private void WriteUnmatchedElementsIntoLogFile(CrossTabLogFile logFile, UnMatchedElementInfo unmatchedElement)
{
//Write unmatched elements into log
if (unmatchedElement != null)
{
//area
foreach (string Key in unmatchedElement.Areas.Keys)
{
logFile.AddUnmatchedArea(this._Caption, Key, unmatchedElement.Areas[Key]);
}
// indicator
foreach (string IndicatorKey in unmatchedElement.Indicators.Keys)
{
logFile.AddUnmatchedIndicator(this._Caption, unmatchedElement.Indicators[IndicatorKey], IndicatorKey);
}
// unit
foreach (string UnitKey in unmatchedElement.Units.Keys)
{
logFile.AddUnmatchedUnit(this._Caption, unmatchedElement.Units[UnitKey], UnitKey);
}
// Subgroup
foreach (string SGKey in unmatchedElement.Subgroups.Keys)
{
logFile.AddUnmatchedSubgroup(this._Caption, unmatchedElement.Subgroups[SGKey], SGKey);
}
}
}
private void WriteUnmatchedElementsIntoLogFile(CrossTabLogFile logFile, UnMatchedElementInfo unmatchedElement)
{
//Write unmatched elements into log
if (unmatchedElement != null)
{
//area
foreach (string Key in unmatchedElement.Areas.Keys)
{
logFile.AddUnmatchedArea(this._Caption, Key, unmatchedElement.Areas[Key]);
}
// indicator
foreach (string IndicatorKey in unmatchedElement.Indicators.Keys)
{
logFile.AddUnmatchedIndicator(this._Caption, unmatchedElement.Indicators[IndicatorKey], IndicatorKey);
}
// unit
foreach (string UnitKey in unmatchedElement.Units.Keys)
{
logFile.AddUnmatchedUnit(this._Caption, unmatchedElement.Units[UnitKey], UnitKey);
}
// Subgroup
foreach (string SGKey in unmatchedElement.Subgroups.Keys)
{
logFile.AddUnmatchedSubgroup(this._Caption, unmatchedElement.Subgroups[SGKey], SGKey);
}
}
}
/// <summary>
/// Imports mapped values into database and returns unmatched elements info
/// </summary>
/// <param name="mappedValues"></param>
/// <param name="dataValue"></param>
/// <param name="denominator"></param>
/// <returns></returns>
public UnMatchedElementInfo ImportMappedValuesIntoDB(DIConnection dbConnection, DIQueries dbQueries, string dataValue, string denominator)
{
UnMatchedElementInfo RetVal = new UnMatchedElementInfo();
int IndicatorNId = -1;
int UnitNId = -1;
int SGNId = -1;
int IUSNId = -1;
int AreaNId = -1;
int SourceNId = -1;
int TimeperiodNId = -1;
int DataNId = -1;
Dictionary <string, int> IUSNIds = new Dictionary <string, int>();
Dictionary <string, int> AreaNIds = new Dictionary <string, int>();
Dictionary <string, int> SourceNIds = new Dictionary <string, int>();
Dictionary <string, int> TimeperiodNIds = new Dictionary <string, int>();
IndicatorBuilder IndicatorBuilderObj;
UnitBuilder UnitBuilderObj;
DI6SubgroupValBuilder SGValBuilderObj;
IUSBuilder IUSBuilderObj;
AreaBuilder AreaBuilderObj;
SourceBuilder SourceBuilderObj;
TimeperiodBuilder TimeperiodBuilderObj;
DIDatabase TargetDatabase;
try
{
IndicatorBuilderObj = new IndicatorBuilder(dbConnection, dbQueries);
UnitBuilderObj = new UnitBuilder(dbConnection, dbQueries);
