Decode Unicode Emojis

Introduction

In this challenge, you will implement a Go program that transforms specific Unicode code points into their corresponding emoji characters. This is a crucial task for cross-platform messaging applications, where converting Unicode code points to readable emojis is essential for global communication. You will be required to create a Go program named emoji_decoder.go and implement a function that can convert at least three different Unicode code points to emojis, which will then be printed to the console using the correct rune type.

Decode Unicode Emojis

In the world of global communication, converting Unicode code points to readable emojis is crucial for cross-platform messaging applications. Your task is to implement a Go program that transforms specific Unicode code points into their corresponding emoji characters.

Tasks

• Create a Go program named emoji_decoder.go in the ~/project directory
• Implement a function that converts specific Unicode code points(0x1F600, 0x1F496, 0x1F648) to emoji characters
• Print the decoded emojis to the console using the correct rune type

Requirements

• Use the rune type for representing Unicode characters
• Create the file ~/project/emoji_decoder.go
• Convert at least three different Unicode code points to emojis
• Use fmt.Printf() with %c format specifier to print the emojis
• The program must compile and run without errors

Examples

Expected output might look like:

😀
💖
🙈

Hints

• Remember that emoji characters are represented by their Unicode code points
• Use \U or hexadecimal notation to represent long Unicode characters
• Check the Unicode standard for correct code points
• Use rune type for representing complex characters beyond ASCII range

Summary

In summary, this challenge requires you to implement a Go program that can convert specific Unicode code points into their corresponding emoji characters. The goal is to create a function that can transform at least three different Unicode code points into emojis, which will then be printed to the console using the correct rune type. This is an important task for cross-platform messaging applications, where the ability to display emojis is crucial for effective global communication.