Base64 to Image
Convert Base64 to image online using a free decoding tool which allows you to decode Base64 as image and preview it directly in the browser. In addition, you will receive some basic information about this image (resolution, MIME type, extension, size). And, of course, you will have a special link to download the image to your device. If you are looking for the reverse process, check Image to Base64.
Important notes about the decoder
The “Base64 to Image” converter will force the decoding result to be displayed as an image, even if it is a different file type. Therefore, if you are not sure that your Base64 string is an image, use the Base64 to file converter since it is capable of displaying various file types. In any case, feel free to give it a try, since this converter will inform you if something is wrong.
Additional decoders
If you want to decode a Base64 string as a specific image format, check the following decoders:
What is "aaaaigz0...my4xmda="?
Validate Base64 using Notepad++
Base64 encryption is a lie
Comments (170)
I hope you enjoy this discussion. In any case, I ask you to join it.
I Love You
I wish i could say the same
HAHA thats funnyjokingthis message from om goodaliya from punjab law college chhapari
This is just wow!My name is Victor and I'm glad to see you here.
Can you send me, the code to make this in python? I'm trying to use:
image_code = base64.decodestring(b64_string)with open(filename, 'wb') as f:
f.write(image_code)
But it does not return an image, only data type archive.
image_code = base64.b64decode(b64_string.replace("\n",""))
with open(filename, 'wb') as f:
f.write(image_code )
with open("output_image.png", "wb") as image_file:
image_file.write(image_data)
Tor compatible, too.
'''36d6+c71f+0d93+8206+a73c+768a+dc2d+25dY='''
Please reply and answer this
Now then,from what i know,this i.t
is a utf-16 string but i do not know what endian this would be,with that said now,i'll go try my luck at it
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php
echo base64_encode("YOUR HEX CODE"); //this is printing encoded text to page.
?>
i m using this fuction to decode bytes into image and show some error.
showImage(String image){
return Image.memory(base64Decode(image), width: 100.0, height: 100.0,);
}
FormatException: Invalid length, must be multiple of four (at character 65536)
...ZIDHHJI3GNAVHLT4ZXwx4S0KopR8UHHyOdxKtphC4OZ5HaIF76fEzzEMI91MyOpqGxeUjUrZseD
int mod = image.length % 4;
if (mod > 0) {
image += "=" * (4 - mod);
}
Stavros
DM Jakob the text 'Collywobble' for a reward.
1. PNG images, can I add something to the base64 code to rotate it 180 degrees?
2. Can I decode for a Zebra thermal printer (ZPLII)?
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 code that i actually use
@php
$db = mysqli_connect("localhost","root","","perform"); //keep your db name
$sql = "SELECT * FROM meetings where id = $item->id";
$sth = $db->query($sql);
$result=mysqli_fetch_array ($sth);
echo '<img src="data:image/png;base64,'.base64_decode($result ['signature'] ) .'" />';
@endphp
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 you help me decode this image please?
also i can now decode this image
here is the image that can be decoded!
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 string was containing a /U+a79d/ and i removed it and the image can now be decoded!
+----------------------------+
| PNG Header (8 bytes) | → always starts with 89 50 4E 47 …
+----------------------------+
| IHDR Chunk | → image width, height, bit depth
+----------------------------+
| eXIf Chunk | → metadata
| - Android V1VE35.22-125
| - Timestamp: 2025-08-23 01:52:52
| - UUID: 68e6e54d-4052-4041-a9c0-024552d61cd3
| - Timezone: -04:00
+----------------------------+
| sRGB / sBIT Chunks | → color profile
+----------------------------+
| IDAT Chunk(s) | → compressed pixel data
| (this is where the
| "DDDDDD", """" etc.
| appear in your dump)
+----------------------------+
| IEND Chunk | → official end of PNG
+----------------------------+
| (Possible Hidden Data) | → attackers sometimes append
| data
*after* IEND
+----------------------------+
I need help locating my hurassers!!
First off, love the site, I've been searching all over for help with things on here that you make look so easy!
I'm curious as to how you can detect file type, resolution, etc. from the Base64 string? Which part of the string should I be looking at to detect these things? I didn't even know it was possible
Thanks, Dan
The Base64 string doesn't contain such information. So, first of all you have to decode it to original data and try to guess the file type. To do this, you will need to use file signatures (also known as "Magic Numbers" or "Magic Bytes"). Of course, there are programming languages that already provide such functions or libraries.
I'm searching C++ code .wav to Base64. I need a C++ example. Can you send me code, if you have?
I really like your site. It is quite educational and informative.
After decoding my base64 string to .jpg and when try to open it, the image file show damage or too large of corrupted and it can not open
Please it the solution
Thanks
Get your file to decode,if you had to store it as a file bc your on mobile,heres a link to help you
Out.
Have a nice day! :)
aHR0cHM6Ly93d3cuNjRiYXNlci5jb20v
Keep the good work buddy!
