/// <summary>
/// get the calcuation with the given name
/// </summary>
/// <param name="name"></param>
/// <returns></returns>
public TRptCalculation GetCalculation(string name)
{
if (rptGrpCalculation == null)
{
return(null);
}
if ((name.Length == 0) || name.StartsWith("{") || (name == "true") || (name == "false"))
{
return(null);
}
name = name.ToLower();
for (int counter = 0; counter < rptGrpCalculation.Count; counter++)
{
TRptCalculation element = (TRptCalculation)rptGrpCalculation[counter];
if (element.strId.ToLower() == name)
{
return(element);
}
}
return(null);
}
/// <summary>
/// this function is used for calculations that are based on a function, e.g. variance
/// it returns true, if the calcution returns "functionresult", OR IF IT'S NOT FOUND
/// </summary>
/// <returns>void</returns>
public Boolean IsFunctionCalculation(TRptReport report, string name)
{
if (name.Length == 0)
{
return(false);
}
Boolean ReturnValue = true;
TRptCalculation rptCalculation = GetCalculation(report, name);
if (rptCalculation != null)
{
ReturnValue = (rptCalculation.strReturns == "functionresult");
}
return(ReturnValue);
}
/// <summary>
/// todoComment
/// </summary>
/// <param name="cur2"></param>
/// <param name="order"></param>
/// <returns></returns>
protected TRptCalculation ParseCalculation(XmlNode cur2, int order)
{
XmlNode cur;
Object rg;
TRptCalculation element;
cur = cur2;
element = new TRptCalculation(order);
element.strId = GetAttribute(cur, "id");
element.strReturnsFormat = GetAttribute(cur, "returnsFormat");
element.strReturns = GetAttribute(cur, "returns");
element.strAlign = GetAttribute(cur, "align");
cur = NextNotBlank(cur.FirstChild);
if (cur.Name == "caption")
{
rg = ParseGroup(cur.FirstChild, ref report.valuesId, "value");
if (rg != null)
{
element.rptGrpCaption = ((List <TRptValue> )rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "shortcaption")
{
rg = ParseGroup(cur.FirstChild, ref report.valuesId, "value");
if (rg != null)
{
element.rptGrpShortCaption = ((List <TRptValue> )rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "template")
{
rg = ParseGroup(cur.FirstChild, ref report.queriesId, "queryDetail");
if (rg != null)
{
element.rptGrpTemplate = ((List <TRptQuery> )rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "query")
{
rg = ParseGroup(cur.FirstChild, ref report.queriesId, "queryDetail");
if (rg != null)
{
element.rptGrpQuery = ((List <TRptQuery> )rg);
}
cur = GetNextEntity(cur);
}
return element;
}
/// <summary>
/// function selection
/// </summary>
/// <param name="f">function name</param>
/// <param name="ops">if ops[1] is nil, and f cannot be evaluated, return nil; otherwise if ops is not nil, print an error if f cannot be evaluated</param>
/// <returns>void</returns>
private TVariant FunctionSelector(String f, TVariant[] ops)
{
TVariant ReturnValue = null;
TRptUserFunctions rptUserFunctions;
String s;
String s2;
System.Int32 start;
System.Int32 length;
String logMessage;
bool FunctionFound;
int counter;
f = f.ToLower();
TLogging.SetContext("call to function " + f);
TParameterList myParams = GetParameters();
