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Formulas

# String formulas

In Ruby, strings refer to sequences of text and characters. Workato supports a variety of string formulas.

Formulas in Workato are allowlisted Ruby methods. Syntax and functionality for these formulas are generally unchanged. Most formulas return an error and stop the job if the formula operates on nulls (expressed as nil in Ruby), except for present?, presence, and blank?.

You can refer to the Ruby documentation on strings (opens new window) for more information. However, only allowlisted Ruby methods are supported. To request the addition of new formulas to the allowlist, submit a support ticket (opens new window).

The following examples show methods that can be used to manipulate a string in Workato.

# Conditionals

This section will cover formulas which allow you to apply conditions (if-else) to your strings. Find out more about how to use conditionals here.

# blank?

This formula checks the input string and returns true if it is an empty string or if it is null.

# Syntax

Input.blank?

  • Input - An input datapill. It can be a string, number, date, or datetime datatype.

# Sample usage

Formula Result
"Any Value".blank? false
123.blank? false
0.blank? false
"".blank? true

# How it works

If the input is null or an empty string, the formula will return true. For any other data, it returns false.

# See also

  • presence: Returns the data if it exists, returns nil if it does not.
  • present?: Returns true if there is a valid input.

# is_not_true?

Evaluates a boolean value and returns true if the evaluated value is not true.

# Syntax

Input.is_not_true?

  • Input - An input boolean, an integer (1 or 0), or an accepted string value.

# Sample usage

Formula Result
true.is_not_true? false
false.is_not_true? true
0.is_not_true? true
nil.is_not_true? true

# How it works

Takes in an input and evaluates if it is true or false.

String values

"true", "t", "yes","y", and "1" are evaluated as a boolean true.

"false", "f", "no","n", and "0" are evaluated as a boolean false.

However, an empty string ("") is not evaluated as a boolean. This formula will display an error if used on a string datatype.

# See also

  • is_true: Evaluates a boolean value and returns true if the evaluated value is true.

# is_true?

Evaluates a boolean value and returns true if the evaluated value is true.

# Syntax

Input.is_true?

  • Input - An input boolean, an integer (1 or 0), or an accepted string value.

# Sample usage

Formula Result
true.is_true? true
false.is_true? false
0.is_true? false
nil.is_true? false

# How it works

Takes in an input and evaluates if it is true or false.

String values

"true", "t", "yes","y", and "1" are evaluated as a boolean true.

"false", "f", "no","n", and "0" are evaluated as a boolean false.

However, an empty string ("") is not evaluated as a boolean. This formula will display an error if used on a string datatype.

# See also

  • is_not_true: Evaluates a boolean value and returns true if the evaluated value is not true.

# present?

This formula will check the input and if there is a value present, it will return true. If the input is nil, boolean false, an empty string, or an empty list, the formula will return false.

# Syntax

Input.present?

  • Input - An input datapill. It can be a string, number, date, or list datatype.

# Sample usage

Formula Result
"Any Value".present? true
123.present? true
0.present? true
"2017-04-02T12:30:00.000000-07:00".present? true
nil.present? false
"".present? false
[].present? false

# How it works

If the input is null, an empty string or an empty list, the formula will return false. For any other data, it returns true.

Evaluating a list with nil values

  • Only an empty list will return false.

[].present? returns false.

  • A list with nil and empty string will return true.

[nil,""].present? returns true.

# See also

  • presence: Returns the data if it exists, returns nil if it does not.
  • blank?: Returns nil if the data does not exist or if the string consist of only white spaces.

# presence

Returns the data if it exists, returns nil if it does not.

# Syntax

Input.presence

  • Input - An input datapill. It can be a string, number, date, or datetime datatype.

# Sample usage

Formula Result
nil.presence nil
"".presence nil
"Any Value".presence "Any Value"
45.0.presence 45.0
0.presence 0

# How it works

If the input is null or an empty string, the formula will return nil. For any other data, it returns the original input data.

