Base64 to File
Decode Base64 to file using the free online decoder, which allows you to preview files directly in the browser, as well as download them, get the hex dump for any binary data, and get summary information about the original file. Please note that the preview is available only for textual values and known media files such as images, sounds, and videos. In any case, you can always convert Base64 to binary and download the result as file, regardless of its MIME type. If you are looking for the reverse process, check File to Base64.
What are the features of the decoder
After decoding the Base64 string, you’ll be able to:
- Preview the file (for example, you will see an image or video player).
- Download the file by clicking on the special link.
- Read the information about the original file (such as MIME type, extension, size).
- Analyze the hex dump of the file.
Comments (190)
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
Use the HTML bellow, and replace "PUT_BASE_64_HERE" with that base 64 string.
<!DOCTYPE>
<html>
<head>
<title></title>
</head>
<body>
<img src="data:image/jpg;base64,PUT_BASE_64_HERE">
</body>
</html>
C|-|4M^4R M^4^D=4RC|-|^D=^() K3 84CC|-|3
73R!! M^44 K48|-|^()X^D=4 F4^D= ^D=|_|983
L^^()W^D=3 K3 84CC|-|3 :D
K|_|S^R!! M^4^D=4RC|-|^()^D= K3 84CC|-|3 :D
73R!! M^44 K!! G49^D= 7^()^D= ^D=|_|9
83|-|39C|-|^()^D= K3 ^D=!!93 :D
73R!! M^44 K4 Y4R |-||_|9 M^3 :D
G49^D=|_| M^4^D=4RC|-|^()^D= K3 84CC|-|3
P|_|C|-| J4K4R 73R!! M^44 K^()
K!! 73R!! M^44 K48|-|^()X^D=4 K!!S^93 F4^D=4 :D
J!!S^K3 84^D=4|_|L^47 7|_| !!S^ ^D=|_|9!!Y4 P4R 44Y4 |-|X :D
R49^D=!! K384CC|-|3 :D
P4P4 K3 L^^()^D=3 K3 P49!! S^3 P4!!^D=4 |-|^() K4R
P4P4 S^3 8|-|4KC|-|^()^D=!! K4R3G4 7|_| M^44 K3 L^^()^D=3 :D
73R!! M^44 K^() K|_|7!!Y4 8494 K3 C|-|^()^D=|_|9G483
L^^()W^D=3 3K84C|-|3 =]] :D
73R!! M^44 K4 S^3X V!!^D=3^() 8494 K4R
P|_|R3 F8 M^3 ^D=!!K|-|4|_|9G4
M^^D=4RC|-|^D=^() K3 84CC|-|3 :D
73R!! M^44 K48|-|X^()^D=4 M^4R|_|9
M^44 K3 L^^()^D=3 :D
73R!! R49^D=!! 83|-|39 K^() C|-|^()^D= C|-|^()^D= K3 P4G4L^ K4R ^D=|_|9 :D
L^^()^D=3 M^4^D=4RC|-|^()^D= K3 84CC|-|3 :D
73R!! M^44 K4 8|-|X^()^D=4 F44^D= K3
73R3 G4L^3 M^3 749G ^D=|_|9G4 :D
M^44 K3 L^^()^D=3 X4L^3 8|-|4^D=W3 :D
C|-|4M^4R M^4^D=4RC|-|^D=^() K3 84CC|-|3 :D
P4P4 K4 L^^()^D=4 C|-||_|S^3G4 7|_|
M^4^D=4RC|-|^()^D= K3 84CC|-|3 :D
73R!! M^44 K!! G49^D= M^3 L^^()^D=4 ^D=4L^|_|9
83|-|39 K3 L^^()^D=3 :D
73R!! 83|-|39 K^() 949G4 K4R K3
8|-|4G4 8|-|G4 K3 C|-|^()^D=|_|9G4 :D
X4L^3 M^4^D=RC|-|^D=^() K3 84CC|-|3 :D
73R!! 83|-|39 K^() K^()7|-|3 M^38!!7|-|4 ^D=|_|9G4
83 L^^()W^D=3 K3 84C|-|3 :D
73R!! 83|-|39 K4 Y4R 4|_|R PY4R |-||_|9 M^3
83|-|39 K3 L^^()^D=3 X4L^3 :D
73R!! 83|-|39 K!! C|-||_|7 M^3 94M^4K ^D=4L^ K3 C|-|^D=^()|_|G94
83 L^^()W^D=3 K384|-|C3 :D
K|_|S^R!! M^4^D=4RC|-|^D= K3 84CC|-|3 :D
73R!! 83|-|39 K!! C|-||_|7 K^() 4!!S^3 C|-|^()^D=|_|9G4
K!! C|-||_|7 F47 K4R C|-|48|_|7R4 849 J4Y3G4 :D
L^^()W^D=3 K3 84C|-|3 X4L^3 :D
73R!! M^4 4K^() 94^D=!! K3 K!!94R3 L^3 J4K4R C|-|^()^D=|_|9G4 :D
M^^D=4RC|-|^()^D= K3 84CC|-|3 :D
94^D=!! K3 94M^K!!9 P49!! 73R!! M^44 K!! C|-||_|7 M^3 ^D=4L^ K4R C|-|^()^D=|_|9G4 :D
8|-|4G!! |-||_|!! R49^D=!! K3 84C|-|3 :D
73R!! M^44 K^() C|-|^()^D= C|-|^()^D= K3 4!!S^3 F4M^^()|_|S^ K4R ^D=|_|9G4 K!! :D
8|-|4G!! |-||_|!! R49^D=!!Y^() K3 L^!!S^7 M^3 |_|S^K!! 94M^3 ^D=4RJ |-|^() J4Y3G!!
