parse(lowestHLTVPlayerSteamId), orderedByDescendingHLTV.Last().SteamID);
}
public void Read_MatchMakingGame_ReturnsCorrectMatchType(string demoFileName, CompetitiveMatchType expectedMatchType)
{
var demo = new Demo {
FilePath = Path.Combine("TestData", demoFileName)
};
var demoReader = new DemoReader(new Match {
Demo = demo
}, 0, 0);
var match = demoReader.Parse();
foreach (var matchStatistics in match.PlayerResults)
{
Assert.Equal(expectedMatchType, matchStatistics.MatchType);
}
}
private void ProcessNewMatches(GameCoordinatorClient gameCoordinatorClient, ShareCodeRepository shareCodeRepository, MatchRepository matchRepository)
{
var newSharingCodes = shareCodeRepository.GetRetryableBatch(5);
if (!newSharingCodes.Any())
{
return;
}
myLogger.LogDebug($"Retrieved {newSharingCodes.Count} new sharing codes: {string.Join(", ", newSharingCodes.Select(x => x.Code))}");
var newMatches = new List <Match>();
var demoDownloader = new DemoDownloader(myLoggerFactory.CreateLogger <DemoDownloader>());
var demoBackuper = new DemoBackuper(myLoggerFactory.CreateLogger <DemoBackuper>());
foreach (var sharingCode in newSharingCodes)
{
var demo = CreateNewDemoForShareCode(sharingCode);
try
{
var match = gameCoordinatorClient.GetMatchInfo(demo);
myLogger.LogTrace($"Got match details for sharing code {sharingCode.Code}");
match.Demo.FilePath = demoDownloader.DownloadAndDecompressDemo(match.Demo.DownloadURL);
myLogger.LogTrace($"Downloaded and decompressed demo file for sharing code {sharingCode.Code}");
using var demoReader = new DemoReader(match, 0, 0);
match = demoReader.Parse();
myLogger.LogTrace($"Finished analyzing demo file for sharing code {sharingCode.Code}");
newMatches.Add(match);
}
catch (GameCoordinatorException)
{
myLogger.LogWarning($"Couldn't get download url for sharing code {sharingCode.Code}. See previous logs/exceptions for explanation. Continuing.");
continue;
}
catch (DemoDownloaderException exception)
{
myLogger.LogWarning($"Demo downloading or decompressing failed: {exception.Message} for sharing code {sharingCode.Code}.");
continue;
}
catch (DemoReaderException e)
{
myLogger.LogWarning($"Analyzing demo for share code {sharingCode.Code} failed: {e.Message}");
demo.State = DemoState.ParseFailure;
continue;
}
finally
{
TryBackupDemo(demo, demoBackuper);
}
}
myLogger.LogDebug($"Downloaded and analyzed {newMatches.Count} new matches (from {newSharingCodes.Count} new sharing codes).");
myLogger.LogTrace($"Saving {newMatches.Count} new matches to repository.");
var successfullySavedMatches = matchRepository.AddMatchesAndSave(newMatches);
shareCodeRepository.RemoveCodes(successfullySavedMatches.Select(x => x.Demo.ShareCode));
}