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@ -49,57 +49,52 @@ Ekspresi reguler di atas dapat menerima rangakaian kata `jo-hn_doe`,`jo-hn-doe`
## Daftar Isi : ## Daftar Isi :
- [Pencocokan Dasar](#1-basic-matchers) - [Pencocokan Dasar](#1-basic-matchers)
- [Meta Characters](#2-meta-characters) - [Karakter Meta](#2-meta-characters)
- [The Full Stop](#21-the-full-stops) - [Titik](#21-the-full-stops)
- [Character Sets](#22-character-sets) - [Set Karakter](#22-character-sets)
- [Negated Character Sets](#221-negated-character-sets) - [Set Karakter yang dinegasikan](#221-negated-character-sets)
- [Repetitions](#23-repetitions) - [Perulangan](#23-repetitions)
- [The Star](#231-the-star) - [Tanda Bintang](#231-the-star)
- [The Plus](#232-the-plus) - [Tanda Tambah](#232-the-plus)
- [The Question Mark](#233-the-question-mark) - [Tanda Tanya](#233-the-question-mark)
- [Braces](#24-braces) - [Tanda Kurung](#24-braces)
- [Capturing Groups](#25-capturing-groups) - [Kelompok Penangkapan](#25-capturing-groups)
- [Non-Capturing Groups](#251-non-capturing-groups) - [Kelompok non-Penangkapan](#251-non-capturing-groups)
- [Alternation](#26-alternation) - [Alternasi](#26-alternation)
- [Escaping Special Characters](#27-escaping-special-characters) - [Meloloskan Karakter khusus](#27-escaping-special-characters)
- [Anchors](#28-anchors) - [Penanda Posisi](#28-anchors)
- [The Caret](#281-the-caret) - [Tanda Karat (Caret)](#281-the-caret)
- [The Dollar Sign](#282-the-dollar-sign) - [Tanda Dolar](#282-the-dollar-sign)
- [Shorthand Character Sets](#3-shorthand-character-sets) - [Set Karakter Singkatan](#3-shorthand-character-sets)
- [Lookarounds](#4-lookarounds) - [Lookarounds](#4-lookarounds)
- [Positive Lookahead](#41-positive-lookahead) - [Positif Lookahead](#41-positive-lookahead)
- [Negative Lookahead](#42-negative-lookahead) - [Negatif Lookahead](#42-negative-lookahead)
- [Positive Lookbehind](#43-positive-lookbehind) - [Positif Lookbehind](#43-positive-lookbehind)
- [Negative Lookbehind](#44-negative-lookbehind) - [Negatif Lookbehind](#44-negative-lookbehind)
- [Flags](#5-flags) - [Flags](#5-flags)
- [Case Insensitive](#51-case-insensitive) - [Sensitivitas Huruf (besar/kecil)](#51-case-insensitive)
- [Global Search](#52-global-search) - [Pencarian Global](#52-global-search)
- [Multiline](#53-multiline) - [Baris Berganda](#53-multiline)
- [Greedy vs Lazy Matching](#6-greedy-vs-lazy-matching) - [Pencocokan Serakah vs Malas](#6-greedy-vs-lazy-matching)
## 1. Basic Matchers ## 1. Pencocokan Dasar
A regular expression is just a pattern of characters that we use to perform a
search in a text. For example, the regular expression `the` means: the letter
`t`, followed by the letter `h`, followed by the letter `e`.
Sebuah ekspresi reguler hanyalah pola karakter yang kita gunakan untuk melakukan pencarian dalam teks. Sebagai contoh, ekspresi reguler `the` berarti: huruf `t`, diikuti oleh huruf `h`, diikuti oleh huruf `e`.
<pre> <pre>
"the" => The fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat. "the" => The fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/dmRygT/1) [Uji Ekspresi Reguler](https://regex101.com/r/dmRygT/1)
The regular expression `123` matches the string `123`. The regular expression is Ekspresi reguler `123` akan cocok dengan string `123`. Ekspresi reguler dicocokkan dengan string masukan dengan cara membandingkan setiap karakter dalam ekspresi reguler dengan setiap karakter dalam string masukan, satu per satu. Biasanya, ekspresi reguler bersifat case-sensitive (peka terhadap huruf besar/kecil), sehingga ekspresi reguler `The` tidak akan cocok dengan string `the`.
matched against an input string by comparing each character in the regular
expression to each character in the input string, one after another. Regular Ini berarti huruf besar dan huruf kecil dianggap berbeda dalam pencocokan pola menggunakan ekspresi reguler, kecuali jika diatur untuk mengabaikan perbedaan tersebut.
expressions are normally case-sensitive so the regular expression `The` would
not match the string `the`.