83 L^^()W^D=3 K3 84C|-|3 :D
73R!! M^44 K48|-|^()X^D=4 F4^D= K3 73R3 G4L^3 M^3 L^47K4 ^D=|_|9G4
83|-|39C|-|^()^D= K3 ^D=!!93
S^4L^3 R94^D=!! K3 84C|-|3 :D
73R!! M^44 K!! C|-||_|7 M^4R|_|9
M^44 K3 L^^()^D=3 :D
C|-|4M^4R M^4^D=4RC|-|^()^D= K3 84CC|-|3 :D
73R!! M^44 K!! C|-||_|7 M^3 P49 K|-|4 K4R 7|-||_|K ^D=|_|9G4
L^^()W^D=3 K3 84CC|-|3 :D
Just so everyone knows,this is appearantly leet speek,and even though theres no coherent scentence,it might be a leet speak over-encoded/ciphered base 64 string...idk what the string means and im not going to do the work on that one, but i will leave the decoder here and a notepad to decode and clean up the data if you want to do so
aHR0cHM6Ly93d3cuZGNvZGUuZnIvbGVldC1zcGVhay0xMzM3
aHR0cHM6Ly93d3cuZWRpdHBhZC5vcmcv
i just took a look and found this aswell...suprise the hell out of me that this is a thing a person made
aHR0cHM6Ly93d3cucm9iZXJ0ZWNrZXIuY29tL2hwL3Jlc2VhcmNoL2xlZXQtY29udmVydGVyLnBocA==
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
I have something similar:
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
Can someone help me with below request ?
Problem : I am consuming API which gives me image data in below format ( PFB ). Now, i want to show/use this to display image, how can i achieve that ?
Response image format :
����JFIF��C ������ ��aQ��?���]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�*�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�:�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J��U*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�E]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]G]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]ER�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�Tu*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�E]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]E]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]ER�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�Tu*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�E]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]E]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]ER�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�Tu�{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W���{�^�W��飼�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+��t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-�����ڎ�WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-�����ڊ�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R���t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+��t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+��������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-������[Kim-��T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ��WJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��ҺWJ�]+�t��Һ����=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ��=+�J�Ҽ�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�J�*T�R�Qӥ:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S�:S���
Thanks!
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
Your string is a hex value. To convert it to Base64 use the Hex to Base64 converter. Next, you can preview your image using the Base64 to BMP converter.
help me to decode/decrypt to normal text, help me please
It's all about trying to get in with whatever got/do,
with that being said I need to mention that this is one of the best base64 encode decode websites I saw until now, even though I can write my program but this is how I can help the website.
I was able to extract the image file in .resx of My DOTNET project.
I have a string
z4CwXBTbwvP+tcFMUmAKzPDdT0aiXild+VhnMKxiqtnQmezjNIx74eVHGWZwp3wIOSW1Z2mf7kKJS58t0+rUp6i3fVvVhPRb0APjotFRFcmyjwXhDw8xgysNU23h8gwF
which I supect is base64...It comes from an SQL Database and seems to be 96 bytes long. I've tried a number of things (e.g. decode it with R and with Python - also with the zlib, since I initially suspected it might be a gzipped xml or something...). Nothing was successful. Can it be a proprietary coding alphabet? Your application says it's a valid base64 string and your character encoding said that the string is binary (just for my information: how do we know this?), so I decoded it to a file and inspected the hex dump - but I still do not have a clue :( I cannot display it in the browser, the MIME type is apperently application/ octet-stream. Can I output this as xml data, if yes, how?
Do you have any hint for me what I can do next?
Thanks for this fantastic page!
best,
base64victim
This string is unlikely to be a compressed data. Perhaps, it may be a custom encoding algorithm/alphabet, but I think there is a higher probability that this string stores a raw output of some hashing/encryption algorithm. Anyway, to understand what it is, you need to analyze the source code of the application and the structure of the database (if you are lucky, there may be a comment describing that column).
thanks very much for your quick answer! I will try that, so maybe I'm lucky.
Greetings and again: great website!