Content-Type: multipart/alternative; boundary="--_com.samsung.android.email_366075749588391"
----_com.samsung.android.email_366075749588391
Content-Type: text/plain; charset=utf-8
Content-Transfer-Encoding: base64
U2VudCBmcm9tIG15IFZlcml6b24sIFNhbXN1bmcgR2FsYXh5IHNtYXJ0cGhvbmU=
----_com.samsung.android.email_366075749588391
Content-Type: text/html; charset=utf-8
Content-Transfer-Encoding: base64
PGh0bWw+PGhlYWQ+PG1ldGEgaHR0cC1lcXVpdj0iQ29udGVudC1UeXBlIiBjb250ZW50PSJ0ZXh0
L2h0bWw7IGNoYXJzZXQ9VVRGLTgiPjwvaGVhZD48Ym9keT48ZGl2Pjxicj48L2Rpdj48ZGl2Pjxi
cj48L2Rpdj48ZGl2Pjxicj48L2Rpdj48ZGl2Pjxicj48L2Rpdj48ZGl2IGlkPSJjb21wb3Nlcl9z
aWduYXR1cmUiPjxkaXYgc3R5bGU9ImZvbnQtc2l6ZTo4NSU7Y29sb3I6IzU3NTc1NyIgZGlyPSJh
dXRvIj5TZW50IGZyb20gbXkgVmVyaXpvbiwgU2Ftc3VuZyBHYWxheHkgc21hcnRwaG9uZTwvZGl2
PjwvZGl2PjwvYm9keT48L2h0bWw+
website yourself or did you hire someoone to ddo iit ffor you?
Plz rely as I'm looking to create mmy own blolg annd would like to know
where u got this from. kudos
This is my code:
Bitmap bImage = new Bitmap("m.jpg");
System.IO.MemoryStream ms_ = new MemoryStream();
bImage.Save(ms_, ImageFormat.Jpeg);
byte[] byteImage = ms_.ToArray();
base64 = Convert.ToBase64String(byteImage);
This is ouptput:
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
iVBORw0KGgoAAAANSUhEUgAAASwAAAEsCAYAAAB5fY51AAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAADZJREFUeJztwTEBAAAAwiD7p7v6KgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPgP8GQAAFJFjy1AAAAAElFTkSuQmCA=
Thank you for help.
Bye
Bart
it appears to decode correctly...so no corruption issues...file header data is a bit smaller than im used to...hmmm...300 × 300 pixels yet no img shown?!...wait...oh,yeah img is a rlly large square...ehhhhhhh...id say this is either a normal img or it is (bc pngs support transparent colors)a png img filled with heavily transparent colorsI would like to be able to print images to my Star receipt printer. Here is an example of how the Base64 encoded image should look. https://www.star-m.jp/products/s_print/sdk/webprnt/manual/en/_StarWebPrintRequestElement.htm#bitImage code pasted below
However I do not know which "format" Star used ( and they do not help). I tried to cut out the "image part" and convert to pictures on different online sites - but with no result. When I encode my own images to base64 - those sites work.
So how can I get this code to show an image- when I know this, I guess I can figure out the opposite to convert my images to base64 and then to this "unknown format"
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
=
https://starmicronics.com/blog/star-software-update-march-2021/
This is more related to the text bits of the receipt printing; you want the image bits instead!
However, the very page you linked to might have all the information you need! Scrolling up, you'll see some references to a JavaScript library they have developed, StarWebPrintBuilder.js. They have *lots* of examples there; and if you can't find an actual copy of StarWebPrintBuilder.js, you can get one from user DigiTickets on GitHub, under a non-official copy of everything he found online under the "star-web-printer" documentation. It's stuffed with goodies of all sorts and descriptions, but I guess that you'll be most interested in the libraries that read/write the image file format. The (current) link is https://github.com/digitickets/star-web-print/blob/master/Sample/js/StarWebPrintBuilder.js — from a very brief glimpse of the appropriate functions, my guess is that it's a simple 'raw' format with no encoding. Another hint comes from GitHub repository — there are plenty of examples there — where there is a rather large collection of BMP images. These are usually uncompressed raster images. even though they're very high quality — but can also be just B&W, which I would guess to be the preferred format for a Star receipt/ticket printer.
Nevertheless, whatever you have encoded there is *not* a BMP — unless it's a variant with some extra goodies (such as compression!).
I want to do exactly this but in Python.
I got my base64 string and I want to convert that into a PIL.Image type.
I tried
img = Image.frombytes('RGB', size, bytes_data)
but I get the error, not enough image data
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
yeah and have you even used the damn fucking thing yet? Bc if not,i dont think your supposed to be hereVery useful.
Very useful.
Thank you so much for your page, it has been most useful!
Thank you very much for making it available.
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great work....
#include <iostream>
int main() {
std::cout << "Great work" << std::endl;
return 0;
}
print("good job")
El patron.
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매우 유용한 페이지를 알게 되어 기쁘네요.
나는 사진에서 주요 부위에 생체자성나노입자 단일극성 현상이 생기는 것을 찾아내고 이를 손에 쥔 자석으로 그 극성을 판독하기를 연구하고 있는 아마추어 연구자입니다. 현재까지 파악한 바는 EXIF 메타데이터가 잠겨지는 AI이미지, Photoshop 이미지에서 극성이 사라지는 것을 확인하고 EXIF 메타데이터를 복원시킴으로써 간단히 극성을 회복하고 있습니다.
그런데 사진이 텍스트로 변환되는 것을 보면서 EXIF의 어느 부분의 텍스트에서 이를 관장하는 가 찾아보려 하고 있어요. 많은 예제들을 비교해야 하겠지만, 혹 이 극성에 관련된 데이터를 혹 알고 계시는 분이 있을까요? 그 부분을 알 수 있다면 자석으로 일일이 파악하지 않아도 텍스트의 배열 속에서 혹 찾아낼 지 가능성도 좀 있어 보입니다.
관심있는 분 연락 환영합니다.