if ((f == "eq") || (f == "ne"))
{
// check if at least one of the parameters is a variable; otherwise give warning
if ((ops[1].ToString().IndexOf('{') == -1) && (ops[2].ToString().IndexOf('{') == -1))
{
TLogging.Log(
"Warning: comparison should contain at least one variable: " + f.ToString() + '(' + ops[1].ToString() + ',' + ops[2].ToString(
) +
')', TLoggingType.ToLogfile | TLoggingType.ToConsole);
}
}
if ((f == "isnull") || (f == "exists") || (f == "or") || (f == "and") || (f == "iif") || (f == "assign"))
{
// need to replace the variables manually
// either because we don't want them replaced at all (isnull or exists needs the variable name),
// or because we don't want to evaluate the second parameter if the first one already defines the result (e.g. or)
}
else
{
for (counter = 1; counter <= ReportingConsts.MAX_FUNCTION_PARAMETER; counter += 1)
{
ops[counter] = EvaluateOperand(ops[counter]);
}
}
if (f == "eq")
{
ReturnValue = new TVariant(ops[1].CompareToI(ops[2]) == 0);
}
else if (f == "ne")
{
ReturnValue = new TVariant(ops[1].CompareToI(ops[2]) != 0);
}
else if (f == "lt")
{
ReturnValue = new TVariant(ops[1].CompareTo(ops[2]) < 0);
}
else if (f == "le")
{
ReturnValue = new TVariant(ops[1].CompareTo(ops[2]) <= 0);
}
else if (f == "gt")
{
ReturnValue = new TVariant(ops[1].CompareTo(ops[2]) > 0);
}
else if (f == "ge")
{
ReturnValue = new TVariant(ops[1].CompareTo(ops[2]) >= 0);
}
else if (f == "sub")
{
ReturnValue = new TVariant(ops[1].ToDecimal() - ops[2].ToDecimal());
}
else if (f == "adddays")
{
ReturnValue = new TVariant(ops[1].ToDate().AddDays(ops[2].ToDouble()));
}
else if (f == "add")
{
ReturnValue = new TVariant(ops[1].ToDecimal() + ops[2].ToDecimal());
}
else if (f == "additems")
{
length = ops[1].ToInt() + 1;
decimal result = 0.0M;
for (counter = 2; counter <= length; ++counter)
{
result += ops[counter].ToDecimal();
}
ReturnValue = new TVariant(result);
}
else if (f == "mul")
{
ReturnValue = new TVariant(ops[1].ToDecimal() * ops[2].ToDecimal());
}
else if (f == "div")
{
if (ops[2].ToDecimal() == 0)
{
ReturnValue = new TVariant(0.0);
}
else
{
ReturnValue = new TVariant(ops[1].ToDecimal() / ops[2].ToDecimal());
}
}
else if (f == "mod")
{
if (ops[2].ToDecimal() == 0)
{
ReturnValue = new TVariant(0.0);
}
else
{
ReturnValue = new TVariant(ops[1].ToInt64() % ops[2].ToInt64());
}
}
else if (f == "floor")
{
ReturnValue = new TVariant(Math.Floor(ops[1].ToDecimal()));
}
else if (f == "round")
{
ReturnValue = new TVariant(Math.Round(ops[1].ToDecimal()));
}
else if (f == "not")
{
ReturnValue = new TVariant(!ops[1].ToBool());
}
else if (f == "iif")
{
// iif ( condition, value_if_true, value_if_false )
ops[1] = EvaluateOperand(ops[1]);
if (ops[1].ToBool() == true)
{
ops[2] = EvaluateOperand(ops[2]);
ReturnValue = new TVariant(ops[2]);
}
else
{
ops[3] = EvaluateOperand(ops[3]);
ReturnValue = new TVariant(ops[3]);
}
}
else if (f == "or")
{
ops[1] = EvaluateOperand(ops[1]);
if (ops[1].ToBool() == false)
{
ops[2] = EvaluateOperand(ops[2]);
ReturnValue = new TVariant(ops[2].ToBool());
}
else
{
ReturnValue = new TVariant(true);