Yes, you can do it using PHP. For a related example, check this one: Convert Base64 to PDF in PHP.
gScaRadmQv73lK/MkYIlJOWS8pFM/md4TlOJOzZQ4/UyTsAHLUQBkhX8mX+NRGJYFJELtJKvWZ/prKNNTWmCSvryfc/BzXZhBnNy/K0xkeF5rZTVGbUOg/lnVwGJoySc2zGrAm+Kg/BFxyiQ5Mpa9NvOKm+gcy1cdKct/LDkHAJXHK4tXwXRww68WcyTj/yZcghlOvwB6Lx+/bbPbVa1p6wb/aDsBX52DZM6NqX0RKkX80kHVCDUPgA5APnC/zUAQiBKfgM1/qtCvqetT7KrUFivx8ssyrc1CihG7qL3UCtumDuZ80GwUTw+8rLB+aXsUf3ULxC0/BPbr7nXpszq6DT0XMwVUDrAEa5BTcw/9Y0=
90HT31JOcypQp+IxMo5GOvVmQa53MvS6FaWELYGiPOBASxFhH8ka74gZNlnrt1Vt3O1nerDYbpIdmojosu6fWKnrH2qV4OowsZWSu7sBmQ55fJ9iRnatmqD8XEdtMBbBRDKCyUPDZATH7QCqlpBLFRJvYQLLvNeSg6X2IPQ8\/lfg3gO3vy6\/fiG9Zx\/pTNyOJjRRTDCH2CGamvR2OXTDtOuDCWFXWdGqXUUF1y0ww+3Ap5V4AWRDrHWWbTgQYqllT\/HpJ\/rEeBHaj5UTgNWVR\/Gf0yV3CXm7yDx6F9b2FqtFfUenC9cmCEenuxswrmtjXgnNaARcEBolaxi3mQuApQ==
more ----------
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
currently trying to figures out how
The newline character (0x0A), as well as any whitespace do not interfere with decoding process and this decoder should decode such Base64 values without any problems. However, it won't decode the Base64 string if it contains the "\n" characters (that is, you see the backsplash and the "n" letter).
GTZw5x/X1/4DlqI4qBMqkCqBeEZplHBSgOcfm4DBvXJouAY140seG3fBtTsV3efj0NMYg0HKfFou2AuraX5TqQ==
oECPpCuNjJYCea1TJgqCRRpIaAKAsyuj6G6lp12b9Zkbh5yEhxuk7yHxhGwUxe0304OijyZ1VUjeWJ6i+c72tQ==
=?bkwtnczv3qis6eznkUTF-8?B?ICAgICA=?==?11r5kjc7cqq7tmng878UTF-8?B?ICAgIA==?==?sp8emrrvcbngn582eb459dxUTF-8?B?ICQ1MCw=?==?wfwfc4l5ys7iaipifn1r5UTF-8?B?MDAwIA==?==?h43jfuhkao296h9vlexmshrpfdxtzUTF-8?B?dG8gSGU=?==?xyjqrx4ubk7iUTF-8?B?bHAgUA==?==?m4xljc6oaxnfedzf37bpov2pkUTF-8?B?YXkgWQ==?==?m4xljc6oaxnfedzf37bpov2pkUTF-8?B?b3VyIEY=?==?zwyu3sqdub4eczpwdmdalxqv5m2UTF-8?B?aW5hbCA=?==?zwyu3sqdub4eczpwdmdalxqv5m2UTF-8?B?RXhwZW4=?==?wfwfc4l5ys7iaipifn1r5UTF-8?B?c2VzISo=?==?hac4zok25syUTF-8?B?KiAgICA=?==?vd0k1p9jyzvd0g7UTF-8?B?ICAgICA=?==?hac4zok25syUTF-8?B?ICAgIA==?=
it appearantly is mime type base 64...
Heres the results from ai...
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
------=_Part_10927_2097089144.1585141215565
Content-Type: application/octet-stream; name=begleitdatei.xml
Content-Transfer-Encoding: base64
Content-Disposition: attachment; filename=begleitdatei.xml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How can I decode this to an Xml File?
Thanks. Norbert
But when i paste that text here and run base 64 to file i get a filesize of 897.27KB:
File Info
• MIME type: application/x-7z-compressed
• Extension: 7z
• Size: 897.27 KB
• Download: application.7z
What should i try?
E85vdloqepf+9s2jKA5yBppRxeCYImk+Gp80AaFWN7FMNMV/YBZ64AY2d9lPPOX9PmXWg9iy968=
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
This is because when we try to do the following in Java (JDK 7), the results do not match: -
1) Decode the BASE64 text using
javax.xml.bind.DatatypeConverter.parseBase64Binary()
which returns a byte array.2) If the byte array is represented by a string using the API -->
new String(byte[], Charset)
...this gives a result which does not match with the result in the "Preview". Here all 166 Charsets supported by Java were tried and it did not match with any.Please help. :'(
^Application^Octer-stream^Base64^AAABAQMFCQ4WIS4/VFpaWlpaWlpaWlpaWlJFNicYDAUBAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA=
how to decode this
i get this data from hospital laboratory blood test machine
i think this is histogram or image but not confirm
can you please tell me how to decode this?
then how to get histogram "points".
if i convert this base64 data to text it give
!.?TZZZZZZZZZZZZRE6'
...!!?great website :)
my no 9923140079
we will pay for this
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
where you get from this code?
what type of code?
