/// <summary>Outputs Date Adjustment function is used, includes the array builder.
/// <para>jparameters = JSON congifurations relating to this function</para>
/// <para>jCategory = the whole configuration which is required to do the variable replace</para>
/// <para>GroupID = current Group ID</para>
/// <para>ItemID = current row ID</para>
/// </summary>
public string Output(string jparameters, List<CategoryViewModel> jCategory, int GroupID, int ItemID)
{
JavaScriptSerializer javaScriptSerializer = new JavaScriptSerializer();
CalculationCSharp.Areas.Configuration.Models.ConfigFunctions Config = new CalculationCSharp.Areas.Configuration.Models.ConfigFunctions();
DateFunctions DatesFunctions = new DateFunctions();
ArrayBuildingFunctions ArrayBuilder = new ArrayBuildingFunctions();
Dates parameters = (Dates)javaScriptSerializer.Deserialize(jparameters, typeof(Dates));
if(parameters.Type == "Today")
{
return DateTime.Now.ToShortDateString();
}
string[] Date1parts = null;
string[] Date2parts = null;
//Returns array
Date1parts = ArrayBuilder.InputArrayBuilder(parameters.Date1, jCategory, GroupID, ItemID);
Date2parts = ArrayBuilder.InputArrayBuilder(parameters.Date2, jCategory, GroupID, ItemID);
string Output = null;
int Counter = 0;
//Gets Max Length of array so loops through all values
int MaxLength = ArrayBuilder.GetMaxLength(Date1parts, Date2parts);
//Loop through the array to calculate each value in array
for (int i = 0; i < MaxLength; i++)
{
dynamic InputA = null;
dynamic InputB = null;
//Gets the current array to use in the loop
InputA = ArrayBuilder.GetArrayPart(Date1parts, Counter);
InputB = ArrayBuilder.GetArrayPart(Date2parts, Counter);
dynamic InputC = Config.VariableReplace(jCategory, parameters.Period, GroupID, ItemID);
DateTime Date1;
DateTime Date2;
Decimal Period;
//Data output checker
if (InputA != null)
{
DateTime.TryParse(InputA, out Date1);
}
else
{
Date1 = Convert.ToDateTime("01/01/0001");
}
if (InputB != null)
{
DateTime.TryParse(InputB, out Date2);
}
else
{
Date2 = Convert.ToDateTime("01/01/0001");
}
Decimal.TryParse(InputC, out Period);
string date = DatesFunctions.DateAdjustment(parameters.Type, Convert.ToString(Date1), Convert.ToString(Date2), parameters.PeriodType, Period, parameters.Adjustment, parameters.Day, parameters.Month);
Output = Output + date + "~";
Counter = Counter + 1;
}
if(Output != null)
{
Output = Output.Remove(Output.Length - 1);
}
return Convert.ToString(Output);
}
/// <summary>Outputs where Maths Functions function is used, includes the array builder.
/// <para>jparameters = JSON congifurations relating to this function</para>
/// <para>jCategory = the whole configuration which is required to do the variable replace</para>
/// <para>GroupID = current Group ID</para>
/// <para>ItemID = current row ID</para>
/// </summary>
public string Output(string jparameters, List<CategoryViewModel> jCategory, int GroupID, int ItemID)
{
JavaScriptSerializer javaScriptSerializer = new JavaScriptSerializer();
ArrayBuildingFunctions ArrayBuilder = new ArrayBuildingFunctions();
MathsFunctions parameters = (MathsFunctions)javaScriptSerializer.Deserialize(jparameters, typeof(MathsFunctions));
string[] Numbers1parts = null;
string[] Numbers2parts = null;
//Returns array
Numbers1parts = ArrayBuilder.InputArrayBuilder(parameters.Number1, jCategory, GroupID, ItemID);
Numbers2parts = ArrayBuilder.InputArrayBuilder(parameters.Number2, jCategory, GroupID, ItemID);
string Output = null;
Decimal OutputValue = 0;
//Gets Max Length of array so loops through all values
int MaxLength = ArrayBuilder.GetMaxLength(Numbers1parts, Numbers2parts);
int Counter = 0;
//Loop through the array to calculate each value in array
for (int i = 0; i < MaxLength; i++)
{
dynamic InputA = null;
dynamic InputB = null;
decimal InputADeci = 0;
decimal InputBDeci = 0;
//Gets the current array to use in the loop
InputA = ArrayBuilder.GetArrayPart(Numbers1parts, Counter);
InputB = ArrayBuilder.GetArrayPart(Numbers2parts, Counter);
decimal.TryParse(InputA, out InputADeci);
decimal.TryParse(InputB, out InputBDeci);
//Calculates the value required
OutputValue = Calculate(parameters, InputADeci, InputBDeci);
Output = Output + OutputValue + "~";
Counter = Counter + 1;
}
Output = Output.Remove(Output.Length - 1);
return Convert.ToString(Output);
}
/// <summary>Outputs where String Functions function is used, includes the array builder.