<pre> <pre>
"The" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat. "The" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/1paXsy/1) [Uji Ekspresi Reguler](https://regex101.com/r/1paXsy/1)
## 2. Meta Characters ## 2. Meta Characters
@ -134,7 +129,7 @@ letter `a`, followed by the letter `r`.
".ar" => The <a href="#learn-regex"><strong>car</strong></a> <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age. ".ar" => The <a href="#learn-regex"><strong>car</strong></a> <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/xc9GkU/1) [Uji Ekspresi Reguler](https://regex101.com/r/xc9GkU/1)
## 2.2 Character Sets ## 2.2 Character Sets
@ -148,7 +143,7 @@ doesn't matter. For example, the regular expression `[Tt]he` means: an uppercase
"[Tt]he" => <a href="#learn-regex"><strong>The</strong></a> car parked in <a href="#learn-regex"><strong>the</strong></a> garage. "[Tt]he" => <a href="#learn-regex"><strong>The</strong></a> car parked in <a href="#learn-regex"><strong>the</strong></a> garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/2ITLQ4/1) [Uji Ekspresi Reguler](https://regex101.com/r/2ITLQ4/1)
A period inside a character set, however, means a literal period. The regular A period inside a character set, however, means a literal period. The regular
expression `ar[.]` means: a lowercase character `a`, followed by the letter `r`, expression `ar[.]` means: a lowercase character `a`, followed by the letter `r`,
@ -158,7 +153,7 @@ followed by a period `.` character.
"ar[.]" => A garage is a good place to park a c<a href="#learn-regex"><strong>ar.</strong></a> "ar[.]" => A garage is a good place to park a c<a href="#learn-regex"><strong>ar.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/wL3xtE/1) [Uji Ekspresi Reguler](https://regex101.com/r/wL3xtE/1)
### 2.2.1 Negated Character Sets ### 2.2.1 Negated Character Sets
@ -171,7 +166,7 @@ followed by the character `a`, followed by the letter `r`.
"[^c]ar" => The car <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age. "[^c]ar" => The car <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/nNNlq3/1) [Uji Ekspresi Reguler](https://regex101.com/r/nNNlq3/1)
## 2.3 Repetitions ## 2.3 Repetitions
@ -191,7 +186,7 @@ the repetitions of the whole character set. For example, the regular expression
"[a-z]*" => T<a href="#learn-regex"><strong>he</strong></a> <a href="#learn-regex"><strong>car</strong></a> <a href="#learn-regex"><strong>parked</strong></a> <a href="#learn-regex"><strong>in</strong></a> <a href="#learn-regex"><strong>the</strong></a> <a href="#learn-regex"><strong>garage</strong></a> #21. "[a-z]*" => T<a href="#learn-regex"><strong>he</strong></a> <a href="#learn-regex"><strong>car</strong></a> <a href="#learn-regex"><strong>parked</strong></a> <a href="#learn-regex"><strong>in</strong></a> <a href="#learn-regex"><strong>the</strong></a> <a href="#learn-regex"><strong>garage</strong></a> #21.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/7m8me5/1) [Uji Ekspresi Reguler](https://regex101.com/r/7m8me5/1)
The `*` symbol can be used with the meta character `.` to match any string of The `*` symbol can be used with the meta character `.` to match any string of
characters `.*`. The `*` symbol can be used with the whitespace character `\s` characters `.*`. The `*` symbol can be used with the whitespace character `\s`
@ -204,7 +199,7 @@ followed by zero or more spaces.
"\s*cat\s*" => The fat<a href="#learn-regex"><strong> cat </strong></a>sat on the con<a href="#learn-regex"><strong>cat</strong></a>enation. "\s*cat\s*" => The fat<a href="#learn-regex"><strong> cat </strong></a>sat on the con<a href="#learn-regex"><strong>cat</strong></a>enation.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/gGrwuz/1) [Uji Ekspresi Reguler](https://regex101.com/r/gGrwuz/1)
### 2.3.2 The Plus ### 2.3.2 The Plus
@ -217,7 +212,7 @@ clarified that`t` is the last `t` in the sentence.
