Definition about Scope of variable and function in nexacro

Script used in naxacor uses JavaScript spec as standard, so JavaScript can be used for various user and source.

Variable Scope is a way to define available variable to access from current location.
In case there is in Scope, It is possible to access variable and read/write.
In case there is outside Scope, It is impossible to access variable.
Variable is separated into two type.

Global Variable : This Variable is defined outside Function , so this can be accessed anywhere. Local Variable : This Variable is defined inside Function, so this can be accessed inside Function.

When function is defined like this.getName = function(){…} in form, In case variable is defined using var in function block, This variable has local scope which is can be referenced in this.getName function.

This variable is avaliable when related funtion runs. Otherwise this variable is avaliable in running context. And When function is ended, this variable becomes a garbage collection.

We use "this" keyword to all variables and functions in instance of related form in nexacro. so this makes less mistakes.
You have to define context of related variables or functions  using "this" keyword to be only referred to running form in nexacro.

Global variable is used in all location in program. So this variable is always loaded in memory.
Local variable is used in limited location, so this variable is extinguished after ending.
JavaScript is functional language, Most local variables are used inside function. When function is finished the local variable is extinguished automatically.

When Scope is not defined, global variable is stacked on memory. So this influence performance.

Example)

In case Scope and Var is not defined outside Function, this treated as member of global. We recommend not to use this.

When Var is defined without Scope outside Function, This is handled as not a member of form. We recommend not to use this. (This is treated as variable of form script)

Please use Mothod with this,parent or application.
(In case there is undefined method, Global member method will be run except method of Form.

Please Global Variant of FDL uses with this, parent or application.
(If there is undefined Global Variant, this will be treated variant of script not member of Form.)

We provide LookUp method for difficult situation to define Scope, but this causes performance degradation.
(Object LookUp, Method LookUp)

This is test result according to each variable scope how much performance is different.

eval

By using the eval function we can run the original script code dynamically.

var dataset = eval("this." + obj.binddataset);

Breaking line Character(New Line Character) Processing

Handling new line characters using Script

Newline character can be expressed by using the \n.

• If you press the button >> You can see the results of the script execution.

this.Button00_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
 this.stNewLine.set_text('aple' +  String.fromCharCode(10) + 'Strawberries');
}
this.Button01_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
 this.taNewLine.set_value('aple' +  String.fromCharCode(10) + 'Strawberries');
}
this.Button02_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
 this.ds_data.setColumn(0,"Column0",'aple' +  String.fromCharCode(10) + 'Strawberries'); 
}

Source Location

Sample_Script\np_Script_Newline.xfdl

Number & Math

By using the script we can implement number conversion and operation related functions.

Changing ASCII code to HEX value

Using charCodeAt, fromCharCode methods we can convert ASCII Code to Hex code and Hex Code to ASCII code.

Reference Detail

charCodeAt

This method is used to return integer value corresponding Unicode Character at the specified index.

fromCharCode

This method returns the character string of Unicode value.

Main Source Content

this.fn_doAsciiHex = function(sValue, sType)
{
    var sHex   = "0123456789ABCDEF";
    var sAscii = ' !"#$%&'+"'"+'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ['+'\\'+']^_`abcdefghijklmnopqrstuvwxyz{|}';
    var sRtn   = "";
    if (sType == "A2H")
    {
        var sLet, nPos, h16, h1;
        for (var i = 0; i < sValue.length; i++)
        {
            sLet  = sValue.charAt(i);
            nPos  = sAscii.indexOf(sLet) + 32;
            h16   = Math.floor(nPos / 16);
            h1    = nPos % 16;
            
            sRtn += sHex.charAt(h16) + sHex.charAt(h1);
        }
    }
    if (sType == "H2A")
    {
        for (var i = 0; i < sValue.length; i++)
        {
            var sLet1 = sValue.charAt(2 * i);
            var sLet2 = sValue.charAt(2 * i + 1);
            var sVal  = sHex.indexOf(sLet1) * 16 + sHex.indexOf(sLet2);
            
            sRtn += sAscii.charAt(sVal - 32);
        }
    }
    return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Number_AsciiToHex.xfdl

Numeric Number format check

Using the charAt method we can verify the number format of input string.

