<blockquote> The question is simple: I have a string <code>str</code>, how do I check if <code>str</code> is one single emoji, and nothing else? Additionally I would prefer not using another library. Match <code>"🍎"</code>, <code>"⛹🏿&zwj;♂️"</code>, <code>"3️⃣"</code> but not <code>"🍓a"</code>, <code>"𝕒"</code>, <code>"🍌🍀"</code> </blockquote> I'm having trouble finding a solution but here are some things I've tried so far: <hr> <h3>Attempted Solution 1 - Play around lengths and <code>...</code> operator</h3> I learned that emojis occupy more than one byte, some even occupy 4 bytes, or more... and we can measure that via the string's <code>length</code> property: <pre class="prettyprint lang-js prettyprint-override"><code>console.log("🍎".length); // 2 console.log("🛡️".length); // 3 console.log("⛹🏿&zwj;♂️".length); // 6 </code></pre> Then I found out that the <code>...</code> operator takes this into account and correctly separates emojis in the array - I could then see the resulting array's <code>length</code> property and detect if they were different. <pre class="prettyprint lang-js prettyprint-override"><code>str = "⛹🏿&zwj;♂️"; if (str.length !== [...str].length) { // is emoji? } else { // is not emoji } </code></pre> But this doesn't check for other multi-byte characters such as <code>𝕡</code> whose length is 2. Plus some emojis were still getting separated in a weird. <hr> <h3>Attempted Solution 2 - Regex, regular expressions</h3> Of course regex would be a thing to look into but I've yet to find a viable solution. This answer's regex <code>\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff]</code> works perfectly fine to detect if a string has any emojis, but applied to my situation it produces a lot of problems. Here are my tests: Part A - Without start/end of string regex (<code>^</code> and <code>$</code>) <ul> <li> 2A.1 <code>str.match(regex)</code> is very inconsistent, it breaks down some emojis and some other unusable. I don't see a way to find out if it even contains non-emoji characters or if it contains more than one emoji:</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])/; console.log("5️⃣".match(regex)); // [ '⃣', '⃣', index: 2, input: '5️⃣' ] console.log("💡".match(regex)); // [ '💡', '💡', index: 0, input: '💡' ] console.log("🌡️🌡️".match(regex)); // [ '🌡', '🌡', index: 0, input: '🌡️🌡️' ] console.log("a⛅".match(regex)); // [ '⛅', '⛅', index: 1, input: 'a⛅' ] </code></pre> <ul> <li> 2A.2 <code>regex.test(str)</code> returns true whenever an emoji is included in the string, which isn't the behaviour I'm looking for:</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])/; console.log(regex.test("5️⃣")); // true - correct console.log(regex.test("a")); // false - correct console.log(regex.test("🌡️🌡️")); // true - should be false console.log(regex.test("hello ⛅!")); // true - should be false </code></pre> Part B - With start/end of string regex (<code>^</code> and <code>$</code>) <ul> <li> 2B.1 <code>str.match(regex)</code> returns <code>null</code> on certain emojis for some reason. I have no clue why but I'm assuming it has some relation as to why <code>str.match(regex)</code> would break down these emojis in Part A:</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /^(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])$/; console.log("5️⃣".match(regex)); // null console.log("💡".match(regex)); // [ '💡', '💡', index: 0, input: '💡' ] console.log("🌡️".match(regex)); // null console.log("⛅".match(regex)); // [ '⛅', '⛅', index: 1, input: 'a⛅' ] console.log("🍌🍀".match(regex)); // null </code></pre> <ul> <li> 2B.2 <code>regex.test(str)</code> will return <code>false</code> on the same emojis where it would return <code>null</code> on <code>str.match(regex)</code>:</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /^(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])$/; console.log(regex.test("5️⃣")); // false - should be true console.log(regex.test("💡")); // true - correct console.log(regex.test("🌡️")); // false - should be true console.log(regex.test("⛅")); // true - correct console.log(regex.test("🍌🍀")); // false - correct </code></pre> Part C - Other regular expressions <ul> <li>I found this one but it gives similar inconsistencies, although not the same <code>/(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])/g</code>:</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g console.log(regex.test("5️⃣")); // true - correct console.log(regex.test("💡")); // false - should be true console.log(regex.test("🌡️")); // false - should be true console.log(regex.test("⛅")); // true - correct console.log(regex.test("🍌🍀")); // false - correct </code></pre> <ul> <li>Also this breaks horribly (second test changes based on first test?)</li> </ul> <pre class="prettyprint lang-js prettyprint-override"><code>let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g console.log(regex.test("⛹🏿&zwj;♂️")); // false console.log(regex.test("⛅")); // true </code></pre> <pre class="prettyprint"><code>let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g; console.log(regex.test("⛹")); // true console.log(regex.test("⛅")); // false </code></pre> <hr> Is there a way around all this emoji/unicode/regex mess? Are libraries/apis the only way? How do they do it?