"c.+t" => The fat <a href="#learn-regex"><strong>cat sat on the mat</strong></a>. "c.+t" => The fat <a href="#learn-regex"><strong>cat sat on the mat</strong></a>.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/Dzf9Aa/1) [Uji Ekspresi Reguler](https://regex101.com/r/Dzf9Aa/1)
### 2.3.3 The Question Mark ### 2.3.3 The Question Mark
@ -230,13 +225,13 @@ For example, the regular expression `[T]?he` means: Optional uppercase
"[T]he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in the garage. "[T]he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in the garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/cIg9zm/1) [Uji Ekspresi Reguler](https://regex101.com/r/cIg9zm/1)
<pre> <pre>
"[T]?he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in t<a href="#learn-regex"><strong>he</strong></a> garage. "[T]?he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in t<a href="#learn-regex"><strong>he</strong></a> garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/kPpO2x/1) [Uji Ekspresi Reguler](https://regex101.com/r/kPpO2x/1)
## 2.4 Braces ## 2.4 Braces
@ -249,7 +244,7 @@ repeated. For example, the regular expression `[0-9]{2,3}` means: Match at least
"[0-9]{2,3}" => The number was 9.<a href="#learn-regex"><strong>999</strong></a>7 but we rounded it off to <a href="#learn-regex"><strong>10</strong></a>.0. "[0-9]{2,3}" => The number was 9.<a href="#learn-regex"><strong>999</strong></a>7 but we rounded it off to <a href="#learn-regex"><strong>10</strong></a>.0.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/juM86s/1) [Uji Ekspresi Reguler](https://regex101.com/r/juM86s/1)
We can leave out the second number. For example, the regular expression We can leave out the second number. For example, the regular expression
`[0-9]{2,}` means: Match 2 or more digits. If we also remove the comma, the `[0-9]{2,}` means: Match 2 or more digits. If we also remove the comma, the
@ -259,13 +254,13 @@ regular expression `[0-9]{3}` means: Match exactly 3 digits.
"[0-9]{2,}" => The number was 9.<a href="#learn-regex"><strong>9997</strong></a> but we rounded it off to <a href="#learn-regex"><strong>10</strong></a>.0. "[0-9]{2,}" => The number was 9.<a href="#learn-regex"><strong>9997</strong></a> but we rounded it off to <a href="#learn-regex"><strong>10</strong></a>.0.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/Gdy4w5/1) [Uji Ekspresi Reguler](https://regex101.com/r/Gdy4w5/1)
<pre> <pre>
"[0-9]{3}" => The number was 9.<a href="#learn-regex"><strong>999</strong></a>7 but we rounded it off to 10.0. "[0-9]{3}" => The number was 9.<a href="#learn-regex"><strong>999</strong></a>7 but we rounded it off to 10.0.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/Sivu30/1) [Uji Ekspresi Reguler](https://regex101.com/r/Sivu30/1)
## 2.5 Capturing Groups ## 2.5 Capturing Groups
@ -282,7 +277,7 @@ For example, the regular expression `(c|g|p)ar` means: a lowercase `c`,
"(c|g|p)ar" => The <a href="#learn-regex"><strong>car</strong></a> is <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age. "(c|g|p)ar" => The <a href="#learn-regex"><strong>car</strong></a> is <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/tUxrBG/1) [Uji Ekspresi Reguler](https://regex101.com/r/tUxrBG/1)
Note that capturing groups do not only match, but also capture, the characters for use in Note that capturing groups do not only match, but also capture, the characters for use in
the parent language. The parent language could be Python or JavaScript or virtually any the parent language. The parent language could be Python or JavaScript or virtually any
@ -299,7 +294,7 @@ within parentheses `(...)`. For example, the regular expression `(?:c|g|p)ar` is
"(?:c|g|p)ar" => The <a href="#learn-regex"><strong>car</strong></a> is <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age. "(?:c|g|p)ar" => The <a href="#learn-regex"><strong>car</strong></a> is <a href="#learn-regex"><strong>par</strong></a>ked in the <a href="#learn-regex"><strong>gar</strong></a>age.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/Rm7Me8/1) [Uji Ekspresi Reguler](https://regex101.com/r/Rm7Me8/1)
Non-capturing groups can come in handy when used in find-and-replace functionality or Non-capturing groups can come in handy when used in find-and-replace functionality or
when mixed with capturing groups to keep the overview when producing any other kind of output. when mixed with capturing groups to keep the overview when producing any other kind of output.