Reference Detail

charAt

This method returns the character corresponding to the specified index

Source Location

Sample\Sample_Script\np_Script_Number_CheckNumber.xfdl

Changing the RGB color code

Using parseInt method RGB color values can be converted to HEX Code and HEX Code can be converted into RGB values in script.

Reference Details

paseInt

This method returns integer value after convertion string to integer.

charAt

This method is used to return the character corresponding to the specified index.

Source Location

Sample\Sample_Script\np_Script_Number_HexToRGB.xfdl

Converting Base of different types format

Using toString method we can write script to convert object into decimal, hexadecimal and binary numbers.

Reference Details

toString

It is Method to return a text string which indicates a object.

Source Location

Sample\Sample_Script\np_Script_Number_NumberFormat.xfdl

Checking the range of the Number

Using toNumber method we can verify if the input number in the specified range of numbers then return true otherwise return false.

It is verification for value of input0 exists within the range of input1 and input2.

Reference Details

toNumber

This method is used to convert input value to number.

Source Location

Sample\Sample_Script\np_Script_Number_NumberRange.xfdl

Calculating Percentage

Using Math object we can calculate percentage of input values.

Reference Detail

Math

Mathematical functions and related constants are defined in the object.

round

It is Method to return a closest integer or a fixed point real number by rounding a given formula.

Source Location

Sample\Sample_Script\np_Script_Number_Percentage.xfdl

Processing numeric values to round

Reference Data

round

This method returns the rounded integer value.

Source Location

Sample\Sample_Script\np_Script_Number_Round.xfdl

Converting input String type number to integer type

parseInt Method returns integer which is transformed from a text string.

Source Location

Sample\Sample_Script\np_Script_Number_StringToInteger.xfdl

String

It is Method to operate a text string and designate a document form or determine a partial text string in a text string or designate a position.

Getting sub string from the input string as much we want

substr method returns a partial text string which begins at designated position and has designated length.

Reference Details

substr

substr method returns a partial text string which begins at designated position and has designated length.

Source Location

Sample\Sample_Script\np_Script_String_CharIndex.xfdl

Returning the length of the String

Using length method we can get string length.

Main Source Content

function fn_charLength(sString) 
{
  var sString = sString.toString();
  var nCnt    = 0;
  for (var i = 0; i < sString.length; i++)
  {
    if (sString.charCodeAt(i) > 127)
    {
      nCnt += 2;
    } 
    else 
    {
      nCnt += 1;
    }
  }
  return nCnt;
}

Reference Details

charCodeAt

It is Method to return an integer to indicate unicode encoding of a text in a designated position.

Source Location

Sample\Sample_Script\np_Script_String_CharLength.xfdl

Checking characters and numbers

Using charCodeAt we can verify characters and numbers.

Reference Details

charCodeAt

It is Method to return an integer to indicate unicode encoding of a text in a designated position.

Source Location

Sample\Sample_Script\np_Script_String_CheckAlpaNum.xfdl

Checking Korean and special characters

Using charAt method we can check the Korean and special characters.

Reference Details

indexOf

indexOf method returns a text position from which a partial text string begins in string object.
lastIndexOf method returns a case that a partial text string lastly appears in string object.

charCodeAt

It is Method to return an integer to indicate unicode encoding of a text in a designated position.

charAt

This method returns character at the specified index.

Source Location

Sample\Sample_Script\np_Script_String_CheckChar.xfdl

Eliminate duplicate data in the array

Using the split method we can implement script to eliminate duplicate values from the array.

Reference Details

split

It is Method to return arrangement of a text string which is generated when a text string is divided into many partial text strings.

Source Location

Sample\Sample_Script\np_Script_String_Distinct.xfdl

Converting full-width characters to half-width characters

Using charCodeAt method we can convert full-width characters to half width characters.

Main Source Content

function fn_fullToHalf(sFull)
{
   …Skip
  for (var i = 0; i < sFull.length; i++)
  {
    sChar = sFull.charCodeAt(i);
    if (sChar == 12288)
    {
      sHalf += unescape("%20");
    }
    else if ((sChar >= 65281) && (sChar <= 65374))
    {
      sHalf += unescape("%" + (sChar-65248).toString(16));
    }
    else
    {
      sHalf += sFull.charAt(i);
    }
  return sHalf;
}

Reference Details

unescape

It is Method to decode String object which is encoded by escape method.