Using this library: https://github.com/foliojs/grapheme-breaker try this: <pre class="prettyprint"><code>var str = "⛹🏿&zwj;♂️"; var Grapheme = require('grapheme-splitter'); var splitter = new Grapheme(); console.log(splitter.splitGraphemes(str).length); </code></pre> and the length should return 1.

Is there a way to check if a string in JS is one single emoji?

Tags:

javascript

regex

node.js

unicode

emoji

The question is simple: I have a string str, how do I check if str is one single emoji, and nothing else? Additionally I would prefer not using another library.

Match "🍎", "⛹🏿‍♂️", "3️⃣" but not "🍓a", "𝕒", "🍌🍀"

I'm having trouble finding a solution but here are some things I've tried so far:

Attempted Solution 1 - Play around lengths and `...` operator

I learned that emojis occupy more than one byte, some even occupy 4 bytes, or more... and we can measure that via the string's length property:

console.log("🍎".length); // 2
console.log("🛡️".length); // 3
console.log("⛹🏿‍♂️".length); // 6

Then I found out that the ... operator takes this into account and correctly separates emojis in the array - I could then see the resulting array's length property and detect if they were different.

str = "⛹🏿‍♂️";
if (str.length !== [...str].length) {
  // is emoji?
} else {
  // is not emoji
}

But this doesn't check for other multi-byte characters such as 𝕡 whose length is 2. Plus some emojis were still getting separated in a weird.

Attempted Solution 2 - Regex, regular expressions

Of course regex would be a thing to look into but I've yet to find a viable solution.

This answer's regex \u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff] works perfectly fine to detect if a string has any emojis, but applied to my situation it produces a lot of problems. Here are my tests:

Part A - Without start/end of string regex (^ and $)

2A.1 str.match(regex) is very inconsistent, it breaks down some emojis and some other unusable. I don't see a way to find out if it even contains non-emoji characters or if it contains more than one emoji:

let regex = /(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])/;

console.log("5️⃣".match(regex)); // [ '⃣', '⃣', index: 2, input: '5️⃣' ]
console.log("💡".match(regex)); // [ '💡', '💡', index: 0, input: '💡' ]
console.log("🌡️🌡️".match(regex)); // [ '🌡', '🌡', index: 0, input: '🌡️🌡️' ]
console.log("a⛅".match(regex)); // [ '⛅', '⛅', index: 1, input: 'a⛅' ]

2A.2 regex.test(str) returns true whenever an emoji is included in the string, which isn't the behaviour I'm looking for:

let regex = /(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])/;

console.log(regex.test("5️⃣")); // true - correct
console.log(regex.test("a")); // false - correct
console.log(regex.test("🌡️🌡️")); // true - should be false
console.log(regex.test("hello ⛅!")); // true - should be false

Part B - With start/end of string regex (^ and $)

2B.1 str.match(regex) returns null on certain emojis for some reason. I have no clue why but I'm assuming it has some relation as to why str.match(regex) would break down these emojis in Part A:

let regex = /^(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])$/;

console.log("5️⃣".match(regex)); // null
console.log("💡".match(regex)); // [ '💡', '💡', index: 0, input: '💡' ]
console.log("🌡️".match(regex)); // null
console.log("⛅".match(regex)); // [ '⛅', '⛅', index: 1, input: 'a⛅' ]
console.log("🍌🍀".match(regex)); // null

