private async Task WriteExtractedCaptureDataToFileAsync()
{
try
{
if (string.IsNullOrWhiteSpace(_currentCaptureOptions.ProcessName))
{
PrepareForNextCapture();
return;
}
var adjustedCaptureData = GetAdjustedCaptureData();
PrepareForNextCapture();
if (!adjustedCaptureData.Any())
{
AddLoggerEntry("Error while extracting capture data. No file will be written.");
return;
}
// Skip first line to compensate the first frametime being one frame before original capture start point.
var normalizedAdjustedCaptureData = NormalizeTimes(adjustedCaptureData.Skip(1));
var sessionRun = _recordManager.ConvertPresentDataLinesToSessionRun(normalizedAdjustedCaptureData);
sessionRun.SensorData = _sensorService.GetSessionSensorData();
if (_appConfiguration.UseRunHistory)
{
await Task.Factory.StartNew(() => _overlayService.AddRunToHistory(sessionRun, _currentCaptureOptions.ProcessName, _currentCaptureOptions.RecordDirectory));
}
// if aggregation mode is active and "Save aggregated result only" is checked, don't save single history items
if (_appConfiguration.UseAggregation && _appConfiguration.SaveAggregationOnly)
{
return;
}
if (_currentCaptureOptions.CaptureFileMode == Enum.GetName(typeof(ECaptureFileMode), ECaptureFileMode.JsonCsv))
{
await _recordManager.SavePresentmonRawToFile(normalizedAdjustedCaptureData, _currentCaptureOptions.ProcessName, _currentCaptureOptions.RecordDirectory);
}
bool checkSave = await _recordManager.SaveSessionRunsToFile(new ISessionRun[] { sessionRun }, _currentCaptureOptions.ProcessName, _currentCaptureOptions.RecordDirectory);
if (!checkSave)
{
AddLoggerEntry("Error while saving capture data.");
}
else
{
AddLoggerEntry("Capture file is successfully written into directory.");
}
}
catch (Exception e)
{
_logger.LogError(e, "Error writing capture data");
PrepareForNextCapture();
}
}