I don't know the code.
Perhaps it's XOR but I can't find the key, or maybe ASCII.. I have tried a lot of things but I can't decode it.
Have you an example java code to do this, i've try Decode Base64 but not work.
Thanks a lot.
Take a look at this example: Convert Base64 to PDF in Java. With a few minor modifications it will do exactly what you need.
Thanks
cheers
Thanks in advance
This is the 1st
2aextr6f7dgppogpj6st734w93xhn787oye67jask1crcq9byzyrz3phg69ais4g56mjnmaoy5w
c6d668ombziqrrpjy3xwc8r0si0mr8l2ul080hmcwfrxpsui7rko0wce9lwn8664qmfsequc3v3
efk09hucr335owinuxfcvpt6w2be80m3ye1ahy3r3v65tcewxrt0iu9sj4bmg85c06j4lu8xl2i
b8am9vv3gied6kbdtiorcmlgy7dq6nwzzunnrx25ocbn4a4e5ulvhyny1shj523vov1qtg7x83t
68m976ydvklgu0qf3hf4em8p4yf57j2ynalz52dqxrnukrbrb3slym8a33x9ujdnyg32jqli0xw
duuuygn2o8vdfnqud83xrmk9vlmvrgvvyak7kz7ncanf42hsu8cqzy02mkdmaay26a1bfga4f5w
4fdrz9knf473w6zufrrpqnw76psbtfjwdjeu6fa8xtjrvumrcovvdl8yrf7lgetd7t20802yljl
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25ysjk4kuyjbglcr9eq2fiii11c0v5gnd7b42jzlzqwo6ca5sx11iiu1ckjesq74s1bwdsac4mx
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bi5vg70fzosldnqrq0egrx4xf6r4pgl8x5evtqy4rc1qpbb4qknov5ljesnh8785csmqj7hf5ca
z2s3j72d7vvry4jk2lv66vf39fat5oy4xn01zsucwx0sjtdfvqacp0v19gymgtbuco5k7y7nig2
8fvn7nv544lso94jpjoc5lyip5k1bzg347u9tsg3j4f61lddrwgauda3pe2ff6l1uk7upxy69xe
kgqewkv40blmc3lzw7lf75y4mh77kk4mfe2jqvhx1v876vdi1m6zo0l60r5kd3c9aqvdy7mgz23
6j7knmo441jt6tem7orbkbp5d74aqgclp7m6y1lebpexe5tzpj3rn71cclkmftv7hqsm5i47csu
8dp93ghko4a8c9iadidzign2ekb39tawmjss30weogrpxd22hneqbn99uy54otdqje
This is the 2nd
10nmfrtl9u5fgzvh0sasjmzm785qxbdrk4l2pkvddm436v2751wja33s58f5rs1llswkkesnqf5
ivwx8wh64oqvngmtm2jce97nbck16teyys2lz5ogrfeta5ucez2p26jshpqprdvkmk3ckf1ayve
wthl95y301inbze9p3pxrmlwmwbtw73d8mnptyjs0igy6b8gd9qdytci7c9t13ge7rqzp35kanv
hadpd331nn08kforuwk30446a7bvzbqi3dwz4exl5h30zwi326rc8armu4v7x5wrerd5akadz8z
n66qlabvoby8u5917eeyeh0yic0zcoh9ur6dcj0ffq3juo4aolzfxbl5p18hgb5f2fdn95cxpfo
1woo1ashgxzx0qvb68bh7dnk4vtz8195mn2jo4g4c19h7z4iugchzkojeocxpagtpzk1jcus9v7
61xtsvhroq59r7uk7k86lt3176fmsuqm8ivpadfcss4xasi2sqbt7v2w6cw62kqiqud8vf6k170
xm3xndfulpg2n831gpx7z8nmc4s74lvpg0wskgh0dcnqaq8fsgribtujgt0shs8fa3b5yd2xdwy
ncxupkin2v8rvbv59e53ing1a3ds14st52k9x9l07cvwhi7kt0lkhmzgfkkjzlrvzdffh4fab8x
bs9dwqv8bof1jc9hed56f9p0fpjhgu2nt7olozxagbofn3gzcchmhtm1y5j29bt8aye7gonsfkr
6ms3x3vco11p7g2krjxdecjhy8xu37h17s68ub8xogswm1dpfaudwww06if565golv3l6o8y1f8
gw67195que1j5snzq8alkdz3jccljr04xp5z6npoxkls85wqctsvfokorz7gqzttet4m5g09n7b
