#include ; to declare the Constants of StringRegExp #include ; UDF needed for _ArrayDisplay and _ArrayConcatenate Local $sRegex = "(?JD)[abc]" Local $sString = "ab123cd" Local $aArray = StringRegExp($sString, $sRegex, $STR_REGEXPARRAYGLOBALFULLMATCH) Local $aFullArray[0] For $i = 0 To UBound($aArray) -1 _ArrayConcatenate($aFullArray, $aArray[$i]) Next $aArray = $aFullArray ; Present the entire match result _ArrayDisplay($aArray, "Result")

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Using this to count words in a text document that will contain languages other than English.

IPv4 matching pattern. Excludes values over 255 or numbers with zero-prefix (e.g. 08)

Matches on any number from 1–50. Helpful for ProPay

Matches on any number from 51-100. Helpful for ProPay

Match on any value of any length. Helpful for ProPay

Semantic versioning examples

Compliant with RFC 5322

Pattern to match all the possible variables in a SPARQL query. It was built on a negation class of the following characters: white spaces, newlines, punctuation (except for ?), closing parenthesis and double quotes.

For example, Brown v. Board of Education United States v. Microsoft Corp. Smith vs. Jones 3M Co. v. Johnson & Johnson People v. O.J. Simpson

please "\\"say 1234" thank you please "\\"say 1234" thank you

Expresion regular para generar identificadores

Only one special character ("-") is allowed when entering a word

"^([\w_]+)(?:\{(*)\})?\s+([\d\\.e+-]+)(?:\s+(\d+))?$"gm

Пример: "йцу йцу " - рабочий Пример: "йцу йцу " - не рабочий

Пример: "+79069999999 " - рабочий Пример: "+79069999999 " - не рабочий

There are 4 capture groups: 1: domain name 2: TTL (how long until the record expires) 3: TYPE (the type of DNS record) 4: CONTENT (the content of the DNS record. This depends on the type) Make sure every line ends with a \n, otherwise the regex will not find the last entry! This regex should be capable of reading every type of DNS record, including NSEC3- and RRSIG-type records.

Convetional commits regex