@ -322,7 +317,7 @@ in parentheses can be met and it will match.
"(T|t)he|car" => <a href="#learn-regex"><strong>The</strong></a> <a href="#learn-regex"><strong>car</strong></a> is parked in <a href="#learn-regex"><strong>the</strong></a> garage. "(T|t)he|car" => <a href="#learn-regex"><strong>The</strong></a> <a href="#learn-regex"><strong>car</strong></a> is parked in <a href="#learn-regex"><strong>the</strong></a> garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/fBXyX0/1) [Uji Ekspresi Reguler](https://regex101.com/r/fBXyX0/1)
## 2.7 Escaping Special Characters ## 2.7 Escaping Special Characters
@ -339,7 +334,7 @@ character.
"(f|c|m)at\.?" => The <a href="#learn-regex"><strong>fat</strong></a> <a href="#learn-regex"><strong>cat</strong></a> sat on the <a href="#learn-regex"><strong>mat.</strong></a> "(f|c|m)at\.?" => The <a href="#learn-regex"><strong>fat</strong></a> <a href="#learn-regex"><strong>cat</strong></a> sat on the <a href="#learn-regex"><strong>mat.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/DOc5Nu/1) [Uji Ekspresi Reguler](https://regex101.com/r/DOc5Nu/1)
## 2.8 Anchors ## 2.8 Anchors
@ -364,13 +359,13 @@ lowercase `h`, followed by a lowercase `e`.
"(T|t)he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in <a href="#learn-regex"><strong>the</strong></a> garage. "(T|t)he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in <a href="#learn-regex"><strong>the</strong></a> garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/5ljjgB/1) [Uji Ekspresi Reguler](https://regex101.com/r/5ljjgB/1)
<pre> <pre>
"^(T|t)he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in the garage. "^(T|t)he" => <a href="#learn-regex"><strong>The</strong></a> car is parked in the garage.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/jXrKne/1) [Uji Ekspresi Reguler](https://regex101.com/r/jXrKne/1)
### 2.8.2 The Dollar Sign ### 2.8.2 The Dollar Sign
@ -383,13 +378,13 @@ character and the matcher must be at the end of the string.
"(at\.)" => The fat c<a href="#learn-regex"><strong>at.</strong></a> s<a href="#learn-regex"><strong>at.</strong></a> on the m<a href="#learn-regex"><strong>at.</strong></a> "(at\.)" => The fat c<a href="#learn-regex"><strong>at.</strong></a> s<a href="#learn-regex"><strong>at.</strong></a> on the m<a href="#learn-regex"><strong>at.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/y4Au4D/1) [Uji Ekspresi Reguler](https://regex101.com/r/y4Au4D/1)
<pre> <pre>
"(at\.)$" => The fat cat. sat. on the m<a href="#learn-regex"><strong>at.</strong></a> "(at\.)$" => The fat cat. sat. on the m<a href="#learn-regex"><strong>at.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/t0AkOd/1) [Uji Ekspresi Reguler](https://regex101.com/r/t0AkOd/1)
## 3. Shorthand Character Sets ## 3. Shorthand Character Sets
@ -442,7 +437,7 @@ or `the` only if it's followed by the word `fat`.
"(T|t)he(?=\sfat)" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat. "(T|t)he(?=\sfat)" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/IDDARt/1) [Uji Ekspresi Reguler](https://regex101.com/r/IDDARt/1)
### 4.2 Negative Lookahead ### 4.2 Negative Lookahead
@ -457,7 +452,7 @@ from the input string that are not followed by a space character and the word `f
"(T|t)he(?!\sfat)" => The fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat. "(T|t)he(?!\sfat)" => The fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/V32Npg/1) [Uji Ekspresi Reguler](https://regex101.com/r/V32Npg/1)
### 4.3 Positive Lookbehind ### 4.3 Positive Lookbehind
@ -470,7 +465,7 @@ from the input string that come after the word `The` or `the`.
"(?<=(T|t)he\s)(fat|mat)" => The <a href="#learn-regex"><strong>fat</strong></a> cat sat on the <a href="#learn-regex"><strong>mat</strong></a>. "(?<=(T|t)he\s)(fat|mat)" => The <a href="#learn-regex"><strong>fat</strong></a> cat sat on the <a href="#learn-regex"><strong>mat</strong></a>.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/avH165/1) [Uji Ekspresi Reguler](https://regex101.com/r/avH165/1)
### 4.4 Negative Lookbehind ### 4.4 Negative Lookbehind
@ -483,7 +478,7 @@ string that are not after the word `The` or `the`.