/// <para>jparameters = JSON congifurations relating to this function</para>
/// <para>jCategory = the whole configuration which is required to do the variable replace</para>
/// <para>GroupID = current Group ID</para>
/// <para>ItemID = current row ID</para>
/// </summary>
public string Output(string jparameters, List<CategoryViewModel> jCategory, int GroupID, int ItemID)
{
JavaScriptSerializer javaScriptSerializer = new JavaScriptSerializer();
MathematicalFunctions MathFunctions = new MathematicalFunctions();
ArrayBuildingFunctions ArrayBuilder = new ArrayBuildingFunctions();
StringFunctions parameters = (StringFunctions)javaScriptSerializer.Deserialize(jparameters, typeof(StringFunctions));
string[] Numbers1parts = null;
string[] Numbers2parts = null;
string[] Numbers3parts = null;
//Returns array
Numbers1parts = ArrayBuilder.InputArrayBuilder(parameters.String1, jCategory, GroupID, ItemID);
Numbers2parts = ArrayBuilder.InputArrayBuilder(parameters.Number1, jCategory, GroupID, ItemID);
Numbers3parts = ArrayBuilder.InputArrayBuilder(parameters.String3, jCategory, 0, 0);
string Output = null;
string OutputValue = null;
//Gets Max Length of array so loops through all values
int MaxLength = ArrayBuilder.GetMaxLength(Numbers1parts, Numbers2parts);
//If Set only then
if(Numbers3parts != null)
{
MaxLength = 1;
}
int Counter = 0;
//Loop through the array to calculate each value in array
for (int i = 0; i < MaxLength; i++)
{
dynamic InputA = null;
dynamic InputB = null;
dynamic InputC = null;
//Gets the current array to use in the loop
InputA = ArrayBuilder.GetArrayPart(Numbers1parts, Counter);
InputB = ArrayBuilder.GetArrayPart(Numbers2parts, Counter);
InputC = ArrayBuilder.GetArrayPart(Numbers3parts, Counter);
string InputAString = null;
int InputBDeci = 0;
string InputCString = null;
InputAString = Convert.ToString(InputA);
int.TryParse(InputB, out InputBDeci);
InputCString = Convert.ToString(InputC);
//Calculates the value required
if (parameters.Type == "Left")
{
OutputValue = InputAString.Substring(0, InputBDeci);
}
else if (parameters.Type == "Right")
{
OutputValue = InputAString.Substring(InputAString.Length - InputBDeci);
}
else if (parameters.Type == "Set")
{
OutputValue = InputCString;
}
else if (parameters.Type == "Find")
{
int FindValue = InputAString.IndexOf(parameters.String2);
if( FindValue != -1)
{
OutputValue = Convert.ToString(FindValue);
}
else
{
OutputValue = "0";
}
}
else if (parameters.Type == "Len")
{
OutputValue = Convert.ToString(InputAString.Length);
}
Output = Output + OutputValue + "~";
Counter = Counter + 1;
}
Output = Output.Remove(Output.Length - 1);
return Convert.ToString(Output);
}
public string Output(string jparameters, List<CategoryViewModel> jCategory, int GroupID, int ItemID)
{
ArrayBuildingFunctions ArrayBuilder = new ArrayBuildingFunctions();
Factors parameters = (Factors)javaScriptSerializer.Deserialize(jparameters, typeof(Factors));
string[] LookupValueparts = null;
string[] RowMatchValueparts = null;
//Returns array
LookupValueparts = ArrayBuilder.InputArrayBuilder(parameters.LookupValue, jCategory, GroupID, ItemID);
RowMatchValueparts = ArrayBuilder.InputArrayBuilder(parameters.RowMatchValue, jCategory, GroupID, ItemID);
string Output = null;
int Counter = 0;
string OutputValue = null;
int MaxLength = ArrayBuilder.GetMaxLength(LookupValueparts, RowMatchValueparts);
//Loop through the array to calculate each value in array
for (int i = 0; i < MaxLength; i++)
{
dynamic InputA = null;
dynamic InputB = null;
//Gets the current array to use in the loop
InputA = ArrayBuilder.GetArrayPart(LookupValueparts, Counter);
InputB = ArrayBuilder.GetArrayPart(RowMatchValueparts, Counter);
if(parameters.Interpolate == true)
{
OutputValue = Interpolation(jparameters, InputA, InputB);
}
else
{
OutputValue = Calculate(jparameters, InputA, InputB);
}
Output = Output + OutputValue + "~";
Counter = Counter + 1;
}
if (Output != null)
{
Output = Output.Remove(Output.Length - 1);
}
return Output;
}
/// <summary>Outputs where Period function is used, includes the array builder.