}
}
else if (f == "and")
{
ops[1] = EvaluateOperand(ops[1]);
if (ops[1].ToBool() == true)
{
ops[2] = EvaluateOperand(ops[2]);
ReturnValue = new TVariant(ops[2].ToBool());
}
else
{
ReturnValue = new TVariant(false);
}
}
else if (f == "log")
{
if (ops[2] != null)
{
ReturnValue = new TVariant(ops[1].ToString() + " " + ops[2].ToString());
}
else
{
if (myParams.Exists(ops[1].ToString()))
{
myParams.Debug(ops[1].ToString());
ReturnValue = new TVariant();
}
else
{
ReturnValue = ops[1];
}
}
if (!ReturnValue.IsNil())
{
TLogging.Log(ReturnValue.ToString());
}
}
else if (f == "length")
{
ReturnValue = new TVariant(ops[1].ToString().Length);
}
else if (StringHelper.IsSame(f, "ContainsCSV"))
{
ReturnValue = new TVariant(StringHelper.ContainsCSV(ops[1].ToString(), ops[2].ToString()));
}
else if (f == "replace")
{
ReturnValue = new TVariant(ops[1].ToString().Replace(ops[2].ToString(), ops[3].ToString()));
}
else if ((f == "substring") || (f == "substr"))
{
s = ops[1].ToString();
start = ops[2].ToInt();
length = ops[3].ToInt();
if ((start < s.Length) && (start + length <= s.Length) && (length > 0))
{
ReturnValue = new TVariant(s.Substring(start, length));
}
else
{
ReturnValue = new TVariant("");
TLogging.Log("Text is not long enough or length is wrong: " + s + ' ' + start.ToString() + ' ' + length.ToString());
}
}
else if ((f == "substringright") || (f == "substrright"))
{
s = ops[1].ToString();
length = ops[2].ToInt();
start = s.Length - length;
if ((start < s.Length) && (start + length <= s.Length) && (length > 0))
{
ReturnValue = new TVariant(s.Substring(start, length));
}
else
{
ReturnValue = new TVariant("");
TLogging.Log("Text is not long enough or length is wrong: " + s + ' ' + start.ToString() + ' ' + length.ToString());
}
}
else if ((f == "substringwithoutright") || (f == "substrwithoutright"))
{
s = ops[1].ToString();
length = s.Length - ops[2].ToInt();
start = 0;
if ((start < s.Length) && (start + length <= s.Length) && (length > 0))
{
ReturnValue = new TVariant(s.Substring(start, length));
}
else
{
ReturnValue = new TVariant("");
TLogging.Log("Text is not long enough or length is wrong: " + s + ' ' + start.ToString() + ' ' + length.ToString());
}
}
else if (f == "concatenate")
{
s = ops[1].ToString();
s = s + ops[2].ToString();
ReturnValue = new TVariant(s);
}
else if (f == "concatenateww")
{
s = ops[1].ToString();
length = ops[3].ToInt();
s = s.PadRight(s.Length + length);
s = s + ops[2].ToString();
ReturnValue = new TVariant(s);
}
else if (f == "concatenatewithcomma")
{
s = ops[1].ToString();
s2 = ops[2].ToString();
if ((s.Length > 0) &&
(s2.Length > 0))
{
s = s + ", ";
}
s = s + s2;
ReturnValue = new TVariant(s);
}
else if (f == "format")
{
ReturnValue = new TVariant(ops[1].ToFormattedString(ops[2].ToString()));
}
else if (f == "formattime")
{
String separator = ops[1].ToString();
String hour = ops[2].ToString();
String min = ops[3].ToString();
String sec = "";
if ((ops.Length > 4) && (ops[4] != null))
{
sec = ops[4].ToString();
}
if (hour.Length < 2)
{
hour = "0" + hour;
}
if (min.Length < 2)
{
min = "0" + min;
}
