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| All have a start and end and use curly brackets. Some take additional parameters separated by colons. : |
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| They are also processed in this order of sequence as listed here:\\ |
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| Function syntax consists of a start and end tag, the function name to be enclosed in curly brackets. Take at least one parameter as "argument". Some take additional parameters separated by colon characters. Generic syntax: |
| {{{ |
| {functionname_start:optionalargument1:optionalargument2}argument{functionname_end} |
| }}} |
| The arguments can be text or numeric literals or server variables. Special case of optional arguments, when these contain the colon (:) character itself, that needs to be manually encoded as ~..~. |
| The functions are processed by the replacement engine in this very order of sequence as listed here.\\ |
| ---- |
| !General purpose |
| \\ |
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| VRL encodes the inner data....@ becomes {at}, % becomes {percent} etc. |
| {{{ |
| vrlencode_start |
| }}} |
| VRL decodes the inner data. {at} becomes @ etc |
| {{{ |
| vrldecode_start |
| }}} |
| At line 83 changed one line |
| Parsing a date to a millisecond value. Example: {parse_start:MMddyy HH~..~mm~..~ss}042578 22:43:12{parse_end} Note how the sideways colon is used to represent the colon since colon is our separator character. ~..~~ means: in functions where that scenario occurs. For strict parsing use character '=' at the beginning of the date format like {parse_start:=MM/dd/yyyy}. It will parse only valid dates and fails for example for 13/02/2022 (Month maximum number is 12). |
| Parsing a date to a millisecond value. Example: {parse_start:MMddyy HH~..~mm~..~ss}042578 22:43:12{parse_end} Note how the sideways colon is used to represent the colon since colon is our separator character. ~..~~ means: in functions where that scenario occurs. For strict parsing use character '__=__' at the beginning of the date format like {parse_start:__=__MM/dd/yyyy}. It will parse only valid dates and fails for example for __13__/02/2022 (Month maximum number is __12__). |
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| Do very basic math operations on text formatted math. Example: {math_start:l}5+5{math_end} would result in 10. The l is for LONG. f is for FLOAT. i is for INTEGER, which is the default. So {math_start:f}5+5{math_end} would result in 10.0 |
| Do very basic math operations on text formatted math. Example: {math_start:l}5+5{math_end} would result in 10. The l is for LONG. f is for FLOAT. i is for INTEGER. d is for big numbers (double of the integer) which is the default. So {math_start:f}5+5{math_end} would result in 10.0 |
| At line 121 changed one line |
| !Save, Load, and Add to named list items in a job flow. (UserVariable task only) (CrushFTP 10.3.0_43+ supports this)\\ |
| ---- |
| \\ |
| !Special functions that only work in the UserVariable task\\ |
| __Save, Load, and Add to named list items in a job flow. (UserVariable task only) (CrushFTP 10.3.0_43+ supports this)__\\ |
| At line 150 added 25 lines |
| \\ |
| ---- |
| __Parse in a JSON object, explode to a list of key name - key value pairs__ |
| {{{ |
| json_parse_start |
| }}} |
| Use it like {json_parse_start}{myJson}{json_parse_end} with it's argument a variable referencing a JSON object. Can dereference a particular key value with the key name enclosed in curly brackets ( like {mykey1} ). It doesn't work with nested JSON structures.\\ |
| \\ |
| __Parse in an XML file, explode to a list of key name - key value pairs__\\ |
| \\ |
| __!!!Restriction:__ Only works for XML attributes: __type="properties"__ or __type="vector"__.\\ |
| \\ |
| {{{ |
| {xml_parse_start}{file_contents}{xml_parse_end} |
| }}}\\ |
| \\ |
| You can also convert the input XML into a parsable format:\\ |
| {{{ |
| {xml_parse_start}{replace_start:<mytag:<mytag type="properties"}{file_contents}{replace_end}{xml_parse_end} |
| }}}\\ |
| {{{ |
| {xml_parse_start}{replace_start:<mytag:<mytag type="vector"}{file_contents}{replace_end}{xml_parse_end} |
| }}} |
| \\ |
|