# See also

  • blank?: Returns nil if the data does not exist or if the string consist of only white spaces.
  • present?: Returns true if there is a valid input.

# include?

Checks if the string contains a specific substring. Returns true if it does.

# Syntax

Input.include?(substring)

  • Input - A string input.
  • substring - The substring to check for.

# Sample usage

Formula Result
"Partner account".include?("Partner") true
"Partner account".include?("partner") false

# How it works

This formula checks if the string contains a specific substring. The formula returns true if the string includes the substring and false if does not. The substring is case sensitive.

This formula acts in the opposite manner from exclude?. The formula returns true only if the input string contains the stated keyword.

# See also

  • exclude?: Checks if the string contains a specific substring. Returns false if it does.

# exclude?

Checks if the string contains a specific substring. Returns false if it does.

# Syntax

Input.exclude?(substring)

  • Input - A string input.
  • substring - The substring to check for.

# Sample usage

Formula Result
"Partner account".exclude?("Partner") false
"Partner account".exclude?("partner") true

# How it works

This formula check is the string contains a specific substring. Returns false if it does, otherwise, returns true. This substring is case sensitive.

This function acts in an opposite manner from include?. It will return true only if the input string does NOT contain the stated keyword.

# See also

  • include?: Checks if the string contains a specific substring. Returns true if it does.

# match?

Checks if the string contains a specific regular expression (regex) pattern. Returns true if it does.

# Syntax

Input.match?(pattern)

  • Input - A string input.
  • pattern - The regex pattern to check for.

# Sample usage

Formula Result
"Jean Marie".match?(/Marie/) true
"Jean Marie".match?(/ /) true
"Partner account".match?(/partner/) false

# How it works

This formula checks if the string contains a specific regex pattern. Returns true if it does, otherwise, returns false.

# See also

  • include?: Checks if the string contains a specific substring. Returns true if it does.
  • exclude?: Checks if the string contains a specific substring. Returns false if it does.

# ends_with?

Checks if the string ends with a specific substring. Returns true if it does.

# Syntax

Input.ends_with?(substring)

  • Input - A string input.
  • substring - The substring to check for.

# Sample usage

Formula Result
"Jean Marie".ends_with?("rie") true
"Jean Marie".ends_with?("RIE") false
"Jean Marie".upcase.ends_with?("RIE") true

# How it works

This formula check is the string ends with a specific substring. Returns true if it does, otherwise, returns false.

# See also

  • include?: Checks if the string contains a specific substring. Returns true if it does.
  • exclude?: Checks if the string contains a specific substring. Returns false if it does.
  • match?: Checks if the string contains a specific pattern. Returns true if it does.
  • starts_with?: Checks if the string starts with a specific substring. Returns true if it does.

# starts_with?

Checks if the string starts with a specific substring. Returns true if it does.

# Syntax

Input.starts_with?(substring)

  • Input - A string input.
  • substring - The substring to check for.

# Sample usage

Formula Result
"Jean Marie".starts_with?("Jean") true
"Jean Marie".starts_with?("JEAN") false
"Jean Marie".upcase.starts_with?("JEAN") true

# How it works

This formula check is the string starts with a specific substring. Returns true if it does, otherwise, returns false.

# See also

  • include?: Checks if the string contains a specific substring. Returns true if it does.
  • exclude?: Checks if the string contains a specific substring. Returns false if it does.
  • match?: Checks if the string contains a specific pattern. Returns true if it does.
  • ends_with?: Checks if the string ends with a specific substring. Returns true if it does.

# Text manipulation

This section contains formulas which allow you to manipulate text within strings.

# parameterize

Replaces special characters in a string with standard characters. Used when app does not accept non-standard characters.

# Syntax

Input.parameterize

  • Input - An input string.

# Sample usage

Formula Result
"öüâ".parameterize "oua"

# How it works

This formula searches for all special characters in the string and replaces them with standard characters.

# lstrip

This formula removes the white space at the beginning of the input string.

