/// <summary>
/// ムラログ解析を行う
/// </summary>
/// <param name="dipBlocLog">骨塩ムラログ</param>
/// <param name="messageId">メッセージID</param>
/// <param name="_analysisData">ムラログ解析対象データ</param>
/// <param name="_analysisResult">ムラログ解析結果</param>
/// <returns>成功した場合true、失敗した場合falseを返す</returns>
public bool AnalyzeDipBlocLog(DipBlocLog dipBlocLog, string messageId, out BlocLogAnalysisData _analysisData, out BlocLogAnalysisResult _analysisResult)
{
_analysisData = new BlocLogAnalysisData();
_analysisResult = new BlocLogAnalysisResult();
try
{
_logger.EnterJson("{0}", new { dipBlocLog, messageId });
int gpValue = int.Parse(dipBlocLog.GpValue);
if (gpValue != 0 && (gpValue < GpMinValue || GpMaxValue < gpValue))
{
string message = $"GP値が正しくありません。(機器管理番号:{dipBlocLog?.SourceEquipmentUid})(解析ログファイル名:{dipBlocLog?.FileName})(GP値:{gpValue})";
throw new RmsException(message);
}
bool isNormalized = gpValue == 0 ? false : true;
var blocLogConfigResult = _dtBloclogAnalysisConfigRepository.ReadDtBloclogAnalysisConfig(isNormalized, false);
CreatetAnalysisData(dipBlocLog, blocLogConfigResult, out _analysisData);
int ret = NativeMethods.AnalyzeBlocLog(ref _analysisData, ref _analysisResult);
if (ret != 0)
{
string message = $"(機器管理番号:{dipBlocLog?.SourceEquipmentUid})(解析ログファイル名:{dipBlocLog?.FileName})";
throw new RmsException(string.Format("LogAnalysisDll.AnalyzeBlocLog() returned {0}. {1} {2}", ret, _analysisResult.ErrorMsg, message));
}
return(true);
}
catch (RmsException e)
{
_logger.Error(e, nameof(Resources.UT_DBA_DBA_005), new object[] { messageId });
return(false);
}
finally
{
_logger.LeaveJson("{0}", new { _analysisData, _analysisResult });
}
}
/// <summary>
/// ムラログ解析結果をDBに登録する
/// </summary>
/// <param name="dipBlocLog">骨塩ムラログ</param>
/// <param name="messageId">メッセージID</param>
/// <param name="_analysisData">ムラログ解析対象データ</param>
/// <param name="_analysisResult">ムラログ解析結果</param>
/// <param name="model">DBへの登録結果</param>
/// <returns>成功した場合true、失敗した場合falseを返す</returns>
public bool RegistBlocLogAnalysisResultToDb(DipBlocLog dipBlocLog, string messageId, BlocLogAnalysisData _analysisData, BlocLogAnalysisResult _analysisResult, out DtBloclogAnalysisResult model)
{
model = null;
try
{
_logger.EnterJson("{0}", new { dipBlocLog, messageId, _analysisData, _analysisResult });
var dtBloclogAnalysisResult = new DtBloclogAnalysisResult
{
EquipmentUid = dipBlocLog.SourceEquipmentUid,
BloclogMonth = dipBlocLog.OccurrenceYm,
DetectorName = dipBlocLog.DetectorName,
DetectorId = dipBlocLog.DetectorId,
GpValue = int.Parse(dipBlocLog.GpValue),
ImageFileName = dipBlocLog.FileName,
FileNameNo = short.Parse(dipBlocLog.SNumber),
ShadingResult = _analysisResult.UnevenResult,
ShadingResultMcv = _analysisResult.Mcv,
ShadingResultScv = _analysisResult.Scv,
ShadingResultMcvSv = _analysisData.McvStandardValue,
ShadingResultScvSv1 = _analysisData.ScvStandardValue1,
ShadingResultScvSv2 = _analysisData.ScvStandardValue2,
ImageType = _analysisResult.ImageClassification == 0 ? false : true,
ImageSize = _analysisResult.PixelSize,
IsBillTarget = dipBlocLog.ServiceFlg == true ? false : true,
LogFileName = dipBlocLog.LogFileName
};
model = _dtBloclogAnalysisResultRepository.CreateDtBloclogAnalysisResult(dtBloclogAnalysisResult);
return(true);
}
catch (RmsParameterException e)
{
_logger.Error(e, nameof(Resources.UT_DBA_DBA_006), new object[] { messageId });
return(false);
}
catch (RmsException e)
{
_logger.Error(e, nameof(Resources.UT_DBA_DBA_006), new object[] { messageId });
return(false);
}
finally
{
_logger.LeaveJson("{0}", new { model });
}
}
public static extern int AnalyzeBlocLog(ref BlocLogAnalysisData analysisData, ref BlocLogAnalysisResult analysisResult);