2B.2 regex.test(str) will return false on the same emojis where it would return null on str.match(regex):

let regex = /^(\u00a9|\u00ae|[\u2000-\u3300]|\ud83c[\ud000-\udfff]|\ud83d[\ud000-\udfff]|\ud83e[\ud000-\udfff])$/;

console.log(regex.test("5️⃣")); // false - should be true
console.log(regex.test("💡")); // true - correct
console.log(regex.test("🌡️")); // false - should be true
console.log(regex.test("⛅")); // true - correct
console.log(regex.test("🍌🍀")); // false - correct

Part C - Other regular expressions

I found this one but it gives similar inconsistencies, although not the same /(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])/g:

let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g

console.log(regex.test("5️⃣")); // true - correct
console.log(regex.test("💡")); // false - should be true
console.log(regex.test("🌡️")); // false - should be true
console.log(regex.test("⛅")); // true - correct
console.log(regex.test("🍌🍀")); // false - correct

Also this breaks horribly (second test changes based on first test?)

let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g

console.log(regex.test("⛹🏿‍♂️")); // false
console.log(regex.test("⛅")); // true

let regex = /^(?:[\u2700-\u27bf]|(?:\ud83c[\udde6-\uddff]){2}|[\ud800-\udbff][\udc00-\udfff]|[\u0023-\u0039]\ufe0f?\u20e3|\u3299|\u3297|\u303d|\u3030|\u24c2|\ud83c[\udd70-\udd71]|\ud83c[\udd7e-\udd7f]|\ud83c\udd8e|\ud83c[\udd91-\udd9a]|\ud83c[\udde6-\uddff]|[\ud83c[\ude01\uddff]|\ud83c[\ude01-\ude02]|\ud83c\ude1a|\ud83c\ude2f|[\ud83c[\ude32\ude02]|\ud83c\ude1a|\ud83c\ude2f|\ud83c[\ude32-\ude3a]|[\ud83c[\ude50\ude3a]|\ud83c[\ude50-\ude51]|\u203c|\u2049|[\u25aa-\u25ab]|\u25b6|\u25c0|[\u25fb-\u25fe]|\u00a9|\u00ae|\u2122|\u2139|\ud83c\udc04|[\u2600-\u26FF]|\u2b05|\u2b06|\u2b07|\u2b1b|\u2b1c|\u2b50|\u2b55|\u231a|\u231b|\u2328|\u23cf|[\u23e9-\u23f3]|[\u23f8-\u23fa]|\ud83c\udccf|\u2934|\u2935|[\u2190-\u21ff])$/g;

console.log(regex.test("⛹")); // true
console.log(regex.test("⛅")); // false

Is there a way around all this emoji/unicode/regex mess? Are libraries/apis the only way? How do they do it?

565

asked Nov 19 '19 20:11

luxmiyu

2 Answers

Using this library: https://github.com/foliojs/grapheme-breaker try this:

var str = "⛹🏿‍♂️";
var Grapheme = require('grapheme-splitter');
var splitter = new Grapheme();
console.log(splitter.splitGraphemes(str).length);

and the length should return 1.

answered Oct 23 '22 09:10

Daniel Vickers

Emojis are specified in UAX #51. The property \p{Emoji} should work, but doesn't.

Do it the hard way. Parse emoji-*.txt:

perl -C -lne'
    if (my ($c) = $_ =~ /^((?:(?:[[:xdigit:]]+ )|[[:xdigit:]]+\.\.)[[:xdigit:]]+)/) {
        if ($c =~ /\.\./) { # ranges
             my ($f, $t) = map { hex } split /\.\./, $c;
             print for map { chr } $f..$t;
        } else { # sequences
             print join "", map { chr hex } split /\s+/, $c;
        }
    }
' emoji-*.txt

This gives us a newline separated list of all emojis. Using Regexp::Assemble::Compressed, the result is