# Syntax

String.lstrip

  • String - An input string.

# Sample usage

Formula Result
" Test ".lstrip "Test "

# How it works

This formula removes white spaces from the beginning of a string. If the string doesn't have any white spaces before, the input string will be returned as is.

SELECTIVELY REMOVE WHITE SPACES

  • To remove white spaces from the end of a string, use rstrip.
  • To remove white spaces from the middle of a string, use gsub.
    "a b c d e".gsub(" " , "") returns "abcde".

# See also

  • strip: Removes the white space at the beginning and the end of the input string.
  • rstrip: Removes the white space at the end of the input string.
  • gsub: Replace parts of a text string. Returns a new string with the replaced characters.

# rstrip

This formula removes the white space at the end of the input string.

# Syntax

String.rstrip

  • String - An input string.

# Sample usage

Formula Result
" Test ".rstrip " Test"

# How it works

This formula removes white spaces from the end of a string. If the string doesn't have any white spaces at the end, the input string will be returned as is.

SELECTIVELY REMOVE WHITE SPACES

  • To remove only white spaces from the beginning of a string, use lstrip.
  • To remove white spaces from the middle of the string, use gsub.
    "a b c d e".gsub(" " , "") returns "abcde".

# See also

  • strip: Removes the white space at the beginning and the end of the input string.
  • lstrip: Removes the white space at the beginning of the input string.
  • gsub: Replace parts of a text string. Returns a new string with the replaced characters.

# scrub

If the string is an invalid byte sequence, the formula replaces the invalid bytes with a replacement character. If the string is not invalid, the formula returns the original string.

# Syntax

String.scrub(replacement string)

  • String - An input string.

# Sample usage

Formula Result
"abc\u3042\x81".scrub("*") "abc\u3042*"

# strip

This formula removes the white space at the beginning and end of the input string.

# Syntax

String.strip

  • String - An input string.

# Sample usage

Formula Result
"Welcome to the future of automation! ".strip "Welcome to the future of automation!"
" This is an example ".strip "This is an example"

# How it works

This formula removes white spaces from both sides of a string. If the string doesn't have any white spaces on either side, the input string will be returned as is.

SELECTIVELY REMOVE WHITE SPACES

  • To remove only white spaces from one side, use lstrip or rstrip.
  • To remove white spaces from the middle of the string, use gsub.
    "a b c d e".gsub(" " , "") returns "abcde".

# See also

  • lstrip: Removes the white space at the beginning of the input string.
  • rstrip: Removes the white space at the end of the input string.
  • gsub: Replace parts of a text string. Returns a new string with the replaced characters.

# strip_tags

This formula removes HTML tags embedded in a string.

# Syntax

String.strip_tags

  • String - An input string.

# Sample usage

Formula Result
"<p>Jean Marie</p>"..strip_tags "Jean Marie"

# How it works

This formula checks for HTML tags within the input string. It removes any HTML tags found and returns the string.

# See also

  • strip: Removes the white space at the beginning and the end of the input string.

# ljust

Aligns the string to left and pads it with whitespace or the provided character/string until the string is a specified length.

# Syntax

String.ljust(length,character)

  • String - An input string.
  • length - The length of the output string.
  • character - (optional) The character or string used to pad the input string. If unspecified, the default pad character is a blank space.

# Sample usage

Formula Result
"test".ljust(5) "test "
"test".ljust(10, "*") "test******"
"test".ljust(9, "12345") "test12345"

# See also

  • rjust: Aligns the string to right and pads with whitespace or the provided string until string is specified length.

# rjust

Aligns the string to left and pads it with whitespace or a provided character/string until string is a specified length.

# Syntax

String.rjust(length,character)

  • String - An input string.
  • length - The length of the output string.
  • character - (optional) The character or string padding the input string. If unspecified, the default pad character is a blank space.