c661s2w8miern7im8033zfwv5nocwxgjgfjcugpymabp9ogfwi2qr6vlvl65kaatpow96gi1p2a
42jiv8s32llkrvtwwxbnvxi3bquexari8ngv6307m0ktcurkkpvg8q73t2jynxk3yifm51hx873
d8zbm11e2nu0dhpo67ti56h2bmkrvc4qms5kvff5gofxhh5ux0p0jlm8i4g5w45ww14gqlnjidk
fv7fyjcatfzet4sxelklzr6pktycilw2r06p979l12kd9o0x9hxfbz69ekdmsmk9usp1fdyon5w
ud6xlz1mmyng6fhbwwws18l8gsv9k1vdiwu4ox17uzwtuuzip978p8lr0hugk6flrpbuf1xuhqf
zifqcskyyvgwxudgpj8yqawlhp7vgbl2kdxf3uylgyzmhc2hc7ro4dc8aft5s6iyt8boqewe92b
ecu1iz45cotqyzp1v789dvgxjsl2r6ov26epa6d3kd4pxb4ko2wbd1w8ueq9ucqn8unol0zoib0
a1y3mk2yvxjxs7dsgfkx7mi02qbzeslmnympdyn6rm2m6nd1fi9igej1y152o0ada18n3c59dja
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v7u8wt6tg5n6fpb2buuznjmm5jzxvs6ggawptcjhytcbn0uw2al49ituu9jykok5bjptdpwsmcs
ynze29qiphfsxqw7gmisz4omvvsu4wwxfu60c9i9h2arvkgy67yty9qtsrdtoli223iwjhuvmh6
g0kn42tb9z50q781g6fqx79yd17d2fkjnr93prah4irpf6z1nwod6sivkci2s9992garpzjtyz1
j0mwjc97qkni2xccuy5gmdypmwh25vcrj7jfs9gski8jn8c7k9ujtxyrgq6etloj0lehvkomis4
ai936m1zvewoeftckczi3jf3wjvszbk989jadyl4pmxdgylxqh6zral2f1xox32rxvdfnwhnmqd
unb7e9rwk6yoivzmiuzyw642pk0do8rbq2l9y7asg52bxzqgp3xtkjrvrqwn5s24eng69u4n7br
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4z7uyxw3ienj1pnlyw7ffyx1xayu7gneorppbt3ubvyylqc30iaiy6y649zkcv2tvh5rquhvlpe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Can I get any help on decoding this last question on a cypher please ?
A month ago I've asked and nobody could help me.
The question is :
Thie given problem is exclusive. Or is it ?
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Which is took from https://einv-apisandbox.nic.in/version1.03/generate-irn.html#requestSampleJSON
Code
-----
{
"Data": "cwMtQmlx/upJuEqKfTMTQ6RH1s6SOQwm9SknTMBvHm9CFeJCCs4otZZbdf76sP/xpR4K3H5qvf1FmSrIFw1kmcPG1fSrE+AhZXjicr07dFsFmngugxwcTu 4BScdA75FgIolVbvDnDgvzJyg9mDWxMIM3Mkbtt7by5XC9CqVqqhnPSri9R5UE3PJgVKcMsM3aBewBdNGiQ/2Z9fITZwCp1l/z6h6pMDd93GT30I8nxMsn3 frJfUJZF+VW0LDdaHRYZI06mE3oBELTKgLh6QCLyaa1F+UtwjVCWNcilnIl0Lcr8fYzg0b8hqe4BoVRxKsccK128+69NuI3QIIvpBywrqz+q1+vhK7bg6WM T7tOT+8us/LvTSEFdDS0IjFD8PcBQuqHPeeHRNyYCln9M0yEeWwWue+JoXHPlWT4RVQsJdcaEVC2EdXoYdHQBx9t+PmXCAOpdHNqLVuHMldHyDVdskznY35 SdvpbA4MgYu4OVmYoPYIqlXJBP39/P0CiQR6IA1S/YY76n2FB+QqJI1n3ayvvu/WD4k6lY98L96TOSa4ssF0e1F75axBLE9yyOU2aAJhpahF+Syhj5sLR/m RxRxD6sy01mLsVthW6ua+kRRY4IwGP9dJGmE/Tbnf3FTa413oFyG/At5oR5LFh2ckNDzZ2Jbriv4LZBwoWhYKTKivPOU60K+terW/Y22k7FWFrwpZpdeUdO Qj9WAMeL7qhWFSRVYlK1Be3/fP+qG0HFEtAF/z5Od4aqztp8NH7jE5jQqFyyRvN0iSv9ZFatJErQTp7+/sL4q2XEkcICqpbQ7ShpqeNMvaqP3Dlz4zhBZEr