if ((sec.Length < 2) && (sec.Length > 0))
{
sec = "0" + sec;
}
if (sec.Length > 0)
{
ReturnValue = new TVariant(hour + separator + min + separator + sec);
}
else
{
ReturnValue = new TVariant(hour + separator + min);
}
}
else if (f == "assign")
{
string targetVariableName = ops[1].ToString();
if (targetVariableName.StartsWith("{") && targetVariableName.EndsWith("}"))
{
targetVariableName = targetVariableName.Substring(1, targetVariableName.Length - 2);
}
ops[2] = EvaluateOperand(ops[2]);
if (myParams.Exists(targetVariableName))
{
// we should overwrite the existing variable, not add on another level
TParameter origParameter = myParams.GetParameter(targetVariableName);
origParameter.value = ops[2];
}
else
{
myParams.Add(targetVariableName, ops[2], -1, -1, null, null, ReportingConsts.CALCULATIONPARAMETERS);
}
// TLogging.Log("Assign: " + targetVariableName + "=" + ops[2].ToString());
ReturnValue = ops[2];
}
else if (f == "exists")
{
ReturnValue = new TVariant(myParams.Exists(ops[1].ToString(), column, Depth));
}
else if (f == "isnull")
{
ReturnValue =
new TVariant((!myParams.Exists(ops[1].ToString(), column,
Depth) || myParams.Get(ops[1].ToString(), column, Depth).IsZeroOrNull()));
}
else if (f == "template")
{
TRptCalculation rptTemplate = ReportStore.GetCalculation(CurrentReport, ops[1].ToString());
TRptDataCalcCalculation rptTempCalculation = new TRptDataCalcCalculation(this);
ReturnValue = rptTempCalculation.Calculate(rptTemplate, null).VariantValue;
}
else if (f == "columnexist")
{
String ColumnID = ops[1].ToString();
bool ColumnExist = false;
System.Data.DataTable TempTable = myParams.ToDataTable();
int numColumns = TempTable.Columns.Count;
foreach (System.Data.DataRow Row in TempTable.Rows)
{
for (int Counter = 0; Counter < numColumns; ++Counter)
{
if (Row[Counter].ToString() == ColumnID)
{
ColumnExist = true;
break;
}
}
if (ColumnExist)
{
break;
}
}
ReturnValue = new TVariant(ColumnExist);
}
else if (f == "conditionrow")
{
ReturnValue = new TVariant(ops[1]);
if (ReturnValue.ToBool() == false)
{
// clear this row, we don't want to display it
// set all parameters of this row to NULL
myParams.Add("DONTDISPLAYROW", new TVariant(true));
}
else
{
myParams.Add("DONTDISPLAYROW", new TVariant(false), -1, -1, null, null, ReportingConsts.CALCULATIONPARAMETERS);
}
}
else if (f == "column")
{
if ((ops[1].ToInt() >= 0) && (ops[1].ToInt() < CurrentColumns.Length))
{
ReturnValue = new TVariant(CurrentColumns[ops[1].ToInt()]);
}
else
{
TLogging.Log("referenced column does not exist: " + ops[1].ToString());
ReturnValue = new TVariant();
}
}
else if (f == "HasColumns".ToLower())
{
ReturnValue = new TVariant(Results.HasColumns(this.LineId));
}
else if (f == "HasChildRows".ToLower())
{
ReturnValue = new TVariant(Results.HasChildRows(this.LineId));
}
else if (f == "CountChildRows".ToLower())
{
ReturnValue = new TVariant(Results.CountChildRows(this.LineId));
}
else if (f == "HasChildColumns".ToLower())
{
ReturnValue = new TVariant(Results.HasChildColumns(this.LineId));
}
else if (f == "invisible".ToLower())
{
// need to return true so that calculation happens.