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}\u{FE0F}]?|\u{23FA}[\u{FE0E}\u{FE0F}]?|\u{25AA}[\u{FE0E}\u{FE0F}]?|\u{25AB}[\u{FE0E}\u{FE0F}]?|\u{25FB}[\u{FE0E}\u{FE0F}]?|\u{25FC}[\u{FE0E}\u{FE0F}]?|\u{25FD}[\u{FE0E}\u{FE0F}]?|\u{25FE}[\u{FE0E}\u{FE0F}]?|\u{2600}[\u{FE0E}\u{FE0F}]?|\u{2601}[\u{FE0E}\u{FE0F}]?|\u{2602}[\u{FE0E}\u{FE0F}]?|\u{2603}[\u{FE0E}\u{FE0F}]?|\u{2604}[\u{FE0E}\u{FE0F}]?|\u{2614}[\u{FE0E}\u{FE0F}]?|\u{2615}[\u{FE0E}\u{FE0F}]?|\u{2622}[\u{FE0E}\u{FE0F}]?|\u{2623}[\u{FE0E}\u{FE0F}]?|\u{262E}[\u{FE0E}\u{FE0F}]?|\u{262F}[\u{FE0E}\u{FE0F}]?|\u{2638}[\u{FE0E}\u{FE0F}]?|\u{2639}[\u{FE0E}\u{FE0F}]?|\u{263A}[\u{FE0E}\u{FE0F}]?|\u{2648}[\u{FE0E}\u{FE0F}]?|\u{2649}[\u{FE0E}\u{FE0F}]?|\u{264A}[\u{FE0E}\u{FE0F}]?|\u{264B}[\u{FE0E}\u{FE0F}]?|\u{264C}[\u{FE0E}\u{FE0F}]?|\u{264D}[\u{FE0E}\u{FE0F}]?|\u{264E}[\u{FE0E}\u{FE0F}]?|\u{264F}[\u{FE0E}\u{FE0F}]?|\u{2650}[\u{FE0E}\u{FE0F}]?|\u{2651}[\u{FE0E}\u{FE0F}]?|\u{2652}[\u{FE0E}\u{FE0F}]?|\u{2653}[\u{FE0E}\u{FE0F}]?|\u{2665}[\u{FE0E}\u{FE0F}]?|\u{2666}[\u{FE0E}\u{FE0F}]?|\u{2692}[\u{FE0E}\u{FE0F}]?|\u{2693}[\u{FE0E}\u{FE0F}]?|\u{2694}[\u{FE0E}\u{FE0F}]?|\u{2696}[\u{FE0E}\u{FE0F}]?|\u{2697}[\u{FE0E}\u{FE0F}]?|\u{269B}[\u{FE0E}\u{FE0F}]?|\u{269C}[\u{FE0E}\u{FE0F}]?|\u{26A0}[\u{FE0E}\u{FE0F}]?|\u{26A1}[\u{FE0E}\u{FE0F}]?|\u{26AA}[\u{FE0E}\u{FE0F}]?|\u{26AB}[\u{FE0E}\u{FE0F}]?|\u{26B0}[\u{FE0E}\u{FE0F}]?|\u{26B1}[\u{FE0E}\u{FE0F}]?|\u{26BD}[\u{FE0E}\u{FE0F}]?|\u{26BE}[\u{FE0E}\u{FE0F}]?|\u{26C4}[\u{FE0E}\u{FE0F}]?|\u{26C5}[\u{FE0E}\u{FE0F}]?|\u{26CF}[\u{FE0E}\u{FE0F}]?|\u{26D3}[\u{FE0E}\u{FE0F}]?|\u{26D4}[\u{FE0E}\u{FE0F}]?|\u{26E9}[\u{FE0E}\u{FE0F}]?|\u{26EA}[\u{FE0E}\u{FE0F}]?|\u{26F0}[\u{FE0E}\u{FE0F}]?|\u{26F1}[\u{FE0E}\u{FE0F}]?|\u{26F2}[\u{FE0E}\u{FE0F}]?|\u{26F3}[\u{FE0E}\u{FE0F}]?|\u{26F4}[\u{FE0E}\u{FE0F}]?|\u{26F5}[\u{FE0E}\u{FE0F}]?|\u{26F7}[\u{FE0E}\u{FE0F}]?|\u{26F8}[\u{FE0E}\u{FE0F}]?|\u{26FA}[\u{FE0E}\u{FE0F}]?