Source Location

Sample\Sample_Script\np_Script_String_FullToHalf.xfdl

Half-width character to full-width character conversion

Using charCodeAt method, we can convert Half-width character to full-width character.

Reference Details

Main source content

function fn_halfToFull(sHalf)
{
   …Skip
  for (var i = 0; i < sHalf.length; i++) 
  {
    if ((sHalf.charCodeAt(i) >= 32) && (sHalf.charCodeAt(i) <= 126)) 
    {
    … Skip
      {
        sChar = sHalf.charCodeAt(i) + 65248;
      }
    }
    … Skip
    sFull = sFull + String.fromCharCode(sChar);
  }
  return sFull;
}

Reference Details

fromCharCode

It is Method to return a text string out of various unicode text values.

Source Location

Sample\Sample_Script\np_Script_String_HalfToFull.xfdl

Creating Korean ↔ Unicode converter

Using JavaScript regular expressions we can create Korean to Unicode and Unicode to Korean converter.

Main Source Content

Reference Details

escape

This method is used to convert into Unicode.

unescape

It is Method to decode String object which is encoded by escape method.

Source Location

Sample_Script\np_Script_String_HanGulToUnicode.xfdl

Filling other characters to specified length in the String

Using padLeft and padRight methods we can fill the specified characters to the specified length of String.

Main source content

this.fn_lpad = function(sString, nSize, sPadChar)
{
    var sRtn = "";
 if (sPadChar != null)
 {
  sRtn = sString.padLeft(nSize, sPadChar);
 }
 else if (sPadChar == null)
 {
  sRtn = sString.padLeft(nSize, " ");
 }
    return sRtn;
}
this.fn_rpad = function(sString, nSize, sPadChar)
{
    var sRtn = "";
 if (sPadChar != null)
 {
  sRtn = sString.padRight(nSize, sPadChar);
 }
 else if (sPadChar == null)
 {
  sRtn = sString.padRight(nSize, " ");
 }
    return sRtn;    
}

Source Location

Sample\Sample_Script\np_Script_String_LpadRpad.xfdl

Checking null value to return balnk

If the input data is null or undefined we can return blank value using script.

Reference Details

isNaN

It is Method to indicate which value is NaN(not number) which is an appointed value.

Source Location

Sample\Sample_Script\np_Script_String_NullToEmpty.xfdl

Converting Number to Korean Character

Using charAt method, we can convert integer to Korean or Chinese Character.

Source Location

Sample\Sample_Script\np_Script_String_NumberToString.xfdl

Inserting Hall Quotes(') in the String

Using substr method we can insert Hall Quotes(') in the String.

Source Location

Sample\Sample_Script\np_Script_String_Quote.xfdl

Remove hyphen(-) from String

Using replace method we can remove hyphon(-) from string.

Source Location

Sample\Sample_Script\np_Script_String_RemoveHyphen.xfdl

Creating array by separating string

Source Location

Sample\Sample_Script\np_Script_String_StringToAarray.xfdl

Returning value after removing blanks

substr method is used to cut the string as desired size, and returns it as an array.

Source Location

Sample\Sample_Script\np_Script_String_Trim.xfdl

Date

Using Script we can represent Date related processing.

Calculating the difference between two dates

Source Location

Sample\Sample_Script\np_Script_Date_CalculateDate.xfdl

Calculating time difference

We can calculate time difference using Date object.

