Emoji Picker — How to Search, Browse, and Copy Emojis Online
Emojis are embedded in modern communication — messages, social media posts, commit messages, documentation, and even professional emails use them. But finding the exact emoji you want is surprisingly frustrating. Your phone's emoji keyboard is tiny and disorganized. Your desktop may not have an emoji keyboard at all. Searching "shrug emoji" on Google gives you images you cannot copy. You need a searchable, clickable emoji picker that lets you find and copy any emoji in seconds.
This guide covers how emojis work under the hood, how to find and use them efficiently, how to work with emojis in code, and the technical details that matter for developers.
What Is an Emoji Picker?
An emoji picker is a searchable interface for browsing, finding, and copying emoji characters. Unlike image-based emoji references, a proper picker copies the actual Unicode character to your clipboard so you can paste it into any text field — social media, code editors, terminals, documents, and databases. Search by name ("rocket"), browse by category (smileys, animals, food, travel), and see the Unicode code point for each character.
You would use an emoji picker when composing social media posts, adding emojis to commit messages and PR descriptions, inserting symbols into documents, finding the exact emoji among thousands of options, and looking up code points for development work.
How to Find and Copy Emojis with FlipMyCase
- Open the FlipMyCase Emoji Picker.
- Search by name (type "fire", "heart", "check") or browse by category.
- Click any emoji to copy it to your clipboard.
- Paste it wherever you need it — social media, code, documents, email.
The picker shows the Unicode code point and name for each emoji. For looking up any Unicode character (not just emojis), use the Unicode Lookup. For generating styled text with Unicode, use the Fancy Text Generator.
Code Examples for Working with Emojis
JavaScript
// Emoji is just a Unicode character
const rocket = '🚀';
console.log(rocket); // 🚀
console.log(rocket.codePointAt(0).toString(16)); // 1f680
console.log('\u{1F680}'); // 🚀
// String length gotcha: emojis are surrogate pairs in UTF-16
console.log('🚀'.length); // 2 (not 1!)
console.log([...'🚀'].length); // 1 (correct count)
console.log('Hello 🚀'.length); // 8 (not 7)
console.log([...'Hello 🚀'].length); // 7 (correct)
// Detect if string contains emojis
function hasEmoji(str) {
const emojiRegex = /\p{Extended_Pictographic}/u;
return emojiRegex.test(str);
}
console.log(hasEmoji('Hello 🚀')); // true
console.log(hasEmoji('Hello')); // false
// Strip emojis from text
function removeEmojis(str) {
return str.replace(/\p{Extended_Pictographic}/gu, '').trim();
}
console.log(removeEmojis('Hello 🚀 World 🌍')); // Hello World
// Common emojis as constants
const EMOJI = {
check: '✅', cross: '❌', warning: '⚠️', fire: '🔥',
rocket: '🚀', star: '⭐', heart: '❤️', thumbsUp: '👍',
};
console.log(`${EMOJI.check} Tests passed`);
console.log(`${EMOJI.cross} Build failed`);
Python
# Emoji is a Unicode character
rocket = '🚀'
print(rocket) # 🚀
print(f'U+{ord(rocket):04X}') # U+1F680
print('\U0001F680') # 🚀
# String length is correct in Python 3 (counts code points)
print(len('🚀')) # 1
print(len('Hello 🚀')) # 7
# Detect emojis
import re
def has_emoji(text):
emoji_pattern = re.compile(
'[\U0001F600-\U0001F64F' # emoticons
'\U0001F300-\U0001F5FF' # misc symbols
'\U0001F680-\U0001F6FF' # transport
'\U0001F1E0-\U0001F1FF' # flags
'\U00002702-\U000027B0' # dingbats
'\U0001F900-\U0001F9FF' # supplemental
']+', re.UNICODE)
return bool(emoji_pattern.search(text))
print(has_emoji('Hello 🚀')) # True
print(has_emoji('Hello')) # False
# Strip emojis
def remove_emojis(text):
emoji_pattern = re.compile(
'[\U0001F600-\U0001F9FF\U00002702-\U000027B0]+', re.UNICODE)
return emoji_pattern.sub('', text).strip()
print(remove_emojis('Hello 🚀 World 🌍')) # Hello World