|\u{2708}[\u{FE0E}\u{FE0F}]?|\u{2709}[\u{FE0E}\u{FE0F}]?|\u{2733}[\u{FE0E}\u{FE0F}]?|\u{2734}[\u{FE0E}\u{FE0F}]?|\u{2753}[\u{FE0E}\u{FE0F}]?|\u{2763}[\u{FE0E}\u{FE0F}]?|\u{2764}[\u{FE0E}\u{FE0F}]?|\u{2934}[\u{FE0E}\u{FE0F}]?|\u{2935}[\u{FE0E}\u{FE0F}]?|\u{2B05}[\u{FE0E}\u{FE0F}]?|\u{2B06}[\u{FE0E}\u{FE0F}]?|\u{2B07}[\u{FE0E}\u{FE0F}]?|\u{2B1B}[\u{FE0E}\u{FE0F}]?|\u{2B1C}[\u{FE0E}\u{FE0F}]?|\u{1F170}[\u{FE0E}\u{FE0F}]?|\u{1F171}[\u{FE0E}\u{FE0F}]?|\u{1F17E}[\u{FE0E}\u{FE0F}]?|\u{1F17F}[\u{FE0E}\u{FE0F}]?|\u{1F1FC}[\u{1F1EB}\u{1F1F8}]?|\u{1F1FE}[\u{1F1EA}\u{1F1F9}]?|\u{1F202}[\u{FE0E}\u{FE0F}]?|\u{1F237}[\u{FE0E}\u{FE0F}]?|\u{1F30D}[\u{FE0E}\u{FE0F}]?|\u{1F30E}[\u{FE0E}\u{FE0F}]?|\u{1F30F}[\u{FE0E}\u{FE0F}]?|\u{1F315}[\u{FE0E}\u{FE0F}]?|\u{1F31C}[\u{FE0E}\u{FE0F}]?|\u{1F321}[\u{FE0E}\u{FE0F}]?|\u{1F324}[\u{FE0E}\u{FE0F}]?|\u{1F325}[\u{FE0E}\u{FE0F}]?|\u{1F326}[\u{FE0E}\u{FE0F}]?|\u{1F327}[\u{FE0E}\u{FE0F}]?|\u{1F328}[\u{FE0E}\u{FE0F}]?|\u{1F329}[\u{FE0E}\u{FE0F}]?|\u{1F32A}[\u{FE0E}\u{FE0F}]?|\u{1F32B}[\u{FE0E}\u{FE0F}]?|\u{1F32C}[\u{FE0E}\u{FE0F}]?|\u{1F336}[\u{FE0E}\u{FE0F}]?|\u{1F378}[\u{FE0E}\u{FE0F}]?|\u{1F37D}[\u{FE0E}\u{FE0F}]?|\u{1F393}[\u{FE0E}\u{FE0F}]?|\u{1F396}[\u{FE0E}\u{FE0F}]?|\u{1F397}[\u{FE0E}\u{FE0F}]?|\u{1F399}[\u{FE0E}\u{FE0F}]?|\u{1F39A}[\u{FE0E}\u{FE0F}]?|\u{1F39B}[\u{FE0E}\u{FE0F}]?|\u{1F39E}[\u{FE0E}\u{FE0F}]?|\u{1F39F}[\u{FE0E}\u{FE0F}]?|\u{1F3A7}[\u{FE0E}\u{FE0F}]?|\u{1F3AC}[\u{FE0E}\u{FE0F}]?|\u{1F3AD}[\u{FE0E}\u{FE0F}]?|\u{1F3AE}[\u{FE0E}\u{FE0F}]?|\u{1F3C6}[\u{FE0E}\u{FE0F}]?|\u{1F3CD}[\u{FE0E}\u{FE0F}]?|\u{1F3CE}[\u{FE0E}\u{FE0F}]?|\u{1F3D4}[\u{FE0E}\u{FE0F}]?|\u{1F3D5}[\u{FE0E}\u{FE0F}]?|\u{1F3D6}[\u{FE0E}\u{FE0F}]?|\u{1F3D7}[\u{FE0E}\u{FE0F}]?|\u{1F3D8}[\u{FE0E}\u{FE0F}]?|\u{1F3D9}[\u{FE0E}\u{FE0F}]?|\u{1F3DA}[\u{FE0E}\u{FE0F}]?|\u{1F3DB}[\u{FE0E}\u{FE0F}]?|\u{1F3DC}[\u{FE0E}\u{FE0F}]?|\u{1F3DD}[\u{FE0E}\u{FE0F}]?|\u{1F3DE}[\u{FE0E}\u{FE0F}]?|\u{1F3DF}[\u{FE0E}\u{FE0F}]?