SGValBuilderObj = new DI6SubgroupValBuilder(dbConnection, dbQueries);
IUSBuilderObj = new IUSBuilder(dbConnection, dbQueries);
AreaBuilderObj = new AreaBuilder(dbConnection, dbQueries);
SourceBuilderObj = new SourceBuilder(dbConnection, dbQueries);
TimeperiodBuilderObj = new TimeperiodBuilder(dbConnection, dbQueries);
TargetDatabase = new DIDatabase(dbConnection, dbQueries);
// import value
if (this.IsVaildMappedValues())
{
// check IUSNId in IUSNIDs list
if (IUSNIds.ContainsKey(this._IndicatorGID + this._UnitGID + this._SubgroupValGID))
{
IUSNId = IUSNIds[this._IndicatorGID + this._UnitGID + this._SubgroupValGID];
}
else
{
// indicator Nid
IndicatorNId = IndicatorBuilderObj.GetIndicatorNid(this._IndicatorGID, this._IndicatorName);
// UnitNId
UnitNId = UnitBuilderObj.GetUnitNid(this._UnitGID, this._UnitName);
// SG Val NID
SGNId = SGValBuilderObj.GetSubgroupValNid(this._SubgroupValGID, this._SubgroupVal);
//IUSNID
IUSNId = IUSBuilderObj.GetIUSNid(IndicatorNId, UnitNId, SGNId);
// if IUSNID <=0 then create the given IUS combinator into database
if (IUSNId <= 0)
{
IUSNId = IUSBuilderObj.InsertIUSIntoDB(this._IndicatorGID, this._UnitGID, this._SubgroupValGID);
}
IUSNIds.Add((this._IndicatorGID + this._UnitGID + this._SubgroupValGID), IUSNId);
}
if (IUSNId > 0)
{
// get AREANID
if (AreaNIds.ContainsKey(this._AreaID))
{
AreaNId = AreaNIds[this._AreaID];
}
else
{
AreaNId = AreaBuilderObj.GetAreaNidByAreaID(this._AreaID);
AreaNIds.Add(this._AreaID, AreaNId);
}
// get sourcenid
if (SourceNIds.ContainsKey(this._Source))
{
SourceNId = SourceNIds[this._Source];
}
else
{
SourceNId = SourceBuilderObj.CheckNCreateSource(this._Source);
SourceNIds.Add(this._Source, SourceNId);
}
// get timeperiodNId
if (TimeperiodNIds.ContainsKey(this._Timeperiod))
{
TimeperiodNId = TimeperiodNIds[this._Timeperiod];
}
else
{
TimeperiodNId = TimeperiodBuilderObj.CheckNCreateTimeperiod(this._Timeperiod);
TimeperiodNIds.Add(this._Timeperiod, TimeperiodNId);
}
if (AreaNId > 0 && IUSNId > 0 && SourceNId > 0 && TimeperiodNId > 0 && !string.IsNullOrEmpty(dataValue))
{
DataNId = TargetDatabase.CheckNCreateData(AreaNId, IUSNId, SourceNId, TimeperiodNId, dataValue);
}
// denominator value
if (!string.IsNullOrEmpty(denominator) && DataNId > 0)
{
try
{
TargetDatabase.UpdateDenominatorValue(DataNId, Convert.ToInt32(Convert.ToDecimal(denominator)));
}
catch (Exception ex)
{
throw new ApplicationException(ex.ToString());
}
}
}
}
// for log file
if (!string.IsNullOrEmpty(dataValue))
{
if (AreaNId <= 0 || IUSNId <= 0 || SourceNId <= 0 || TimeperiodNId <= 0)
{
// for log file
if (AreaNId <= 0)
{
RetVal.Areas.Add(this._AreaID, this._Area);
}
if (IndicatorNId <= 0)
{
RetVal.Indicators.Add(this._IndicatorGID, this._IndicatorName);
}
if (UnitNId <= 0)
{
RetVal.Units.Add(this._UnitGID, this._UnitName);
}
if (SGNId <= 0)
{
RetVal.Subgroups.Add(this._SubgroupValGID, this._SubgroupVal);
}
}
}
}
catch (Exception ex)
{
throw new ApplicationException(ex.ToString());
}
return(RetVal);
}