# Sample usage

Formula Result
"test".rjust(5) " test"
"test".rjust(10, "*") "******test"
"test".rjust(9, "12345") "12345test"

# See also

  • ljust: Aligns the string to left and pads it with whitespace or the provided string until string is a specified length.

# reverse

Inverts a string, reordering the characters in reverse order. Case is preserved.

# Syntax

String.reverse

  • String - An input string.

# Sample usage

Formula Result
"Jean Marie".reverse "eiraM naeJ"
" jean marie ".reverse " eiram naej "

# gsub

Replace parts of a text string. Returns a new string with the replaced characters.

# Syntax

String.gsub(find,replace)

  • String - An input string. You can use a datapill or a static string value.
  • find - The string or regular expression (regex) to look for. Use a /pattern/ syntax for regex.
  • replace - The replacement string. You can define the replacement using a string or hash.

# Sample usage

Formula Result
"I have a blue house and a blue car".gsub("blue", "red") "I have a red house and a red car"
"Jean Marie".gsub("J", "M") "Mean Marie"
"Jean Marie".gsub(/[Jr]/, 'M') "Mean MaMie"
"Jean Marie".downcase.gsub("j", "M") "Mean marie"

# Advanced sample usage

Learn more about advanced usage for the gsub method from the Ruby documentation (opens new window)

Formula Result
"Awesome".gsub(/[Ae]/, 'A'=>'E', 'e'=>'a') "Ewasoma"
"Anna's Cafe".gsub("'", "\\'") "Annas Cafes Cafe"
This replaces the quotation symbol with text after the breakpoint.
"Anna's Cafe".gsub("'", {"'"=>"\\'"}) "Anna\\'s Cafe"
This replace the quotation symbol with a replacement string.

# How it works

This formula is similar to find and replace. It takes two input parameters:

  • First input: The string that you plan to replace. The input is case-sensitive, so make sure to input uppercase or lowercase correctly to find all occurrences that are an exact match.
  • Second input: The new string that replaces all occurrences of the first input.

# See also

  • sub: Replaces the first occurrence of a search term.

# sub

Replaces the first occurrence of the first input value, with the second input value, within the string. This formula is case-sensitive - make sure to type in uppercase or lowercase before comparison if you are concerned about case sensitivity.

# Syntax

String.sub(find,replace)

  • String - An input string. You can use a datapill or a static string value.
  • find - The string or regular expression (regex) to look for. Use a /pattern/ syntax for regex.
  • replace - The replacement string. You can define the replacement using a string or hash.

# Sample usage

Formula Result
"Mean Marie".sub(/M/, "J") "Jean Marie"
"Hello".sub(/[aeiou]/, "*") "H*llo"

# length

Returns the number of characters within an input string, including whitespaces.

# Syntax

String.length

  • String - An input string.

# Sample usage

Formula Result
"Jean Marie".length 10
" jean marie ".length 12

# slice

Returns a partial segment of a string.

# Syntax

String.slice(start,end)

  • String - An input string.
  • start - The index of the string to start returning a partial segment at. Strings are zero-indexed.
  • end - (optional) The number of characters to return. If unspecified, the formula will return only one character.

# Sample usage

Formula Result
"Jean Marie".slice(0,3) "Jea"
"Jean Marie".slice(5) "M"
"Jean Marie".slice(3,3) "n M"
"Jean Marie".slice(-5,5) "Marie"

# How it works

The formula returns a partial segment of a string. It takes in two parameters - the first parameter is the index that decides which part of the string to start returning from. The first letter of a string corresponds to an index of 0. Negative numbers start from the last character, so an index of -1 is the last character in the string. The second parameter decides how many characters to return. If you only pass in the first parameter, one character is returned.

# scan

Scan the string for the regex pattern to retrieve and returns an array.

# Syntax

String.scan(pattern)

  • String - An input string.
  • regex pattern - The regex pattern to search for.

# Sample usage

Formula Result
"Thu, 01/23/2014".scan(/\d+/) ["01","23","2014"]
"Thu, 01/23/2014".scan(/\d+/).join("-") "01-23-2014"

# encode

Returns the string encoded.