Main source content

this.fn_calculateDate = function(sDateS, sDateE, sGbn) 
{
    var nMonth = 0; // Calculated the number of months
    var nYear  = 0; // Calculated the number of years
    var nRtn   = 0; // The return value of the month
        
    if (sGbn == "M")
    {
        if (parseInt(sDateS) <= parseInt(sDateE))
        {
            nYear  = parseInt(sDateE.substr(0,4))- parseInt(sDateS.substr(0,4)) ;
            nMonth = parseInt(sDateE.substr(4,2))- parseInt(sDateS.substr(4,2));
            nRtn   = (12 * nYear) + nMonth;
        }
    }
    else
    {    
        var dFrom = new Date(sDateE.substring(0,4),  sDateE.substring(4,6)-1, sDateE.substring(6,8)
                            ,sDateE.substring(8,10), sDateE.substring(10,12), sDateE.substring(12,14));
        var dTo   = new Date(sDateS.substring(0,4),  sDateS.substring(4,6)-1, sDateS.substring(6,8)
                            ,sDateS.substring(8,10), sDateS.substring(10,12), sDateS.substring(12,14));      
        nRtn = parseInt((dFrom - dTo)/(1000*60*60*24));
    }
    return nRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_CalculateTime.xfdl

Validation check for input dates

Using toNumber method we can verify the date format.

Main Source Content

this.fn_checkDate = function(sDate) 
{
    var nYear  = Number(sDate.toString().substr(0,4));
    var nMonth = Number(sDate.toString().substr(4,2));
    var nDate  = Number(sDate.toString().substr(6,2));
    if ( nMonth > 12 || nMonth < 1)
    {
       return false;
    }
    
    switch (nMonth) 
    {
        case 1:
        case 3:
        case 5:
        case 7:
        case 8:
        case 10:
        case 12:
            if (nDate > 31 || nDate < 1)
            {
                return false;
            }
            break;
        case 4: 
        case 6: 
        case 9: 
        case 11:  
            if (nDate > 30 || nDate < 1)
            {
                return false;
            }                               
            break;
        case 2:   
            if (((nYear % 4 == 0) && (nYear % 100 != 0)) || (nYear % 400 == 0))
            {
                if (nDate > 29 || nDate < 1)
                {
                    return false;
                }
            }
            else
            {
                if (nDate > 28 || nDate < 1)
                {
                    return false;
                }
            }                              
            break;            
        default:
            break;
    }    
    return true;
}

Source Location

Sample\Sample_Script\np_Script_Date_CheckDate.xfdl

Checking for leap year

Using leap year calculation we can verify leap year if that year has 29 Feb.

Main Source Content

this.fn_checkLeapYear = function(sDate) 
{
    var bRtn = false;
    var nY   = parseInt(sDate.substring(0,4));
    if ((nY % 4) == 0) 
    {
        if ((nY % 100) != 0 || (nY % 400) == 0) 
        {
            bRtn = true;
        }
    } 
    return bRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_CheckLeapYear.xfdl

Time validation check

Using Number method we can check validation for time.

Main Source Content

this.fn_checkTime = function(sTime) 
{
    var nHH = Number(sTime.toString().substr(0,2));
    var nMM = Number(sTime.toString().substr(2,2));
    var nSS = Number(sTime.toString().substr(4,2));
    if (nHH > 24 || nHH < 0)
    {
      return false;
    }    
    
    if (nMM > 59 || nMM < 0)
    {
      return false;
    }
    
    if (nSS > 59 || nSS < 0)
    {
      return false;
    }  
    
    return true;
}

Source Location

Sample\Sample_Script\np_Script_Date_CheckTime.xfdl

Converting Date to String

Using Date object we can convert Date into String.

Main Source Content

this.fn_dateToString = function(dDate) 
{
    var sRtn =  (new Date(dDate)).getFullYear()
             + ((new Date(dDate)).getMonth()+1).toString().padLeft(2, "0")
             + ((new Date(dDate)).getDate()).toString().padLeft(2, "0");  
              
    return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_DateToString.xfdl

Year and month validation check

Using number method we can check validation for year and month.

Main source content

this.fn_checkYearMonth = function(sDate) 
{
    var nYear  = Number(sDate.toString().substr(0,4));
    var nMonth = Number(sDate.toString().substr(4,2));
    if ( nMonth > 12 || nMonth < 1)
    {
      return false;
    }    
      return true;
}

Source Location

Sample\Sample_Script\np_Script_Date_CheckYearMonth.xfdl

Today's date and current time searching

We can get current date and time using Date object.