"(?&lt;!(T|t)he\s)(cat)" => The cat sat on <a href="#learn-regex"><strong>cat</strong></a>. "(?&lt;!(T|t)he\s)(cat)" => The cat sat on <a href="#learn-regex"><strong>cat</strong></a>.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/8Efx5G/1) [Uji Ekspresi Reguler](https://regex101.com/r/8Efx5G/1)
## 5. Flags ## 5. Flags
@ -510,13 +505,13 @@ whole input string.
"The" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat. "The" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on the mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/dpQyf9/1) [Uji Ekspresi Reguler](https://regex101.com/r/dpQyf9/1)
<pre> <pre>
"/The/gi" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat. "/The/gi" => <a href="#learn-regex"><strong>The</strong></a> fat cat sat on <a href="#learn-regex"><strong>the</strong></a> mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/ahfiuh/1) [Uji Ekspresi Reguler](https://regex101.com/r/ahfiuh/1)
### 5.2 Global Search ### 5.2 Global Search
@ -530,13 +525,13 @@ the regular expression, it will now find all matches in the input string, not ju
"/.(at)/" => The <a href="#learn-regex"><strong>fat</strong></a> cat sat on the mat. "/.(at)/" => The <a href="#learn-regex"><strong>fat</strong></a> cat sat on the mat.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/jnk6gM/1) [Uji Ekspresi Reguler](https://regex101.com/r/jnk6gM/1)
<pre> <pre>
"/.(at)/g" => The <a href="#learn-regex"><strong>fat</strong></a> <a href="#learn-regex"><strong>cat</strong></a> <a href="#learn-regex"><strong>sat</strong></a> on the <a href="#learn-regex"><strong>mat</strong></a>. "/.(at)/g" => The <a href="#learn-regex"><strong>fat</strong></a> <a href="#learn-regex"><strong>cat</strong></a> <a href="#learn-regex"><strong>sat</strong></a> on the <a href="#learn-regex"><strong>mat</strong></a>.
</pre> </pre>
[Test the regular expression](https://regex101.com/r/dO1nef/1) [Uji Ekspresi Reguler](https://regex101.com/r/dO1nef/1)
### 5.3 Multiline ### 5.3 Multiline
@ -554,7 +549,7 @@ at the end of each line in a string.
on the <a href="#learn-regex"><strong>mat.</strong></a> on the <a href="#learn-regex"><strong>mat.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/hoGMkP/1) [Uji Ekspresi Reguler](https://regex101.com/r/hoGMkP/1)
<pre> <pre>
"/.at(.)?$/gm" => The <a href="#learn-regex"><strong>fat</strong></a> "/.at(.)?$/gm" => The <a href="#learn-regex"><strong>fat</strong></a>
@ -562,7 +557,7 @@ at the end of each line in a string.
on the <a href="#learn-regex"><strong>mat.</strong></a> on the <a href="#learn-regex"><strong>mat.</strong></a>
</pre> </pre>
[Test the regular expression](https://regex101.com/r/E88WE2/1) [Uji Ekspresi Reguler](https://regex101.com/r/E88WE2/1)
## 6. Greedy vs Lazy Matching ## 6. Greedy vs Lazy Matching
By default, a regex will perform a greedy match, which means the match will be as long as By default, a regex will perform a greedy match, which means the match will be as long as
@ -572,13 +567,13 @@ possible. We can use `?` to match in a lazy way, which means the match should be
"/(.*at)/" => <a href="#learn-regex"><strong>The fat cat sat on the mat</strong></a>. </pre> "/(.*at)/" => <a href="#learn-regex"><strong>The fat cat sat on the mat</strong></a>. </pre>
[Test the regular expression](https://regex101.com/r/AyAdgJ/1) [Uji Ekspresi Reguler](https://regex101.com/r/AyAdgJ/1)
<pre> <pre>
"/(.*?at)/" => <a href="#learn-regex"><strong>The fat</strong></a> cat sat on the mat. </pre> "/(.*?at)/" => <a href="#learn-regex"><strong>The fat</strong></a> cat sat on the mat. </pre>
[Test the regular expression](https://regex101.com/r/AyAdgJ/2) [Uji Ekspresi Reguler](https://regex101.com/r/AyAdgJ/2)
## Contribution ## Contribution