Convert base64 to pdf nodejs

Question

You get a corrupted PDF, because:

Nội dung chính Show

require('js-base64').Base64.atob()
Buffer.from
The encoding option
base64topdf
Why base64topdf?
Encoding PDF to Base64
Decoding Base64 to PDF
Converting RTF to Plain Text
Converting PlainText to RTF
Converting String to Base64
Converting Base64 to String
Base64.Guru
A virtual teacher who reveals to you the great secrets of Base64

According to the officially documentation, the Base64.decode() function decodes Base64 value to UTF-8 string. As you can see, this is the wrong function, because you need to decode value as binary data.
The Base64.atob() function does exactly what you need, but you make a mistake when saving data, because, according to the officially documentation, by default the fs.writeFile() function saves data as UTF-8, while you want to save binary data.

To properly decode Base64 value and store it as binary data, depending on your needs, you can choose one of the following methods:

require('js-base64').Base64.atob()

Decode the Base64 value using Base64.atob() and specify binary encoding when saving the file. This is useful only if you need to handle binary data. Unlike other methods you must install and load the "js-base64" module.

var bin = Base64.atob(stringToDecode);
// Your code to handle binary data
fs.writeFile('result_binary.pdf', bin, 'binary', error => {
    if (error) {
        throw error;
    } else {
        console.log('binary saved!');
    }
});

Buffer.from

Convert the Base64 value to buffer using Buffer.from() and save it into file without specifying encoding. This is useful only if you need to handle buffer.

var buf = Buffer.from(stringToDecode, 'base64');
// Your code to handle buffer
fs.writeFile('result_buffer.pdf', buf, error => {
    if (error) {
        throw error;
    } else {
        console.log('buffer saved!');
    }
});

The encoding option

If you do not need to read/modify the binary data or the buffer, just specify encoding option when saving file. This method is the simplest one and may be the fastest and most memory efficient.

fs.writeFile('result_base64.pdf', stringToDecode, 'base64', error => {
    if (error) {
        throw error;
    } else {
        console.log('base64 saved!');
    }
});

base64topdf

Here we are going to convert the base64 content to pdf and neither converts the pdf to base64. Also we can convert rtfText to plain text and vise versa.

Importing

const base64 = require('base64topdf');

Using npm:

$ npm i -g npm
$ npm i --save base64topdf

Why base64topdf?

Its easy to use and we can convert the pdf as base64 content and vise versa.
* We can convert RTF content to base64.
* We can convert String to base64.
* We can convert pdf to base64.
* We can convert base64 to pdf.
* We can convert base64 to string.
* We can convert plain text to RTF.

Encoding PDF to Base64

If you wants to encode the pdf file to base64 means you can use this function to Encode it.

let encodedPdf = base64.base64Encode('normal.pdf');

Decoding Base64 to PDF

If you wants to decode the base64 string to pdf means you can use this function to Decode it

let decodedBase64 = base64.base64Decode('base64Str', 'PdfFileNameToWrite');

Converting RTF to Plain Text

If you wants to convert the rtf format to plain text means you can use this function as mentioned below.

let plainText = base64.rtfToText('rtfStr');

Converting PlainText to RTF

If you wants to convert the plain text into rtf format means you can use this function.

let rtfText = base64.textToRtf('textStr');

Converting String to Base64

If you wants to convert the String into base64 format means you can use this function.

let base64Str = base64.strToBase64('String');

Converting Base64 to String

If you wants to convert the Base64 format to String means you can use this function.

let str = base64.base64ToStr('base64Str');

Base64.Guru

A virtual teacher who reveals to you the great secrets of Base64

Do you have a Base64 string and do not know how to convert it to PDF using JavaScript? Do not worry! I am here to help you. I will show you some practical examples how to decode Base64 to PDF using the atob function and get some information about it. In addition, I’ll show how to embed PDF into HTML page and create a link to download the PDF.

// The Base64 string of a simple PDF file
var b64 = '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';

// Decode Base64 to binary and show some information about the PDF file (note that I skipped all checks)
var bin = atob(b64);
console.log('File Size:', Math.round(bin.length / 1024), 'KB');
console.log('PDF Version:', bin.match(/^.PDF-([0-9.]+)/)[1]);
console.log('Create Date:', bin.match(/(.+?)<\/xmp:CreateDate>/)[1]);
console.log('Modify Date:', bin.match(/(.+?)<\/xmp:ModifyDate>/)[1]);
console.log('Creator Tool:', bin.match(/(.+?)<\/xmp:CreatorTool>/)[1]);

// Embed the PDF into the HTML page and show it to the user
var obj = document.createElement('object');
obj.style.width = '100%';
obj.style.height = '842pt';
obj.type = 'application/pdf';
obj.data = 'data:application/pdf;base64,' + b64;
document.body.appendChild(obj);

// Insert a link that allows the user to download the PDF file
var link = document.createElement('a');
link.innerHTML = 'Download PDF file';
link.download = 'file.pdf';
link.href = 'data:application/octet-stream;base64,' + b64;
document.body.appendChild(link);

By the way, in addition to

Convert base64 to pdf nodejs

require('js-base64').Base64.atob()

Buffer.from

The encoding option

base64topdf

Importing

Using npm:

Why base64topdf?

Encoding PDF to Base64

Decoding Base64 to PDF

Converting RTF to Plain Text

Converting PlainText to RTF

Converting String to Base64

Converting Base64 to String

Base64.Guru

A virtual teacher who reveals to you the great secrets of Base64

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