VZONvSVjObt1eHexIPibMYNeuIFevULQBchd10xwqrZiZyyi+5224N53EVjys8nPiW2ZFBVcEviNsOWvb9nEw9PqD2iMFVtTFH6hWWOfeEel7ROn5q3jbPX 1D+RUgS0xgdghwhhFliP68XhphWL0jI/74Nmf8VnUIAWvJNzGBlcMOgW9oHiNNszuhHe/DydLg1lQaCtSLCcA+Eee0GHQJ0CULVNDrwbVwP2N5nVajdzPOU 60K+terW/Y22k7FWFrwpZpdeUdOQj9WAMeL7qhWFSRVYlK1Be3/fP+qG0HFEvfZY1k8+sXFpIs6AopkEaXLXZhkJI0alapVD4nw6axcAoQQZeBugsfb/Eyy cgL7Zc8xUSGJj1XZQQcSReiKaNiG2wbmrGnljDJgh0GUjMRbI7p+ABlcsJc77BuXC8yYLKxuuGJt2QQ0/mpRde7bKxerXV6DGbRHqw3ISs9DJgx90O9OmUi 6RRAonFeD13lBO9ajZt8LJ7DFc8xn+Ty13IxAGEOv2QqxaaII24dxdzhqSLwAtpcED46mWW8og2YLNkyOLlpxtyIj7rIDc8qQQwh/oVbL2gR9KWO1E6ywO7 fLDOMdEL8xQyMgunD7+YRON8k3yYvAcF4R5XG9nR6Rs1kbWtZG6yhUE0dirkOYFoM8z+YbHybPH/CqiazWscK7doyQXtZF8mZvYsLsiCSOkmtcIYZniLvhZ yo5Hddc42V2Ej8fEPL5/GQpS5CD4+xrQli8C1fBZ9KQX3FthAAJ0vQ47CmMejpaCXxaLJymmLDrftFV50D/T0gZ11EGBrxgOOQgQLe4eTk5dGai6pZizjr9 eHgSd8WrT3VSs4jWWEBFIi/kLvo1yn6ZZ1RsvofmDqQSQKwCHWDmDVLWv0j4I9CPQRfX8X2FgIdqQWyUjuCfF7+P/Qz/DiPND9lQorNEcSbvpAFdf6EbkBF Lg3fijnBRAbEzu+dIkk6UUedshxIaobIiTSCd+wM09y+bmqLLCzYvmY2FsJb6Eprr+CxM2FJGca+03IU3ABJVQEWylYI0Dia7jMZjt07KR/SBD0DXCImYur vzsJKiNKhQYsAtkyldq1MQ4L1PzvhJHWyV4hs7AHrPmztkNFNE2Sg+DqMfsEGYq99j6ZnseW1CI/dbY3bq9B3yNRcJr5QVfOVWI5NE73tTc55MR2RJ6h8wy 70qQX9hhKeYE4EVk0lxIvMuOsypc60AadwqIp3PfgiuI3UYFBerwHiWTe8meMnJov15VjbTRBq9SHyJLgDHCoDM9Gq0x00LIK4C/SjS8hvKXi8Gw87aXITo lalUhdOLUq6ULvE2CMOeL6tzlRO7DgLFyv+2Th9AjgwC1k3+LPjiEDRS6Xsi0d2XzL21AAQGuDJapFJNQFDjs4INDjV7mFahiNQva7SrbHknz0A77wdc/Hb Rrk5TggcYGgm6UaidlAQEjNnT88tP11dZaGvqIdzKLxDQDDALx7JHGmlalgOPe4su9gFHfQ+PV1k+VBUp5m9tOYpCHgls57+nk+BW3Q2Dh83ULxFxUYZPN6 M4dI+kGiZA/kNcp13AOebUPMtKnmiTPFRJoTvjPbyfCRtd3cy6CilfBdNY0v9pJ1zhUgYk/NUyMmK9lIoQZzdFAuEiGFWp2QfTrCcRnh4H6ABSQ4+3eZ5g7 ZiRVUIt5Tkvv8+7bPnRkQJSYtA5pmppYtK4ris4IJWr/yMvBazHaLZfusO0F8XMAg7C/E8JenI6HEb4CceTfPeAw44nk5gVMOVzlCG/DvTMxDQCqKG5Zt1I yV9dWmplE80bTjkz4k/CzRC/7yN7g=="
}
����JFIF���I$���
I tried converting this to base64 but nothing happened. Can you please help me
[UPDATED: ]
ID: b1e1-ec12-ad50-b4e8-6b0b-39ee-6f31-fa35 got this from database in frontend angular. it is an image
Here is a screenshot and text file with text layout:
https://drive.google.com/drive/folders/1q80pDEBWOXfzVP8FSCOvhnJ06Pv4iUQA?usp=sharing
gH5BpCGw+jG/DWztCj78VF0w3u5NZHdAf1drMxKU6DnVQJELfiMedo50/vuhiONlq04JlSfikOxrm9FeFtqdoRCVa/6BE0l4FT8pcL7Q4wq3yJn4M6T6L84O1GgPUzSbQg/yAu5sehNpZvkw65vRpRD8kvz8h5W4oi2XR9gPZHc=
Just wondering if you have an example of a decoding process from base64 to plain/text file in JavaScript.
I would really appreciate your help.
Thanks in advance.