Main source content

this.fn_dateTime = function() 
{
    var dDate = new Date();     
    var sRtn =  dDate.getFullYear()
          + (dDate.getMonth()+1).toString().padLeft(2, "0")
          +  dDate.getDate().toString().padLeft(2, "0")
          +  dDate.getHours().toString().padLeft(2, "0")
          +  dDate.getMinutes().toString().padLeft(2, "0")
          +  dDate.getSeconds().toString().padLeft(2, "0");
    return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_DateTime.xfdl

Finding day name from input date

Using Date object we can find day name from input date.

Main Source Content

this.fn_hanGulWeek = function(sDate) 
{
    var dDate    = new Date(parseInt(sDate.substr(0,4))
        , parseInt(sDate.substr(4,2))-1
        , parseInt(sDate.substr(6,2)));
    var sDay     = dDate.getDay();
    var arrweek  = new Array("Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat");  
    var sRtn     = arrweek[sDay];
    return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_HanGulWeek.xfdl

Finding last day of month from the input date

Using Date object we can find the last day of the month from input date.

Main source content

this.fn_lastDay = function(sDate) 
{
    var dDate = "";
    sDate = sDate.trim();
    
 if (sDate == null || sDate == "" || sDate == "undefined")  
 {
        // Taking date after one month from today and calculating  today's date
     dDate = (new Date()).addMonth(1);
     dDate = (new Date(dDate)).addDate((new Date(dDate)).getDate()*-1);
    }
    else 
    {
        // picking next month's first day from the input date
     dDate = new Date(parseInt(sDate.substr(0,4)), parseInt(sDate.substr(4,2)), 1);
     dDate = dDate.addDate(-1); 
    }
    var sRtn =  (new Date(dDate)).getFullYear()
             + ((new Date(dDate)).getMonth()+1).toString().padLeft(2, "0")
             + ((new Date(dDate)).getDate()).toString().padLeft(2, "0");  
   
    return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_LastDay.xfdl

Lunar to Solar Conversion

We are changing input Lunar year to solar year.

Source Location

Sample\Sample_Script\np_Script_Date_LunarToSolar.xfdl

Converting Solar to Lunar

Here is a conversion from input Solar year to Lunar year.

Source Location

Sample\Sample_Script\np_Script_Date_SolarToLunar.xfdl

Finding the date range corresponding to input week

Using date object we can calculate the date range corresponding to input week.

Main Source Content

/*
 * File Name   : Script_Date_WeekOfYear
 * Description : Finding the date interval corresponding to input week
 */
/*  Button Click  */
this.btn_execute_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
 var sRtn = this.fn_weekOfYear(this.edt_input0.value, this.edt_input1.value);
 this.edt_output.set_value(sRtn);
}
/*
 * Function Name : fn_weekOfYear
 * Description   : Finding the date interval corresponding to input week
 * Parameter     : Year, Week
 * Return        : Applying(from ~ to)
 * Example       : fn_weekOfYear(2012, 52);
 */
this.fn_weekOfYear = function(sYYYY, sWeek)
{
    var dDate = new Date(parseInt(sYYYY), 0, 1);
    var nDay  = dDate.getDay();     //0 = Sunday ~ 6 = Saturday    
    
 if (nDay != 0)
 {
  dDate = new Date(dDate.addDate(-nDay));
 } 
 var nWeekS = dDate.addDate(7 * (sWeek-1));
    var nWeekE = dDate.addDate(6); 
    
    var sRtn  =  (new Date(nWeekS)).getFullYear()
              + ((new Date(nWeekS)).getMonth()+1).toString().padLeft(2, "0")
              + ((new Date(nWeekS)).getDate()).toString().padLeft(2, "0")  
              + " ~ "    
              +  (new Date(nWeekE)).getFullYear()
              + ((new Date(nWeekE)).getMonth()+1).toString().padLeft(2, "0")
              + ((new Date(nWeekE)).getDate()).toString().padLeft(2, "0");
 return sRtn;
}

Source Location

Sample\Sample_Script\np_Script_Date_WeekOfYear.xfdl

System

Verifying the function on the screen

Using typeof function we can verify the existence of particular function.

