String Functions

  • fn.is_string : Return true or false if the parameter is a string or not.

  • fn.index : Return the i’th item of an iterable, such as a list or string.

    Example

    Output

    		 
    {{ fn.index 'foo bar baz',5 }}

    'b'

  • fn.mask : Return a mask of (length + modifier) instances of char.

    Example

    Output

    		 
    {{ fn.mask X,2,3 }}

    XXXXXX

  • fn.length : Return the length of a string.

    Example

    Output

    		 
    {{ fn.length This is a valid string }}

    22

  • fn.split : Split a string by delimiter, returning a list.

    Example

    Output

    		 
    {# fn.split foo:bar:baz,: #}

    ['foo', 'bar', 'baz']

  • fn.join : Join a string by delimiter. If no delimiter is provided, the list is returned as a single string.

    Example

    Output

    		 
    {{ fn.join 1234,: }}

{{ fn.join 1234 }}

    1:2:3:4

1234

  • fn.title : Return a string in title case.

    Example

    Output

    		 
    {{ fn.title 'foo bar baz' }}

    'Foo Bar Baz'

  • fn.upper : Return an uppercase version of the input string.

    Example

    Output

    		 
    {{ fn.upper somevalue }}

    SOMEVALUE

  • fn.lower : Return a lower case version of the input string.

    Example

    Output

    		 
    {{ fn.lower SOMEVALUE }}

    somevalue

  • fn.contains : Return true or false if string is contained in another.

    Example

    Output

    		 
    {{ fn.contains needle,haystack }}

{{ fn.contains hay,haystack }}

(( fn.contains Kit,1234 Kit Creek == True ))

    false

true

true

  • fn.sub_string : Return the substring of a string from a start to an end position.

    Example

    Output

    		 
    {{ fn.sub_string haystack,0,2 }}

{{ fn.sub_string haystack,7,7 }}

    hay

k

  • fn.containsIgnoreCase : Return true or false if string is contained in upper- or lower case.

    Example

    Output

    		 
    {{ fn.containsIgnoreCase aaa,bbbaAaccc }}

    true

    Example

    Output

    Input

    {"input": {"UserName": "[email protected]"}}

    Function call

    ((fn.containsIgnoreCase Host,input.UserName == True))
<{{input.UserName}}><>

    [email protected]

  • fn.containsStartsWith : Return true or false if source string is the start of target string.

    Example

    Output

    		 
    {{ fn.containsStartsWith aaa,aaaffccffdd }}

    true

  • fn.containsStartOf : Return true or false if start of source string is target string.

    Example

    Output

    		 
    {{ fn.containsStartOf ffnnccgg,ffnn }}

    true

  • fn.regex_match : Return true or false if the regular expression matches the start of target string.

    Example

    Output

    		 
    {{ fn.regex_match a,ab }}

    true

    {{ fn.regex_match a$,ab }}

    false

    {{ fn.regex_match \d+,abc555 }}

    false

    {{ fn.regex_match \d+,555abc }}

    true

  • fn.isexactly : Return true or false if source string is exactly the same as target string.

    Example

    Output

    		 
    {{ fn.isexactly source1,source1 }}

    true

  • fn.replace : Replace target substring for source substring in source string.

    Example

    Output

    Note: no spaces between commas.

    {{ fn.replace dddddAAAc,AAA,FFF }}

    dddddFFFc

  • fn.validate_name : Return true or false if the string as well as its stripped content (default white space removed) exists, i.e. is then more than 0 characters.

    Example

    Output

    		 
    {{ fn.validate_name }}

{{ fn.validate_name a }}

    false

true

  • fn.fix_non_ascii : Given a string containing non-ASCII characters, this function applies 3 steps of processing and returns a string with all non-ASCII characters mapped to ASCII characters.

    The first step can be controlled by the optional “from” and “to” characters parameter pair that return a string with “from” characters replaced with “to” characters. This allows for control over the replacement.

    The 3 steps are carried out in the following sequence:

    1. Map characters in the given string by using the corresponding characters in the “<from>,<to>” string parameter pair.

      • If the parameters are not added, this step is skipped.

      • If it is required to have control over the mapping of non “accented” characters (see step 2), then this default mapping can be done by providing the “<from>,<to>” string parameter pair.

    2. Map all “accented” (accent, circumflex, diaeresis, etc.) non-ASCII characters to ASCII characters.

    3. Map all remaining non-ASCII characters with the underscore character: _.

    For example:

    • string = Ŧest Nón Asciï

    • <from>,<to> = ï,G

    • result = _est Non AsciG

    step 1: from = ï is replaced with to = G.

    step 2: accented ó is replaced with o

    step 3: Ŧ is a remaining non-ASCII character and replaced with _.

    In the above example, the Ŧ is not an “accented” character and was therefore not mapped in step 2. If the preference is not to have the Ŧ character mapped to the underscore character, then this character could be included in the “<from>,<to>” string parameter pair.

    Example

    Output

    		 
    {{ fn.fix_non_ascii 'Têst Nón Asciïæ mapping',sæ,Ga }}

{{ fn.fix_non_ascii 'Ŧest Nón Asciï' }}

    'TeGt Non AGciia mapping'

'_est Non Ascii'

  • fn.fix_username : Given a string of characters, return the string with a replacement character: - for any character not in the following range: a-zA-Z0-9._-.

    A Unified CM Remote Destination name is an example where such a string is required.

    Example

    Output

    		 
    {{ fn.fix_username O'Reilly }}

    O-Reilly

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Numeric Functions

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List Functions