Keep the great work up!
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
Hello sorry to ask for this....but I am not finding the way to decode this, since seems like the person who encrypted it just spammed the encrypt button too much.
Can someone help me please?
its for something that a friend of mine wanted to tell me, so if you can help me please do.
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But it appears as a .bin file despite not being one, if someone could help me I'd be thankful.
137 80 78 71 13 10 26 10 0 0 0 13 73 72 68 82 0 0 0 234 0 0 1 134 8 2 0 0 0 250 183 138 140 0 0 0 1 115 82 71 66 0 174 206 28 233 0 0 0 4 103 65 77 65 0 0 177 143 11 252 97 5 0 0 0 9 112 72 89 115 0 0 18 116 0 0 18 116 1 222 102 31 120 0 0 5 74 73 68 65 84 120 94 237 218 209 113 218 80 16 64 81 234 82 65 212 67 53 52 67 49 142 130 5 146 48 34 158 201 36 230 106 206 249 68 15 191 159 59 59 11 230 240 1 89 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 138 249 94 78 195 225 211 241 60 189 244 15 252 159 91 248 43 242 221 34 223 0 249 110 145 111 64 44 223 243 113 74 234 193 186 176 203 249 116 28 110 241 29 14 195 112 60 157 47 211 179 217 229 114 222 56 245 189 91 248 121 59 201 119 56 221 243 28 155 156 94 92 27 86 241 205 179 117 229 243 239 124 227 22 222 194 206 166 239 70 149 147 57 224 215 129 154 190 21 251 218 125 23 221 13 183 77 96 220 36 238 73 223 198 231 253 220 98 36 95 87 137 197 124 181 251 6 236 42 223 185 222 245 131 249 13 83 158 139 33 125 207 252 145 124 3 246 148 239 162 210 241 83 216 210 99 190 203 126 175 158 124 184 147 111 192 158 242 221 90 89 23 158 46 7 119 227 42 49 55 44 223 128 125 78 223 77 143 37 94 191 98 155 158 93 205 125 203 55 96 167 203 195 60 100 191 101 252 216 54 189 115 126 171 124 3 218 249 142 101 93 99 187 124 38 183 120 240 123 15 152 19 190 76 83 246 22 226 88 235 176 58 241 164 252 205 91 120 31 197 124 159 44 185 183 232 254 176 254 46 242 221 176 152 219 219 183 240 46 146 249 126 45 107 14 107 49 52 191 184 159 218 202 119 253 159 185 23 183 240 30 154 249 142 149 46 127 175 48 28 215 93 61 252 230 97 60 48 158 88 127 51 246 120 228 249 239 34 94 222 194 207 171 230 11 35 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 132 201 151 48 249 18 38 95 194 228 75 152 124 9 147 47 97 242 37 76 190 100 125 124 252 2 205 123 198 220 85 3 193 170 0 0 0 0 73 69 78 68 174 66 96 130
This is a PNG Image of something that might be corrupted heavily,so i can't find the data of this for you unfortunately as i dont know how to recover png data,but i'll look around for an app/url to use to recover the image and see if i can recover it
If so,i'll put the things used recovery in a new comment
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Point it on the right track, is there anything you can do about this octet-stream?
PC2qgwHEUUc1MSgLQbfDzIkrwtGAr9WCCFea0jMQZpt8EuJuIknSGO/inj3ZS02gs+SfVAz4O5NutwCiyejn7A==
Its original is a json file, but I can't convert it. Do you have any idea?
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&
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i have saved file in a MS SQL Server Database with the type image. When i retrieve a file (e.g : excel file), i convert it into base64 with this command
CAST(CAST(f.data as varbinary(max)) as varchar(max))
. But i get the hex dump file instead.Then i want to use this command
<a href= "data:@file/vnd.openxmlformats-officedocument.spreadsheetml.sheet;base64," + protocol.content download = protocol.title>Herunterladen</a>'
to send the excel file to the frontend and download it. But that does not work. Can you explain me, how i can solve it?Thanks
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
C7BBSlLT31IVGOqbJVxsFjdjpjdKG4hSvEqGMOQL8hKLwziN9rXuPZVSiUawsEwmNzhrxYQEZiHFsXnUd3VnZg==
I suspect base64 encoding, but my attempts result in a .bin file. But not sure what to do to open the file. Any ideas is greatly appreciated.
BQAbAAEBEGcz+Diq+MLmQGfiP51PsMWAkFDfjPDDYaEhVCs99gzqtosuud2TGhjH2N6222DZBnCA/Cro1QdYrm5KvN0U08Fmsw3K/ZciejM1YmabGVxq444DqL3dBvLpx5k8tC3fu7cS7mbinqS+izyQ3h4FPj5Cauvun+kJccRqHXTvoKFWso8cpv1Hxd/zdAXwbS6+EIo/nPIa6xY4B902Oxi6cc8HVA==
Unfortunately i do not know the answer,however,i do remember someone with this same issue called fenilfaldu(name on one of site sections here) who had a similar looking string...maybe the issue is one and the same...if you could give us more info on how you got this it migjt be easier to decode for you but cant do much when i dont have enough info...