/// <para>jparameters = JSON congifurations relating to this function</para>
/// <para>jCategory = the whole configuration which is required to do the variable replace</para>
/// <para>GroupID = current Group ID</para>
/// <para>ItemID = current row ID</para>
/// </summary>
public string Output(string jparameters, List<CategoryViewModel> jCategory, int GroupID, int ItemID)
{
JavaScriptSerializer javaScriptSerializer = new JavaScriptSerializer();
DateFunctions DateFunctions = new DateFunctions();
ArrayBuildingFunctions ArrayBuilder = new ArrayBuildingFunctions();
Period Dates = new Period();
Period parameters = (Period)javaScriptSerializer.Deserialize(jparameters, typeof(Period));
string[] Date1parts = null;
string[] Date2parts = null;
//Returns array
Date1parts = ArrayBuilder.InputArrayBuilder(parameters.Date1, jCategory, GroupID, ItemID);
Date2parts = ArrayBuilder.InputArrayBuilder(parameters.Date2, jCategory, GroupID, ItemID);
string OutputValue = null;
string Output = null;
int Counter = 0;
//Gets Max Length of array so loops through all values
int MaxLength = ArrayBuilder.GetMaxLength(Date1parts, Date2parts);
//Loop through the array to calculate each value in array
for (int i = 0; i < MaxLength; i++)
{
dynamic InputA = null;
dynamic InputB = null;
InputA = ArrayBuilder.GetArrayPart(Date1parts, Counter);
InputB = ArrayBuilder.GetArrayPart(Date2parts, Counter);
Counter = Counter + 1;
//Checks if Inputs are OK to proceed in using the calculation
if (InputA != "" && InputB != "" && InputA != "01/01/0001" && InputB != "01/01/0001")
{
DateTime Date1;
DateTime Date2;
if (InputA != null)
{
DateTime.TryParse(InputA, out Date1);
}
else
{
Date1 = Convert.ToDateTime("01/01/0001");
}
if (InputB != null)
{
DateTime.TryParse(InputB, out Date2);
}
else
{
Date2 = Convert.ToDateTime("01/01/0001");
}
String DateAdjustmentType = parameters.DateAdjustmentType;
Boolean Inclusive = parameters.Inclusive;
Double DaysinYear = parameters.DaysinYear;
//Calcuates the relevant period
if (Date1 <= Date2)
{
if (DateAdjustmentType == "YearsDays")
{
OutputValue = Convert.ToString(DateFunctions.YearsDaysBetween(Date1, Date2, Inclusive, DaysinYear));
}
else if (DateAdjustmentType == "YearsMonths")
{
OutputValue = Convert.ToString(DateFunctions.YearsMonthsBetween(Date1, Date2, Inclusive, DaysinYear));
}
else if (DateAdjustmentType == "Years")
{
OutputValue = Convert.ToString(DateFunctions.YearsBetween(Date1, Date2, Inclusive, DaysinYear));
}
else if (DateAdjustmentType == "Months")
{
OutputValue = Convert.ToString(DateFunctions.GetMonthsBetween(Date1, Date2, Inclusive));
}
else if (DateAdjustmentType == "Days")
{
OutputValue = Convert.ToString(DateFunctions.DaysBetween(Date1, Date2, Inclusive, DaysinYear));
}
else
{
OutputValue = "0";
}
}
else
{
OutputValue = Convert.ToString(0);
}
Output = Output + OutputValue + "~";
}
else
{
OutputValue = Convert.ToString(0);
Output = Output + OutputValue + "~";
}
}
if (Output != null)
{
Output = Output.Remove(Output.Length - 1);
}
return Output;
}