public void StopIfexistsInsideForall()
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Invalid Statement in forall.";
exception.ErrorMessage = "Can not use ifexists inside forall.";
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
}
public void InvalidOrAnd()
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Invalid OR and And combination";
exception.ErrorCause = "Cannot use OR and And combination in condition expressions.";
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
}
/**
*
* @param lookupType
* @param lookUpName
* @param paramType
* @param paramsDataTypes
*/
public string checkType(string arg1, string arg2, string operatorText)
{
if ((!string.IsNullOrEmpty(arg1) && arg1.ToLower() == "entityinfo") || (!string.IsNullOrEmpty(arg2) && arg2.ToLower() == "entityinfo"))
{
return("");
}
arg1 = (!string.IsNullOrEmpty(arg1) && arg1.ToLower() == "datetime") ? "date" : arg1;
arg2 = (!string.IsNullOrEmpty(arg1) && arg1.ToLower() == "datetime") ? "date" : arg2;
if (arg2 == "any")
{
return("");
}
if (operatorText == PricerConstants.GT || operatorText == PricerConstants.GE || operatorText == PricerConstants.LE || operatorText == PricerConstants.LT || operatorText == PricerConstants.DIV || operatorText == PricerConstants.MUL || operatorText == PricerConstants.SUB || operatorText == PricerConstants.ADD)
{
if (arg1.ToUpper() == "STRING" || arg2.ToUpper() == "STRING" || arg1.ToUpper() == "BOOLEAN" || arg2.ToUpper() == "BOOLEAN")
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Invalid datatype at step number " + CalcETreeParser.Counter;
if (arg1.ToUpper() == "STRING" || arg2.ToUpper() == "STRING")
{
exception.ErrorMessage = " text for " + operatorText;
}
else if (arg1.ToUpper() == "BOOLEAN" || arg2.ToUpper() == "BOOLEAN")
{
exception.ErrorMessage = " boolean for " + operatorText;
}
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
//throw exception;
}
}
else if (operatorText == PricerConstants.ADD || operatorText == PricerConstants.SUB || operatorText == PricerConstants.MUL || operatorText == PricerConstants.DIV)
{
if (arg1.ToUpper() == "DATE" || arg2.ToUpper() == "DATE" || arg1.ToUpper() == "DATETIME" || arg2.ToUpper() == "DATETIME")
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Invalid datatype at step number " + CalcETreeParser.Counter;
exception.ErrorMessage = "datetime for " + operatorText;
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
//throw exception;
}
}
if (!string.IsNullOrEmpty(arg1) && !string.IsNullOrEmpty(arg2))
{
if (arg1.ToUpper() == arg2.ToUpper())
{
arg1 = arg2;
}
else
{
if (arg2 == null)
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Data mismatch at step number " + CalcETreeParser.Counter;
exception.ErrorMessage = "Found " + arg2 + " expecting " + arg1;
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
//throw exception;
}
else
{
DataMisMatchedException exception = new DataMisMatchedException();
exception.ErrorCause = "Data mismatch at step number " + CalcETreeParser.Counter;
exception.ErrorMessage = "Found " + arg2 + " expecting " + arg1;
exception.RowIndex = CalcETreeParser.Counter;
DataTypeMisMatchList.Add(exception);
//throw exception;
}
}
}
return("");
}