Angular Base64 To Pdf with Our Free Tool

Below is a list of libraries that support Base64 encoding and decoding in TypeScript along with sample code for each library.

1. JavaScript Standard Library (btoa and atob)

The JavaScript standard library provides the btoa and atob functions for Base64 encoding and decoding, which can also be used in TypeScript.

const originalString: string = "test input";

// Encode
const encodedString: string = btoa(originalString);
console.log("Encoded: " + encodedString);

// Decode
const decodedString: string = atob(encodedString);
console.log("Decoded: " + decodedString);

    

2. Buffer (Node.js)

Node.js provides the Buffer class which supports Base64 encoding and decoding, which can also be used in TypeScript.

const originalString: string = "test input";

// Encode
const encodedString: string = Buffer.from(originalString).toString('base64');
console.log("Encoded: " + encodedString);

// Decode
const decodedString: string = Buffer.from(encodedString, 'base64').toString('utf-8');
console.log("Decoded: " + decodedString);

    

3. js-base64

The js-base64 library provides utilities for Base64 encoding and decoding in both browser and Node.js environments, which can also be used in TypeScript.

import { Base64 } from 'js-base64';

const originalString: string = "test input";

// Encode
const encodedString: string = Base64.encode(originalString);
console.log("Encoded: " + encodedString);

// Decode
const decodedString: string = Base64.decode(encodedString);
console.log("Decoded: " + decodedString);

    

Add the dependency using npm:

npm install js-base64
    

4. CryptoJS

CryptoJS is a widely-used cryptographic library that also supports Base64 encoding and decoding, which can also be used in TypeScript.

import CryptoJS from 'crypto-js';

const originalString: string = "test input";

// Encode
const encodedString: string = CryptoJS.enc.Base64.stringify(CryptoJS.enc.Utf8.parse(originalString));
console.log("Encoded: " + encodedString);

// Decode
const decodedString: string = CryptoJS.enc.Base64.parse(encodedString).toString(CryptoJS.enc.Utf8);
console.log("Decoded: " + decodedString);

    

Add the dependency using npm:

npm install crypto-js
    

5. Buffer in React Native

In React Native, you can use the Buffer class from the buffer library for Base64 encoding and decoding, which can also be used in TypeScript.

import { Buffer } from 'buffer';

const originalString: string = "test input";

// Encode
const encodedString: string = Buffer.from(originalString).toString('base64');
console.log("Encoded: " + encodedString);

// Decode
const decodedString: string = Buffer.from(encodedString, 'base64').toString('utf-8');
console.log("Decoded: " + decodedString);

    

Add the dependency using npm:

npm install buffer
    

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Why Use Base64 Encoding?

Base64 encoding is a method of converting binary data into a text format using 64 characters. This encoding scheme is especially useful when you need to transfer or store data over media designed to handle text, such as email or JSON files. Base64 ensures your data remains intact and unmodified during transport.

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Advanced Options

Character Set Selection

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How to Angular Base64 To Pdf

Follow these simple steps to Angular Base64 To Pdf:

1. Enter your data:Paste your text or binary data into the input field.
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Example of Base64 Encoding

Here’s a quick example. Encoding the string "Hello, World!" in Base64 yields:

SGVsbG8sIFdvcmxkIQ==

In this example, the characters "H", "e", "l", "l", "o", ",", " ", "W", "o", "r", "l", "d", "!" are encoded into Base64 format, providing a safe and efficient way to transmit text data.