# Syntax

String.encode(encoding)

  • String - An input string.
  • encoding - Name of the encoding (for example, Windows-1252). Learn more about ruby encodings here (opens new window).

# Sample usage

Formula Result
"Jean Marie".encode("Windows-1252") "Jean Marie"
"Olé!".encode("UTF-8") "Olé!"
"Olé".encode("ASCII") "Error calculating input: U+00E9 from UTF-8 to US-ASCII"

# transliterate

Replaces non-ASCII characters with an ASCII approximation. If no approximation exists, it uses a replacement character which defaults to '?'.

# Syntax

String.transliterate

  • String - An input string.

# Sample usage

Formula Result
"Chloé".transliterate "Chloe"

# Text case manipulation

This section covers formulas which allow you to change the case of certain parts of a word.

# capitalize

Converts the input string into sentence case, where the first character of the string is capitalized and all other characters are lowercase.

# Syntax

String.capitalize

  • String - An input string.

# Sample usage

Formula Result
"ticket opened. Gold SLA".capitalize "Ticket opened. gold sla"
"jean MARIE".capitalize "Jean marie"

# titleize

Converts the input string into title case, where the first character of each word is capitalized and all other characters are lowercase.

# Syntax

String.titleize

  • String - An input string.

# Sample usage

Formula Result
"ticket opened. Gold SLA".titleize "Ticket Opened. Gold Sla"
"jean MARIE".titleize "Jean Marie"

# upcase

Convert text to uppercase.

# Syntax

String.upcase

  • String - An input string.

# Sample usage

Formula Result
"Automation at its FINEST!".upcase "AUTOMATION AT ITS FINEST!"
"Convert to UPCASE".upcase "CONVERT TO UPCASE"

# How it works

This formula searches for any lowercase character and replace it with the uppercase characters.

USE UPCASE TO IMPROVE STRING SEARCHES

Search formulas like (gsub or sub) use case sensitive characters. Use the upcase formula to ensure that all characters are in the same case before searching.

# See also

# downcase

Convert text to lowercase.

Video tutorial: Downcase formula use case

# Syntax

String.downcase

  • String - An input string.

# Sample usage

Formula Result
"Automation at its FINEST!".downcase "automation at its finest!"
"Convert to DOWNCASE".downcase "convert to downcase"

# How it works

This formula searches for any uppercase character and replace it with the lowercase characters.

USE DOWNCASE TO IMPROVE STRING SEARCHES

Search formulas like (gsub or sub) use case sensitive characters. Use the downcase formula to ensure that all characters are in the same case before searching.

# See also

# quote

Quotes a string, escaping any ' (single quote) characters

# Syntax

String.quote

  • String - An input string.

# Sample usage

Formula Result
"Paula's Baked Goods".quote "Paula's Baked Goods"

# Converting to arrays and back

This section shows how you can manipulate strings into arrays.

# split

This formula divides a string around a specified character and returns an array of strings.

Watch a step-by-step video tutorial instead

# Syntax

String.split(char)

  • String - An input string value. You can use a datapill or a static value.
  • char - (optional) The character to split the text at. This is case sensitive. If no character is defined, then by default, strings are split by white spaces.

# Sample usage

Formula Result
"Ms-Jean-Marie".split("-") ["Ms", "Jean", "Marie"]
"Ms Jean Marie".split ["Ms", "Jean", "Marie"]
"Split string".split() ["Split", "string"]
"Split string".split("t") ["Split", " s", "ring"]
"01/23/2014".split("/") ["01", "23", "2014"]
"01/23/2014".split("/").join("-") "01-23-2014"

# How it works

This formula looks for the specified character in the input string. Every time it is found, the input will be split into a new string.

Split characters

You can use a string of characters together as the split argument (for example, "and").

"You and Me".split("and") returns ["You","Me"].

