refactor: update docs and description

packages/nc-gui/utils/formulaUtils.ts

@@ -461,7 +461,7 @@ const formulas: Record<string, any> = {
       },
     },
     description: 'Returns the first match of a regular expression in a string.',
-    syntax: 'REGEX_MATCH(string, regex)',
+    syntax: 'REGEX_EXTRACT(string, regex)',
     examples: ['REGEX_EXTRACT({title}, "abc.*")'],
   },
   REGEX_REPLACE: {
@@ -601,7 +601,7 @@ const formulas: Record<string, any> = {
         rqd: 0,
       },
     },
-    description: '',
+    description: 'Returns the created time of the current record if it exists',
     syntax: 'CREATED_TIME()',
     examples: ['CREATED_TIME()'],
   },
@@ -611,7 +611,7 @@ const formulas: Record<string, any> = {
         rqd: 0,
       },
     },
-    description: '',
+    description: 'Returns the last modified time of the current record if it exists',
     syntax: ' LAST_MODIFIED_TIME()',
     examples: [' LAST_MODIFIED_TIME()'],
   },

packages/noco-docs/docs/070.fields/040.field-types/060.formula/015.operators.md

@@ -2,7 +2,7 @@
 title: 'Numeric and Logical Operators'
 description: 'This article explains various numeric and logical operators that can be used in formula fields.'
 tags: ['Fields', 'Field types', 'Formula']
-keywords: ['Fields', 'Field types', 'Formula', 'Create formula field', 'Numeric operators', 'Logical operators']
+keywords: ['Fields', 'Field types', 'Formula', 'Create formula field', 'Numeric operators', 'Logical operators', 'String operators']
 ---
 
 
@@ -32,6 +32,12 @@ Example: `({field1} + ({field2} * {field3}) / (3 - {field4} ))`
 | `==`     | `{field1} == {field2}` | Equal to                 |
 | `!=`     | `{field1} != {field2}` | Not equal to             |
 
+### String operators
+
+| Operator | Sample                   | Description              |
+|----------|--------------------------|--------------------------|
+| `&`      | `{field1} & {field2}`  | String concatenation       |
+
 
 ## Related Articles
 - [Numeric Functions](020.numeric-functions.md)

packages/noco-docs/docs/070.fields/040.field-types/060.formula/020.numeric-functions.md

@@ -18,12 +18,20 @@ keywords: ['Fields', 'Field types', 'Formula', 'Create formula field', 'Numeric
 | **FLOOR**   | `FLOOR(value)`             | `FLOOR({field})`                      | Rounded largest integer less than or equal to input parameter                                               |
 | **INT**     | `INT(value)`               | `INT({field})`                        | Integer value of input parameter                                                                            |
 | **LOG**     | `LOG([base], value)`       | `LOG(10, {field})`                    | Logarithm of input parameter to the base (default = e) specified                                            |
-| **MAX**     | `MAX(value1,[value2,...])` | `MAX({field1}, {Field2}, {Field3})` | Maximum value amongst input parameters                                                                      |
+| **MAX**     | `MAX(value1,[value2,...])` | `MAX({field1}, {field2}, {field3})` | Maximum value amongst input parameters                                                                      |
-| **MIN**     | `MIN(value1,[value2,...])` | `MIN({Field1}, {Field2}, {Field3})` | Minimum value amongst input parameters                                                                      |
+| **MIN**     | `MIN(value1,[value2,...])` | `MIN({field1}, {field2}, {field3})` | Minimum value amongst input parameters                                                                      |
-| **MOD**     | `MOD(value1, value2)`      | `MOD({Field}, 2)`                     | Remainder after integer division of input parameters                                                        |
+| **MOD**     | `MOD(value1, value2)`      | `MOD({field}, 2)`                     | Remainder after integer division of input parameters                                                        |
-| **POWER**   | `POWER(base, exponent)`    | `POWER({Field}, 3)`                   | `base` to the `exponent` power, as in `base ^ exponent`                                                     |
+| **POWER**   | `POWER(base, exponent)`    | `POWER({field}, 3)`                   | `base` to the `exponent` power, as in `base ^ exponent`                                                     |
-| **ROUND**   | `ROUND(value, precision)`  | `ROUND({Field}, 3)`                   | Round input `value` to decimal place specified by `precision` (Nearest integer if `precision` not provided) |
+| **ROUND**   | `ROUND(value, precision)`  | `ROUND({field}, 3)`                   | Round input `value` to decimal place specified by `precision` (Nearest integer if `precision` not provided) |
-| **SQRT**    | `SQRT(value)`              | `SQRT({Field})`                       | Square root of the input parameter                                                                          |
+| **SQRT**    | `SQRT(value)`              | `SQRT({field})`                       | Square root of the input parameter                                                                          |
+| **COUNT**   | `COUNT(value1,[value2,...])`| `COUNT({field1},{field2},{field3})`  | Count the number of arguments that are numbers                                                              |
+| **COUNTA**  | `COUNTA(value1,[value2,...])`| `COUNTA({field1},{field2},{field3})`| Counts the number of non-empty arguments                                                                    |
+| **COUNTALL** | `COUNTALL(value1,[value2,...])`|`COUNTALL({field1},{field2},{field3})`| Counts the number of arguments                                                                          |
+| **EVEN**    | `EVEN(value)`              | `EVEN({field})`                       | Returns the nearest even integer that is greater than or equal to the specified value                       |
+| **ODD**     | `ODD(value)`               | `ODD({field})`                        | Returns the nearest odd integer that is greater than or equal to the specified value                        |
+| **VALUE**   | `VALUE(value)`             | `VALUE({field})`                      | Extract the numeric value from a string, if `%` or `-` is present, it will handle it accordingly and return the numeric value|
+| **ROUNDDOWN** | `ROUNDDOWN(value, [precision])` | `ROUNDDOWN({field}, 2)`        | Round down the value after the decimal point to the number of decimal places given by "precision"(default is 0) |
+| **ROUNDUP** | `ROUNDUP(value, [precision])` | `ROUNDUP({field}, 2)`              | Round up the value after the decimal point to the number of decimal places given by "precision"(default is 0) |
 
 
 ## Related Articles

packages/noco-docs/docs/070.fields/040.field-types/060.formula/030.string-functions.md

@@ -23,6 +23,10 @@ keywords: ['Fields', 'Field types', 'Formula', 'Create formula field', 'String f
 | **TRIM**    | `TRIM(str)`                      | `TRIM({field})`                    | Remove trailing and leading whitespaces from input parameter              |
 | **UPPER**   | `UPPER(str)`                     | `UPPER({field})`                   | Upper case converted string of input parameter                            |
 | **URL**     | `URL(str)`                       | `URL({field})`                     | Convert to a hyperlink if it is a valid URL                               |
+| **REGEX_MATCH** | `REGEX_MATCH(str, pattern)`  | `REGEX_MATCH({field}, 'a.*')`      | Returns 1 if the input text matches a regular expression or 0 if it does not |
+| **REGEX_EXTRACT** | `REGEX_EXTRACT(str, pattern)`  | `REGEX_MATCH({field}, 'a.*')`  | Returns the first match of a regular expression in a string |
+| **REGEX_REPLACE** | `REGEX_REPLACE(str, pattern, replacer)`  | `REGEX_MATCH({field}, 'a.*', '---')` | Replaces all matches of a regular expression in a string with a replacement string |
+
 
 
 ## Related Articles