|\u{1F3E0}[\u{FE0E}\u{FE0F}]?|\u{1F3ED}[\u{FE0E}\u{FE0F}]?|\u{1F3F4}[\u{200D}\u{E0067}]?|\u{1F3F5}[\u{FE0E}\u{FE0F}]?|\u{1F3F7}[\u{FE0E}\u{FE0F}]?|\u{1F408}[\u{FE0E}\u{FE0F}]?|\u{1F41F}[\u{FE0E}\u{FE0F}]?|\u{1F426}[\u{FE0E}\u{FE0F}]?|\u{1F43F}[\u{FE0E}\u{FE0F}]?|\u{1F453}[\u{FE0E}\u{FE0F}]?|\u{1F46A}[\u{FE0E}\u{FE0F}]?|\u{1F47D}[\u{FE0E}\u{FE0F}]?|\u{1F4A3}[\u{FE0E}\u{FE0F}]?|\u{1F4B0}[\u{FE0E}\u{FE0F}]?|\u{1F4B3}[\u{FE0E}\u{FE0F}]?|\u{1F4BB}[\u{FE0E}\u{FE0F}]?|\u{1F4BF}[\u{FE0E}\u{FE0F}]?|\u{1F4CB}[\u{FE0E}\u{FE0F}]?|\u{1F4DA}[\u{FE0E}\u{FE0F}]?|\u{1F4DF}[\u{FE0E}\u{FE0F}]?|\u{1F4E4}[\u{FE0E}\u{FE0F}]?|\u{1F4E5}[\u{FE0E}\u{FE0F}]?|\u{1F4E6}[\u{FE0E}\u{FE0F}]?|\u{1F4EA}[\u{FE0E}\u{FE0F}]?|\u{1F4EB}[\u{FE0E}\u{FE0F}]?|\u{1F4EC}[\u{FE0E}\u{FE0F}]?|\u{1F4ED}[\u{FE0E}\u{FE0F}]?|\u{1F4F7}[\u{FE0E}\u{FE0F}]?|\u{1F4F9}[\u{FE0E}\u{FE0F}]?|\u{1F4FA}[\u{FE0E}\u{FE0F}]?|\u{1F4FB}[\u{FE0E}\u{FE0F}]?|\u{1F4FD}[\u{FE0E}\u{FE0F}]?|\u{1F508}[\u{FE0E}\u{FE0F}]?|\u{1F50D}[\u{FE0E}\u{FE0F}]?|\u{1F512}[\u{FE0E}\u{FE0F}]?|\u{1F513}[\u{FE0E}\u{FE0F}]?|\u{1F549}[\u{FE0E}\u{FE0F}]?|\u{1F54A}[\u{FE0E}\u{FE0F}]?|\u{1F550}[\u{FE0E}\u{FE0F}]?|\u{1F551}[\u{FE0E}\u{FE0F}]?|\u{1F552}[\u{FE0E}\u{FE0F}]?|\u{1F553}[\u{FE0E}\u{FE0F}]?|\u{1F554}[\u{FE0E}\u{FE0F}]?|\u{1F555}[\u{FE0E}\u{FE0F}]?|\u{1F556}[\u{FE0E}\u{FE0F}]?|\u{1F557}[\u{FE0E}\u{FE0F}]?|\u{1F558}[\u{FE0E}\u{FE0F}]?|\u{1F559}[\u{FE0E}\u{FE0F}]?|\u{1F55A}[\u{FE0E}\u{FE0F}]?|\u{1F55B}[\u{FE0E}\u{FE0F}]?|\u{1F55C}[\u{FE0E}\u{FE0F}]?|\u{1F55D}[\u{FE0E}\u{FE0F}]?|\u{1F55E}[\u{FE0E}\u{FE0F}]?|\u{1F55F}[\u{FE0E}\u{FE0F}]?|\u{1F560}[\u{FE0E}\u{FE0F}]?|\u{1F561}[\u{FE0E}\u{FE0F}]?|\u{1F562}[\u{FE0E}\u{FE0F}]?|\u{1F563}[\u{FE0E}\u{FE0F}]?|\u{1F564}[\u{FE0E}\u{FE0F}]?|\u{1F565}[\u{FE0E}\u{FE0F}]?|\u{1F566}[\u{FE0E}\u{FE0F}]?|\u{1F567}[\u{FE0E}\u{FE0F}]?|\u{1F56F}[\u{FE0E}\u{FE0F}]?|\u{1F570}[\u{FE0E}\u{FE0F}]?|\u{1F573}[\u{FE0E}\u{FE0F}]?|\u{1F576}[\u{FE0E}\u{FE0F}]?