# See also

  • strip: Removes white space around the input string.
  • slice: Returns a partial segment of a string.
  • match: Checks the input string for a particular pattern.
  • join: Combines list items into a string.

# bytes

Returns an array of bytes for a given string.

# Syntax

String.bytes

  • String - An input string.

# Sample usage

Formula Result
"Hello".bytes ["72", "101", "108", "108", "111"]

# bytesize

Returns the length of a given string in bytes.

# Syntax

Input.bytesize

  • Input - Any input string.

# Sample usage

Formula Result
"Hello".bytesize 5

# byteslice

Returns a substring of specified bytes instead of length. In some cases, non ASCII characters such as Japanese or Chinese may use multiple bytes.

# Syntax

Input.byteslice(0,4)

  • Input - Any input string.

# Sample usage

Formula Result
"hello".byteslice(1) e
"hello".byteslice(-1) o
"hello".byteslice(1,2) el
"abc漢字".byteslice(0,4) abc漢

# Conversion of other data types to strings

# to_s

Converts non-string data types such as numbers or dates to a string (text) datatype.

Video tutorial: to_s formula use case

# Syntax

Input.to_s

  • Input - Any input data. You can use number, array, object, or datetime datatypes.

# Sample usage

Formula Result
-45.67.to_s "-45.67"
"123".to_s "123"
[1, 2, 3].to_s "[1, 2, 3]"
{key: "Workato"}.to_s "{:key=>"Workato"}"
"2020-06-05T17:13:27.000000-07:00".to_s "2020-06-05T17:13:27.000000-07:00"
"2020-06-05T17:13:27.000000-07:00".to_s(:short) "05 Jun 17:13"
"2020-06-05T17:13:27.000000-07:00".to_s(:long) "June 05, 2020 17:13"

# How it works

This formula returns a string representation of the input data.

OUTPUT IS A STRING DATATYPE

A string representation of a list cannot be used in a repeat step.

# See also

  • to_f: Converts data to a float (number) datatype.
  • to_i: Converts data to an integer (whole number) datatype.

# ordinalize

Turns a number into an ordinal string used to denote the position in an ordered sequence, such as 1st, 2nd, 3rd, 4th.

# Syntax

Input.ordinalize

  • Input - Any input number.

# Sample usage

Formula Result
1.ordinalize "1st"
2.ordinalize "2nd"
3.ordinalize "3rd"
1003.ordinalize "1003rd"
-3.ordinalize "-3rd"

# Conversion of strings to other data types

# to_f

Converts data to a float (number) datatype.

# Syntax

Input.to_f

  • Input - Numerical input data. You can use a string datatype or a integer datatype.

# Sample usage

Formula Result
45.to_f 45.0
-45.to_f -45.0
"45.67".to_f 45.67
"Workato".to_f 0

# How it works

This formula checks if the input contains any numbers. If no numbers are found, it returns 0. If the number does not have a decimal point, .0 is added to the number.

# See also

  • to_i: Convert data to an integer (whole number) datatype.

# to_i

Converts data to an integer (whole number) datatype.

# Syntax

Input.to_i

  • Input - Numerical input data. You can use a string datatype or a float datatype.

# Sample usage

Formula Result
45.43.to_i 45
-45.43.to_i -45
"123".to_i 123
"Workato".to_i 0

# How it works

This formula checks if the input contains any numbers. If no numbers are found, it returns 0. If the number has a decimal point, everything after the decimal is omitted.

CHECK FOR INTEGERS

You can use this formula to check if a string contains an integer. If the input does not contain any numbers, the formula returns 0.

# See also

  • to_f: Converts data to a float (number) datatype.

# to_country_alpha2

Convert an alpha-3 country code or country name to an alpha-2 country code (first 2 initials).

# Syntax

Input.to_country_alpha2

  • Input - Any input string.

# Sample usage

Formula Result
"GBR".to_country_alpha2 "GB"
"United Kingdom".to_country_alpha2 "GB"

# to_country_alpha3

Convert alpha-2 country code or country name to an alpha-3 country code (first 3 initials).