Main Source Content

/*
 * File Name   : Script_System_ExistFunction
 * Discription : Verifying the function on the screen
 */
this.btn_execute_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
    var sRtn = this.fn_existFunction(this.edt_input.value);
 this.edt_output.set_value(sRtn);
}
/*
 * Function Name : fn_checkTelNo
 * Discription   : Verifying the function on the screen
 * Parameter     : Function
 * Return        : true, false
 * Example       : fn_existFunction("fn_test");
 */
this.fn_existFunction = function(sValue)
{
 //Check the function if input value is undefined
 if (this[sValue] == undefined) 
 {
   return false;
 } 
 else 
 {
  // "fn_test" Checking the type of  function
  this.alert("function checking is             "+typeof(this[sValue]));
  if (typeof(this[sValue]) == "function")
  {
   return true;
  }
  else
  {
   return false;
  }
 }
}
/*
 * Function Name   : fn_test
 * Discription : Checking function if it exists on screen or not
 */
this.fn_test1 = function()
{ 
}

Source Location

Sample\Sample_Script\np_Script_System_ExistFunction.xfdl

Obtaining list of components of Form

We can obtain list of components on screen using form's property and arrays.

Reference Detail

components

This property is used to access list of components from the form.

Main source content

this.fn_getFormComponentList = function()
{
 var arrCompList = this.components;
 for(var i=0; i<arrCompList.length;i++)
 {
  this.ds_data.addRow();
  this.ds_data.setColumn(i, "DATA" ,arrCompList[i].name);
 } 
}

Source Location

Sample\Sample_Script\np_Script_System_FormComponentList.xfdl

Verifying value of current screen ID

Using formurl property, we can obtain current screen filename.

Main source content

/*
 * File Name   : Script_System_FormID
 * Description : Finding current screen file name
 */
 
/*  Button Click  */
this.btn_execute_onclick = function(obj:Button,  e:nexacro.ClickEventInfo)
{
 var sRtn = this.fn_formID(); 
 this.edt_output.set_value(sRtn);
}
/*
 * Function Name : fn_formID
 * Description   : Finding current screen file name
 * Parameter     : 
 * Return        : Form ID
 * Example       : fn_formID();
 */
this.fn_formID = function() 
{
 var sUrl   = this.getOwnerFrame().formurl;
 var nStart = 0;
 var nIndex = sUrl.indexOf("::");
 if ( nIndex > - 1)
 {
    nStart = nIndex + 2;
 }
 
 var nEnd    = sUrl.indexOf(".xfdl");
 var sFromId = sUrl.substring(nStart, nEnd); 
    
 //In case if you have sub folder
 if (sFromId.indexOf("\\") > -1)
 {
  var arPath = sFromId.split("\\"); 
  sFromId    = arPath[arPath.length - 1];
 }
 return sFromId;
}

Source Location

Sample\Sample_Script\np_Script_System_FormID.xfdl

User Function

Rather than using particular API we are providing samples using script.

User Function may be different according to customer, so we request to use after verification.

Sorting Array

Using sort method we can sort the array.

Source Location

Sample\Sample_Script\np_Script_User_ArraySort.xfdl

Using the two-dimensional array

Source Location

Sample\Sample_Script\np_Script_User_TwoDemensionArray.xfdl

Checking company registration number

Source Location

Sample\Sample_Script\np_Script_User_CheckBRN.xfdl

Checking Business Registration Number

Source Location

Sample\Sample_Script\np_Script_User_CheckCRN.xfdl

Checking Electronic mail (e-mail) Validity

Source Location

Sample\Sample_Script\np_Script_User_CheckEmail.xfdl

Checking Null in the input values

Source Location

Sample\Sample_Script\Script_User_CheckNull.xfdl

Checking Social Security Number

Source Location

Sample\Sample_Script\np_Script_User_CheckSSN.xfdl

Finding Gender from Social Security Number

Source Location

Sample\Script\np_Script_User_SSNToGender.xfdl

Implementing the decode function

Source Location

Sample\Sample_Script\np_Script_User_Decode.xfdl

Implementation of the ternary operator

Source Location

Sample\Sample_Script\np_Script_User_Iif.xfdl

Including common script

Source Location

Sample\Sample_Script\np_Script_User_IncludeScript.xfdl

Converting undefined to ""

Source Location

Sample\Sample_Script\np_Script_User_UndefineToNull.xfdl

Calculating age.

Source Location

Sample\Sample_Script\np_Script_User_WestenAge.xfdl