|\u{1F577}[\u{FE0E}\u{FE0F}]?|\u{1F578}[\u{FE0E}\u{FE0F}]?|\u{1F579}[\u{FE0E}\u{FE0F}]?|\u{1F58A}[\u{FE0E}\u{FE0F}]?|\u{1F58B}[\u{FE0E}\u{FE0F}]?|\u{1F58C}[\u{FE0E}\u{FE0F}]?|\u{1F58D}[\u{FE0E}\u{FE0F}]?|\u{1F5B1}[\u{FE0E}\u{FE0F}]?|\u{1F5B2}[\u{FE0E}\u{FE0F}]?|\u{1F5C2}[\u{FE0E}\u{FE0F}]?|\u{1F5C3}[\u{FE0E}\u{FE0F}]?|\u{1F5C4}[\u{FE0E}\u{FE0F}]?|\u{1F5D1}[\u{FE0E}\u{FE0F}]?|\u{1F5D2}[\u{FE0E}\u{FE0F}]?|\u{1F5D3}[\u{FE0E}\u{FE0F}]?|\u{1F5DC}[\u{FE0E}\u{FE0F}]?|\u{1F5DD}[\u{FE0E}\u{FE0F}]?|\u{1F5DE}[\u{FE0E}\u{FE0F}]?|\u{1F5FA}[\u{FE0E}\u{FE0F}]?|\u{1F610}[\u{FE0E}\u{FE0F}]?|\u{1F687}[\u{FE0E}\u{FE0F}]?|\u{1F68D}[\u{FE0E}\u{FE0F}]?|\u{1F691}[\u{FE0E}\u{FE0F}]?|\u{1F694}[\u{FE0E}\u{FE0F}]?|\u{1F698}[\u{FE0E}\u{FE0F}]?|\u{1F6AD}[\u{FE0E}\u{FE0F}]?|\u{1F6B2}[\u{FE0E}\u{FE0F}]?|\u{1F6B9}[\u{FE0E}\u{FE0F}]?|\u{1F6BA}[\u{FE0E}\u{FE0F}]?|\u{1F6BC}[\u{FE0E}\u{FE0F}]?|\u{1F6CB}[\u{FE0E}\u{FE0F}]?|\u{1F6CD}[\u{FE0E}\u{FE0F}]?|\u{1F6CE}[\u{FE0E}\u{FE0F}]?|\u{1F6CF}[\u{FE0E}\u{FE0F}]?|\u{1F6E0}[\u{FE0E}\u{FE0F}]?|\u{1F6E1}[\u{FE0E}\u{FE0F}]?|\u{1F6E2}[\u{FE0E}\u{FE0F}]?|\u{1F6E3}[\u{FE0E}\u{FE0F}]?|\u{1F6E4}[\u{FE0E}\u{FE0F}]?|\u{1F6E5}[\u{FE0E}\u{FE0F}]?|\uA9[\u{FE0E}\u{FE0F}]|\uAE[\u{FE0E}\u{FE0F}]|\u{203C}[\u{FE0E}\u{FE0F}]|\u{2049}[\u{FE0E}\u{FE0F}]|\u{2122}[\u{FE0E}\u{FE0F}]|\u{2139}[\u{FE0E}\u{FE0F}]|\u{2328}[\u{FE0E}\u{FE0F}]|\u{23CF}[\u{FE0E}\u{FE0F}]|\u{24C2}[\u{FE0E}\u{FE0F}]|\u{25B6}[\u{FE0E}\u{FE0F}]|\u{25C0}[\u{FE0E}\u{FE0F}]|\u{260E}[\u{FE0E}\u{FE0F}]|\u{2611}[\u{FE0E}\u{FE0F}]|\u{2618}[\u{FE0E}\u{FE0F}]|\u{2620}[\u{FE0E}\u{FE0F}]|\u{2626}[\u{FE0E}\u{FE0F}]|\u{262A}[\u{FE0E}\u{FE0F}]|\u{2640}[\u{FE0E}\u{FE0F}]|\u{2642}[\u{FE0E}\u{FE0F}]|\u{265F}[\u{FE0E}\u{FE0F}]|\u{2660}[\u{FE0E}\u{FE0F}]|\u{2663}[\u{FE0E}\u{FE0F}]|\u{2668}[\u{FE0E}\u{FE0F}]|\u{267B}[\u{FE0E}\u{FE0F}]|\u{267E}[\u{FE0E}\u{FE0F}]|\u{267F}[\u{FE0E}\u{FE0F}]|\u{2695}[\u{FE0E}\u{FE0F}]|\u{2699}[\u{FE0E}\u{