ReturnValue = new TVariant(true);
}
else if (f == "fatherColumn")
{
ReturnValue = GetParentValue(ParentRowId, ops[1].ToInt());
}
else if (f == "childColumn")
{
ReturnValue = GetChildValue(LineId, ops[1].ToInt());
}
else if (StringHelper.IsSame(f, "SecondLevelColumn"))
{
ReturnValue = Get2ndLevelValue(ParentRowId, ops[1].ToInt());
}
else if (StringHelper.IsSame(f, "FirstLevelColumn"))
{
ReturnValue = Get1stLevelValue(ParentRowId, ops[1].ToInt());
}
else if (StringHelper.IsSame(f, "GetShortCaption"))
{
ReturnValue = new TVariant(GetShortCaption(ops[1].ToInt()));
}
else if (StringHelper.IsSame(f, "GetCaption"))
{
ReturnValue = new TVariant(GetCaption(ops[1].ToInt()));
}
else if (StringHelper.IsSame(f, "getSumLower2Report"))
{
if (ops[3] == null)
{
ReturnValue = new TVariant(GetSumLower2Report(ops[1].ToInt(), ops[2].ToInt(), true), "currency");
}
else
{
ReturnValue = new TVariant(GetSumLower2Report(ops[1].ToInt(), ops[2].ToInt(), ops[3].ToBool()), "currency");
}
}
else if (StringHelper.IsSame(f, "getSumLowerReport"))
{
if (ops[3] == null)
{
ReturnValue = new TVariant(GetSumLowerReport(ops[1].ToInt(), ops[2].ToInt(), true), "currency");
}
else
{
ReturnValue = new TVariant(GetSumLowerReport(ops[1].ToInt(), ops[2].ToInt(), ops[3].ToBool()), "currency");
}
}
else if (StringHelper.IsSame(f, "getSumLowerReportCredit"))
{
ReturnValue = new TVariant(GetSumLowerReportCredit(ops[1].ToInt(), ops[2].ToInt()), "currency");
}
else
{
FunctionFound = false;
foreach (System.Type userFunctionsClass in FUserFunctions)
{
if (!FunctionFound)
{
rptUserFunctions = (TRptUserFunctions)Activator.CreateInstance(userFunctionsClass);
if (rptUserFunctions.FunctionSelector(this, f, ops, out ReturnValue))
{
FunctionFound = true;
break;
}
rptUserFunctions = null;
}
}
if (!FunctionFound)
{
TRptCalculation calculation = ReportStore.GetCalculation(CurrentReport, f);
if (calculation != null)
{
TRptDataCalcCalculation calc = new TRptDataCalcCalculation(this);
ReturnValue = calc.EvaluateCalculation(calculation, null, String.Empty, -1);
}
else if (ops[1] == null)
{
// don't print an error if ops[1] is null;
// just return f;
// this is needed e.g. for HasChildRows etc, called from TRptEvaluator.evaluateOperator
ReturnValue = null;
}
else
{
ReturnValue = new TVariant();
logMessage = "unknown function " + f;
if (ops[1] != null)
{
logMessage = logMessage + ' ' + ops[1].ToString();
}
if (ops[2] != null)
{
logMessage = logMessage + ' ' + ops[2].ToString();
}
TLogging.Log(logMessage);
}
}
}
TLogging.SetContext("");
return(ReturnValue);
}
/// <summary>
/// </summary>
/// <param name="rptCalculation"></param>
/// <param name="rptGrpParameter"></param>
/// <returns></returns>
public TVariant Calculate(TRptCalculation rptCalculation, List <TRptParameter>rptGrpParameter)
{
return EvaluateCalculationAll(rptCalculation, rptGrpParameter, rptCalculation.rptGrpTemplate, rptCalculation.rptGrpQuery);
/*
* //This is for logging the SQL string before it gets sent to the database
* TLogging.Log(result.EncodeToString(), [tologfile]);
*/
}
/// <summary>
/// todoComment
/// </summary>
/// <param name="rptCalculation"></param>
/// <param name="rptGrpParameter"></param>
/// <param name="rptGrpTemplate"></param>
/// <param name="rptGrpQuery"></param>
/// <returns></returns>
public TVariant EvaluateCalculationAll(TRptCalculation rptCalculation,
List <TRptParameter>rptGrpParameter,
List <TRptQuery>rptGrpTemplate,
List <TRptQuery>rptGrpQuery)
{
TVariant ReturnValue;
TRptDataCalcValue rptDataCalcValue;
TRptDataCalcSwitch rptDataCalcSwitch;
ReturnValue = new TVariant();
if (rptGrpQuery == null)
{
