public override void Read(byte[] rpnBytes, int startIndex)
{
this.argumentsCount = rpnBytes[startIndex];
ushort num = BitConverter.ToUInt16(rpnBytes, startIndex + 1);
this.function = FormulaFunctionsTable.Instance[num];
}
private void AddFunction(ushort code, string name, FormulaTokenCode argumentCode, FormulaTokenClass returnCode, byte argumentsCount)
{
FormulaFunctionInfo info = new FormulaFunctionInfo(code, name, argumentCode, returnCode, argumentsCount);
this.codesToFunctions[code] = (info);
this.namesToFunctions[name] = (info);
}
private void AddFunctionToken(string functionValue)
{
this.isFunctionArgumentsProcessed = true;
this.lastFunctionInfo = FormulaFunctionsTable.Instance[functionValue];
byte argumentsCount = this.ArgumentList();
this.isFunctionArgumentsProcessed = false;
this.GetNextOnDemand(')');
FormulaFunctionInfo info = FormulaFunctionsTable.Instance[functionValue];
byte num2 = info.ArgumentsCount;
if (num2 != 255)
{
string str = (num2 == 1) ? " argument." : " arguments.";
if (argumentsCount != num2)
{
this.NotifyError(string.Concat(new object[] { "Function: ", FormulaFunctionsTable.Instance[info.Code].Name, " expects ", num2, str }));
}
}
this.AddToken(FormulaTokensFactory.CreateFunctionFromName(functionValue, this.lastFunctionInfo.ReturnCode, argumentsCount));
}
public override void DelayInitialize(object[] data)
{
this.function = FormulaFunctionsTable.Instance[data[0] as string];
this.argumentsCount = (byte)(data[1]);
}
public override void Read(byte[] rpnBytes, int startIndex)
{
ushort num = BitConverter.ToUInt16(rpnBytes, startIndex);
this.function = FormulaFunctionsTable.Instance[num];
}
public override void DelayInitialize(object[] data)
{
this.function = FormulaFunctionsTable.Instance[data[0] as string];
}