# Syntax

Input.to_country_alpha3

  • Input - Any input string.

# Sample usage

Formula Result
"GB".to_country_alpha3 "GBR"
"United Kingdom".to_country_alpha3 "GBR"

# to_country_name

Convert alpha-2, alpha-3 country code, or country name to ISO3166 country name.

# Syntax

Input.to_country_name

  • Input - Any input string.

# Sample usage

Formula Result
"GBR".to_country_name "United Kingdom"
"GB".to_country_name "United Kingdom"

# to_currency

Formats integers or numbers to a currency-style, adding a default currency symbol at the start of the string.

# Syntax

Input.to_currency

  • Input - Any input string.

# Sample usage

Formula Description Result
"345.60".to_currency Adds default currency symbol "$" "$345.60"

# Advanced sample usage

Learn more about advanced use of the to_currency formula. A comma-separated combination of these may be used to achieve the desired currency format. For example:

"12345.678".to_currency(delimiter: ".", format: "%n %u", precision: 2, separator: ",", unit: "€")
Formula Description Result
"345.60".to_currency(unit: "€") Changes the default currency unit "€345.60"
"345.60".to_currency(format: "%n %u") Changes the position of the number relative to the unit (where the number is represented by %n and the currency unit is represented by %u). Accepts 0 or 1 spaces in between. Defaults to "%u%n". "345.60 $"
"-345.60".to_currency(negative_format: "(%u%n)") Specifies the format when the number is negative (where the number is represented by %n and the currency unit is represented by %u). "($345.60)"
"345.678".to_currency Precision defaults to 2 decimal places "$345.68"
"345.678".to_currency(precision: 3) Change the precision by specifying the number of decimal places "$345.678"
"345.678".to_currency(separator: ",") Specify the decimal separator as ".", "," or " ". Defaults to ".". "$345,68"
"12345.678".to_currency(delimiter: ".") Specify the thousands separator as ",", "." or " ". Defaults to ",". "$12.345.68"

# to_currency_code

Convert alpha-2, alpha-3 country code, or country name to ISO4217 currency code

# Syntax

Input.to_currency_code

  • Input - Any input string.

# Sample usage

Formula Result
"GBR".to_currency_code "GBP"
"US".to_currency_code "USD"

# to_currency_name

Convert alpha-3 currency code or alpha-2/3 country code or country name to ISO4217 currency name.

# Syntax

Input.to_currency_name

  • Input - Any input string.

# Sample usage

Formula Result
"GBR".to_currency_code "Pound"
"USD".to_currency_code "Dollars"

# to_currency_symbol

Convert alpha-3 currency code or alpha-2/3 country code or country name to ISO4217 currency symbol.

# Syntax

Input.to_currency_symbol

  • Input - Any input string.

# Sample usage

Formula Result
"GBR".to_currency_symbol "£"
"USD".to_currency_symbol "$"

# to_phone

Converts string or number to a formatted phone number (user-defined).

# Syntax

Input.to_phone

  • Input - Any input string or number.

# Sample usage

Formula Result
"5551234".to_phone 555-1234
1235551234.to_phone 123-555-1234
1235551234.to_phone(area_code: true) (123) 555-1234
1235551234.to_phone(delimiter: " ") 123 555 1234
1235551234.to_phone(area_code: true, extension: 555) (123) 555-1234 x 555
1235551234.to_phone(country_code: 1) +1-123-555-1234
"123a456".to_phone 123a456

# to_state_code

Convert state name to code.

# Syntax

Input.to_state_code

  • Input - Any input string.

# Sample usage

Formula Result
"California".to_state_code CA

# to_state_name

Convert state code to name.

# Syntax

Input.to_state_name

  • Input - Any input string.

# Sample usage

Formula Result
"CA".to_state_name CALIFORNIA
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Last updated: 11/13/2024, 11:56:22 PM

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