return ReturnValue;
}
foreach (TRptQuery rptQuery in rptGrpQuery)
{
if (EvaluateCondition(rptQuery.strCondition))
{
if (rptQuery.rptGrpValue != null)
{
rptDataCalcValue = new TRptDataCalcValue(this);
if (!ReturnValue.IsZeroOrNull())
{
ReturnValue.Add(new TVariant(" "));
}
ReturnValue.Add(rptDataCalcValue.Calculate(rptQuery.rptGrpValue, true));
}
if (rptQuery.rptGrpParameter != null)
{
// insert template with parameters
ReturnValue.Add(new TVariant(" "));
ReturnValue.Add(EvaluateCalculationAll(rptCalculation, rptQuery.rptGrpParameter, null, rptGrpTemplate));
}
if (rptQuery.rptGrpSwitch != null)
{
if (!ReturnValue.IsZeroOrNull())
{
ReturnValue.Add(new TVariant(" "));
}
rptDataCalcSwitch = new TRptDataCalcSwitch(this);
ReturnValue.Add(new TVariant(rptDataCalcSwitch.Calculate(rptQuery.rptGrpSwitch)));
}
}
}
if ((ReturnValue.TypeVariant == eVariantTypes.eString) || (ReturnValue.ToString().IndexOf("{") != -1))
{
ReturnValue = new TVariant(ApplyParametersToQuery(rptGrpParameter, ReturnValue.ToString()), true); // explicit string
ReturnValue = ReplaceVariables(ReturnValue.ToString(), true);
}
// TLogging.log('Result of TRptDataCalcCalculation.evaluateCalculationAll: '+result.encodetostring());
return ReturnValue;
}
/// <summary>
/// execute sql query, or do any other calculation to get the result
/// </summary>
/// <param name="rptCalculation"></param>
/// <param name="rptGrpParameter"></param>
/// <param name="strLowerLevel">can be empty string if there is no lower level to be calculated depending on the result of this query</param>
/// <param name="masterRow"></param>
public TVariant EvaluateCalculation(TRptCalculation rptCalculation,
List <TRptParameter>rptGrpParameter,
string strLowerLevel,
int masterRow)
{
// depending on existing lower level, we want the parameters on that level, otherwise on the current level
int StoreResultsAtDepth = (strLowerLevel.Length == 0) ? Depth : Depth + 1;
string strSql = this.Calculate(rptCalculation, rptGrpParameter).ToString();
if (strSql.Length == 0)
{
return new TVariant();
}
// ShowMessage (query);
if (strSql.StartsWith("CSV:"))
{
strSql = strSql.Substring(4);
while (strSql.Length > 0)
{
string strReturns = rptCalculation.strReturns;
while (strReturns.Length != 0)
{
string strName = StringHelper.GetNextCSV(ref strReturns).Trim();
// the parameters are stored first
Parameters.Add(strName, StringHelper.GetNextCSV(
ref strSql).Trim(), -1, Depth + 1, null, null, ReportingConsts.CALCULATIONPARAMETERS);
}
if (strLowerLevel != String.Empty)
{
TRptDataCalcLevel rptDataCalcLevel = new TRptDataCalcLevel(this);
rptDataCalcLevel.Depth++;
rptDataCalcLevel.Calculate(CurrentReport.GetLevel(strLowerLevel), masterRow);
}
}
}
else if (strSql.StartsWith("Ict.Petra.Server."))
{
DataTable tab = CalculateFromMethod(strSql);
if (tab == null)
{
throw new Exception("Error in " + strSql);
}
else if (tab.Rows.Count > 0)
{
string strReturns = rptCalculation.strReturns;
if (strReturns.ToLower() == "automatic")
{
strReturns = string.Empty;
foreach (DataColumn col in tab.Columns)
{
strReturns = StringHelper.AddCSV(strReturns, col.ColumnName);
}
}
foreach (DataRow row in tab.Rows)
{
this.AddResultsToParameter(strReturns, rptCalculation.strReturnsFormat, row, StoreResultsAtDepth);
if (strLowerLevel != String.Empty)
{
TRptDataCalcLevel rptDataCalcLevel = new TRptDataCalcLevel(this);
rptDataCalcLevel.Depth++;
rptDataCalcLevel.Calculate(CurrentReport.GetLevel(strLowerLevel), masterRow);
}
}
}
}
else
{
if (strSql.StartsWith("NO-SQL"))
{
// Don't execute the result as SQL. This can be used to sequentially execute calculations/functions in a query.