FE0F}]|\u{26C8}[\u{FE0E}\u{FE0F}]|\u{26D1}[\u{FE0E}\u{FE0F}]|\u{26FD}[\u{FE0E}\u{FE0F}]|\u{2702}[\u{FE0E}\u{FE0F}]|\u{270F}[\u{FE0E}\u{FE0F}]|\u{2712}[\u{FE0E}\u{FE0F}]|\u{2714}[\u{FE0E}\u{FE0F}]|\u{2716}[\u{FE0E}\u{FE0F}]|\u{271D}[\u{FE0E}\u{FE0F}]|\u{2721}[\u{FE0E}\u{FE0F}]|\u{2744}[\u{FE0E}\u{FE0F}]|\u{2747}[\u{FE0E}\u{FE0F}]|\u{2757}[\u{FE0E}\u{FE0F}]|\u{27A1}[\u{FE0E}\u{FE0F}]|\u{2B50}[\u{FE0E}\u{FE0F}]|\u{2B55}[\u{FE0E}\u{FE0F}]|\u{3030}[\u{FE0E}\u{FE0F}]|\u{303D}[\u{FE0E}\u{FE0F}]|\u{3297}[\u{FE0E}\u{FE0F}]|\u{3299}[\u{FE0E}\u{FE0F}]|\u{1F004}[\u{FE0E}\u{FE0F}]|\u{1F21A}[\u{FE0E}\u{FE0F}]|\u{1F22F}[\u{FE0E}\u{FE0F}]|\u{1F587}[\u{FE0E}\u{FE0F}]|\u{1F5A5}[\u{FE0E}\u{FE0F}]|\u{1F5A8}[\u{FE0E}\u{FE0F}]|\u{1F5BC}[\u{FE0E}\u{FE0F}]|\u{1F5E1}[\u{FE0E}\u{FE0F}]|\u{1F5E3}[\u{FE0E}\u{FE0F}]|\u{1F5E8}[\u{FE0E}\u{FE0F}]|\u{1F5EF}[\u{FE0E}\u{FE0F}]|\u{1F5F3}[\u{FE0E}\u{FE0F}]|\u{1F6E9}[\u{FE0E}\u{FE0F}]|\u{1F6F0}[\u{FE0E}\u{FE0F}]|\u{1F6F3}[\u{FE0E}\u{FE0F}]|\u{1F1F4}\u{1F1F2}?|\u{1F1F6}\u{1F1E6}?|\u{1F1FD}\u{1F1F0}?|\u{1F46F}\u{200D}?|\u{1F93C}\u{200D}?|\u{1F9DE}\u{200D}?|\u{1F9DF}\u{200D}?)$/u

answered Oct 23 '22 10:10

daxim

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Is there a way to check if a string in JS is one single emoji?

Tags:

javascript

regex

node.js

unicode

emoji

Attempted Solution 1 - Play around lengths and `...` operator

Attempted Solution 2 - Regex, regular expressions

luxmiyu

People also ask

2 Answers

Daniel Vickers

daxim

Recent Activity

Donate For Us

Is there a way to check if a string in JS is one single emoji?

Tags:

javascript

regex

node.js

unicode

emoji

Attempted Solution 1 - Play around lengths and ... operator

Attempted Solution 2 - Regex, regular expressions

luxmiyu

People also ask

2 Answers

Daniel Vickers

daxim

Related questions

Recent Activity

Donate For Us

Attempted Solution 1 - Play around lengths and `...` operator