# Use emoji library
# pip install emoji
import emoji
print(emoji.emojize(':rocket:')) # 🚀
print(emoji.demojize('🚀')) # :rocket:
print(emoji.emoji_count('Hello 🚀🌍')) # 2
Go
package main
import (
"fmt"
"regexp"
"unicode/utf8"
)
func main() {
rocket := "🚀"
fmt.Println(rocket)
fmt.Printf("Code point: U+%04X\n", []rune(rocket)[0]) // U+1F680
// Correct character count
text := "Hello 🚀"
fmt.Println("Bytes:", len(text)) // 10
fmt.Println("Runes:", utf8.RuneCountInString(text)) // 7
// Detect emojis
emojiRegex := regexp.MustCompile(`[\x{1F600}-\x{1F9FF}]`)
fmt.Println("Has emoji:", emojiRegex.MatchString(text)) // true
// Remove emojis
clean := emojiRegex.ReplaceAllString("Hello 🚀 World 🌍", "")
fmt.Println("Cleaned:", clean) // Hello World
}
Real-World Use Cases
Social media content creation. Every social media post benefits from emojis — they increase engagement by 25-50% according to multiple studies. Use the Emoji Picker to find the perfect emoji without scrolling through your phone's tiny keyboard.
Git commit messages and PR descriptions. Many teams use emoji conventions in commits: 🐛 for bug fixes, ✨ for new features, 🔧 for config changes, 📝 for documentation. Search by name in the picker instead of memorizing code points.
Documentation and README files. GitHub renders emojis in Markdown. Adding ✅, ⚠️, and 📌 to READMEs improves scannability. The Emoji Picker shows both the character and the shortcode.
Database and encoding verification. Before storing user-generated content with emojis, verify your database supports them. MySQL requires utf8mb4 charset (not utf8 which only handles 3-byte characters). Test by inserting an emoji and reading it back.
Common Mistakes and Gotchas
JavaScript's .length counts UTF-16 code units, not characters. The emoji '🚀' has .length of 2 because it requires a surrogate pair. Use [...str].length or Array.from(str).length for the true character count. This affects string truncation, validation, and display logic.
MySQL's utf8 encoding does not support emojis. It only handles characters up to 3 bytes, but emojis require 4 bytes. Use utf8mb4 charset and utf8mb4_unicode_ci collation. This is the single most common cause of emoji storage failures.
Some emojis are composed of multiple code points. The family emoji 👨👩👧👦 is actually four people joined by zero-width joiners (ZWJ). Splitting or reversing these strings breaks the composed emoji into its individual components.
Emoji rendering varies across platforms. A design that uses 🔫 on Apple (water pistol) may render as a realistic gun on older Android versions. Always test emoji-heavy content across devices.
Frequently Asked Questions
How do I open the emoji keyboard on my computer? On Windows, press Win+. (period). On Mac, press Ctrl+Cmd+Space. On Linux, it varies by desktop environment. For a browser-based picker that works everywhere and provides search, use the FlipMyCase Emoji Picker.
How many emojis exist? Unicode 15.1 defines 3,782 emojis. This includes base emojis plus skin tone and gender variants. The number grows with each Unicode release — new emojis are proposed and approved annually by the Unicode Consortium.
Can I use emojis in email subject lines? Yes, and they can improve open rates. However, some email clients render emojis as squares or question marks. Stick to widely supported emojis (hearts, stars, arrows) and test across Gmail, Outlook, and Apple Mail before sending campaigns.
Conclusion
Emojis are Unicode characters that add expressiveness to any text — from social media to code commits to documentation. Finding the right one among thousands requires a searchable picker rather than a tiny phone keyboard.
The FlipMyCase Emoji Picker provides instant search, category browsing, and one-click copying with Unicode code point display. For broader Unicode character search, use the Unicode Lookup. For styled Unicode text, use the Fancy Text Generator or Bold Text Generator.