// example: ap_payment_export, Select Payments by Batch Number
strSql = strSql.Substring(7);
Parameters.Add(rptCalculation.strId, strSql, -1, StoreResultsAtDepth, null, null, ReportingConsts.CALCULATIONPARAMETERS);
if (strLowerLevel != String.Empty)
{
TRptDataCalcLevel rptDataCalcLevel = new TRptDataCalcLevel(this);
rptDataCalcLevel.Depth++;
rptDataCalcLevel.Calculate(CurrentReport.GetLevel(strLowerLevel), masterRow);
}
return this.Parameters.Get(rptCalculation.strId, -1, StoreResultsAtDepth, eParameterFit.eBestFitEvenLowerLevel);
}
else if (strSql.Length > 0)
{
strSql = ReplaceQuotesForSql(strSql, rptCalculation.strId);
DataTable tab = DatabaseConnection.SelectDT(strSql, "EvaluateCalculation_TempTable", DatabaseConnection.Transaction);
string strReturns = rptCalculation.strReturns;
if (strReturns.ToLower() == "automatic")
{
strReturns = "";
foreach (DataColumn col in tab.Columns)
{
strReturns = StringHelper.AddCSV(strReturns, col.ColumnName);
}
}
foreach (DataRow row in tab.Rows)
{
this.AddResultsToParameter(strReturns, rptCalculation.strReturnsFormat, row, StoreResultsAtDepth);
if (strLowerLevel != String.Empty)
{
TRptDataCalcLevel rptDataCalcLevel = new TRptDataCalcLevel(this);
rptDataCalcLevel.Depth++;
rptDataCalcLevel.Calculate(CurrentReport.GetLevel(strLowerLevel), masterRow);
}
}
}
} // else
if (this.Parameters.Exists(rptCalculation.strReturns, -1, StoreResultsAtDepth, eParameterFit.eBestFitEvenLowerLevel))
{
return this.Parameters.Get(rptCalculation.strReturns, -1, StoreResultsAtDepth, eParameterFit.eBestFitEvenLowerLevel);
}
return new TVariant();
}
/// <summary>
/// todoComment
/// </summary>
/// <param name="cur2"></param>
/// <param name="order"></param>
/// <returns></returns>
protected TRptCalculation ParseCalculation(XmlNode cur2, int order)
{
XmlNode cur;
Object rg;
TRptCalculation element;
cur = cur2;
element = new TRptCalculation(order);
element.strId = GetAttribute(cur, "id");
element.strReturnsFormat = GetAttribute(cur, "returnsFormat");
element.strReturns = GetAttribute(cur, "returns");
element.strAlign = GetAttribute(cur, "align");
cur = NextNotBlank(cur.FirstChild);
if (cur.Name == "caption")
{
rg = ParseGroup(cur.FirstChild, ref report.valuesId, "value");
if (rg != null)
{
element.rptGrpCaption = ((List <TRptValue>)rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "shortcaption")
{
rg = ParseGroup(cur.FirstChild, ref report.valuesId, "value");
if (rg != null)
{
element.rptGrpShortCaption = ((List <TRptValue>)rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "template")
{
rg = ParseGroup(cur.FirstChild, ref report.queriesId, "queryDetail");
if (rg != null)
{
element.rptGrpTemplate = ((List <TRptQuery>)rg);
}
cur = GetNextEntity(cur);
}
if (cur.Name == "query")
{
rg = ParseGroup(cur.FirstChild, ref report.queriesId, "queryDetail");
if (rg != null)
{
element.rptGrpQuery = ((List <TRptQuery>)rg);
}
cur = GetNextEntity(cur);
}
return(element);
}
