internal int CompareTo(GenericValue SV)
{
int Res = 0;
switch (SV.sValueType.ToUpper())
{
case "UINT16":
{
UInt16.TryParse(this.sValueString, out UInt16 PvParseResult);
UInt16.TryParse(SV.sValueString, out UInt16 SvParseResult);
Res = PvParseResult.CompareTo(SvParseResult);
break;
}
case "INT16":
{
Int16.TryParse(this.sValueString, out Int16 PvParseResult);
Int16.TryParse(SV.sValueString, out Int16 SvParseResult);
Res = PvParseResult.CompareTo(SvParseResult);
break;
}
default:
{
//sInput.GenericTryParse<UInt16>(out UInt16 result);
//DataValue = result;
break;
}
}
return Res;
}
internal override void CustomizedAnalyze(string Line)
{
// Preparation Start
//DataRow dicAnalysisResult = dtAnalysisResultFormat.NewRow();
Dictionary <string, string> dicAnalysisResult = new Dictionary <string, string>();
string[] LineSplits = Line.Split(Delimiters, StringSplitOptions.RemoveEmptyEntries);
Def.LineSplits = LineSplits;
// Preparation End
// Generate Dataline Analysis Result Start
// 1. Prepare PresentValue
string ValueType = Def.GetValueType("TG");
string ValueString = Def.GetValueString("TG");
GenericValue PV = new GenericValue(ValueType, ValueString);
// 2. Prepare IJudge
string sAlarmHigh = "230"; // TODO: Get SpecValue Dynamically
GenericValue AlarmHigh = new GenericValue(ValueType, sAlarmHigh);
AbsMaxAlarm absMaxAlarm = new AbsMaxAlarm(AlarmHigh); // TODO: Create by Factory to decouple Modules
// 3. Do IJudge.Judge(PresentValue)
bool JudgeResult = absMaxAlarm.Judge(PV);
if (JudgeResult)
{
//drAnalysisResult["STAID"] = Def.GetValueString("STAID");
//drAnalysisResult["SOUID"] = Def.GetValueString("SOUID");
//drAnalysisResult["DATE"] = Def.GetValueString("DATE");
//drAnalysisResult["TG"] = Def.GetValueString("TG");
//drAnalysisResult["Q_TG"] = Def.GetValueString("Q_TG");
dicAnalysisResult.Add("STAID", Def.GetValueString("STAID"));
dicAnalysisResult.Add("SOUID", Def.GetValueString("SOUID"));
dicAnalysisResult.Add("DATE", Def.GetValueString("DATE"));
dicAnalysisResult.Add("TG", Def.GetValueString("TG"));
dicAnalysisResult.Add("Q_TG", Def.GetValueString("Q_TG"));
}
// Generate Dataline Analysis Result End
// Store Dataline Analysis Result Start
if (JudgeResult)
{
StoreAnalysisResult(dicAnalysisResult);
}
// Store Dataline Analysis Result End
}
public bool Judge(GenericValue PV)
{
int CompareResult = PV.CompareTo(AH);
bool result;
if (CompareResult > 0)
{
// PV > AlarmHigh
result = true;
}
else if (CompareResult == 0)
{
// PV = AlarmHigh
result = false;
}
else
{
// PV < AlarmHigh
result = false;
}
return(result);
}
public bool Judge(GenericValue PV)
{
throw new NotImplementedException();
}
public RelMinAlarm(GenericValue SV, GenericValue AL)
{
this.SV = SV;
this.AL = AL;
}
public HysteresisMaxAlarm(GenericValue SV, GenericValue AH)
{
this.SV = SV;
this.AH = AH;
}
public AbsMinMaxAlarm(GenericValue AL, GenericValue AH)
{
this.AL = AL;
this.AH = AH;
}
public StandbyMinAlarm(GenericValue SV, GenericValue AL)
{
this.SV = SV;
this.AL = AL;
}
public RelMinMaxRevAlarm(GenericValue SV, GenericValue AL, GenericValue AH)
{
this.SV = SV;
this.AL = AL;
this.AH = AH;
}
public HysteresisMinAlarm(GenericValue SV, GenericValue AL)
{
this.SV = SV;
this.AL = AL;
}
public AbsMaxAlarm(GenericValue AH)
{
this.AH = AH;
}
public StandbyMaxAlarm(GenericValue SV, GenericValue AH)
{
this.SV = SV;
this.AH = AH;
}
public AbsMinAlarm(GenericValue AL)
{
this.AL = AL;
}
public RelMaxAlarm(GenericValue SV, GenericValue AH)
{
this.SV = SV;
this.AH = AH;
}