'''52c735fec7449b10b6ece4ab233eaae63d21872f16fbb8a74b494c9b82f609f6'''
xnOACLQLeCg2JwNKD4LgXchshEF3lXl0XbR8dm6dOrjXxWDJ5nr/aaKEm+LBvM7fe8WvKQ3BHseWSdKS3m2hjZNxKTrMUa7blkeobzc6EdNBLlwcvqjtxft3rGOLm2BHdWs0mFs4spq+r66GHo1IyTwDw18btVkz65fkQaZztwXH8nF0IeFTJisS5m5n2G2aUaTFNijYSnI456RTt2oP6ZZQGHsMrCf3KH/iDCqCbN8kA6fM4s2NgxhwKZEJAosmi5AQ1X/n5eeYEu+tJvuc+Smd2HQqBfMuHL0s+pTAAMX==
�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{
CANT DECODE IT
UEsDBBQAAAAIAAAAAADGOdy8pgAAAFsBAAASAAAANTA1NjM5NV9wZGY0MTcudHh0pU9BDsIwDPvKJJ83OU1bqbtVg4kDDLQOhPj/Q0g3xoUjjRrFbp04ngmXfDjOuXR5zvfhigBRUWVUEILAEDUFON8yto5OGnG9sCexjI/JvgxUhdhBEDhTsTYBZVdAUiISowErTuPz5RMKysL6Wn6a/0+oAyaM2VyWWt3oYpjnYchnM4zqU9B8Q9Zd+QkxgQRyQ6h6D9dt14iNXbMPUOmoK7YR0H29N8Y53LymAAAAWwEAAFBLAQIAABQAAAAIAAAAAADGOdy8pgAAAFsBAAASAAAAAAAAAAAAIAAAAAAAAAA1MDU2Mzk1X3BkZjQxNy50eHRQSwUGAAAAAAEAAQBAAAAA4gAAAAAA
But, you said that don't want to generate a file.
What do you mean with that? You are programing and want to display the decode results without persist the file?
If true, in your programming language, maybe you have way to work only in memory.
J4cpQq4QQBjCSeH5
You are really cool guy. Never so someone to be so active
Wish you all the best bro <3
Best regards,
Victor
I'm struggling to work out what I have here.....I think it may be an image or binary file but can't work out how to view it?
Any help will be greatly appreciated, thanks in advance.
U2FsdGVkX19lPHoeRunDXHQ1B5lG/UMkn/44DeYVNAzoOFyHvkmrCpxt+Mu/+qiik7ZlzrJXjt/dqW1/dlgZLeVoNomtfia13txS8X4WSDDeLxQGfokA6slWdKUull6PF9lSC5Z8sOtnAGm5HwggCCMhkceljP8wneGDDopHG3vPm4w/vgA=
That can be a clue that the original data was encrypted adding a random value ( https://en.wikipedia.org/wiki/Salt_(cryptography) )
Anything encrypted it's difficult to decrypt without know more information like algorithm, key or major part of key, some part of original data, or if algorithm is not safe enough.
Adding "salt" (that is random data), makes the job more difficult, since, even you know some part of original data, you will have that information masked with random data.
Good luck
Is it possible to provide the code behind this decode base64 to file tool here?
I am trying to decode a base64 encoded string (of type MIME) with the apache commons codec library, but it always results in a defect pdf file that cannot be open.
How did you do it? Your repair base64 tool works for me too. I have to do the same in java code but cannot find any hints to manage it.
I'd really appreciate your help!
I'm trying to decode a Base64 to pdf, but base64.guru show me this message: "Your browser cannot display the file as “application/octet-stream”." I have downloaded the file, but I don't know what to do.
Could you help me please?
Thank you for your web, it's fantastic.
I am sure that these Base64 strings i am using are valid and i did not figure out yet why this is happening.
If you find a solution help me! :D
Greetings!
Thanks to base54.guru Team also!
¿Me pueden ayudar ?
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
To get the result, put that text on text textbox on the top of this page, click on "Decode Base64 to file", and then, clik on "Download: application.bin"
ptKiceKVoLM/yZNT7qlZt8ZIvWcKwhdACXQXzwNTQ3w=
I tried text, url, file… nothing helped.
Can anyone give me idea
Last Generated Date time
it may useful, to find the latest file
30 c1 48 59 8d 96 5f 38 09 17 59 72 39 f7 d2 9d 3c 0f 90 23 75 cf 7a 66 2e de f0 41 ca 83 fa 1c 89 8a b3 2a fe ed 8d 9d 60 e7 ae c1 62 eb c5 23 87 f7 b4 73 f2 9c e1 a4 28 2e 92 db bb f4 b1 c1 21 5c de d5 34 43 6d 3a 9d 44 09 1d 52 6a ca cf a6 89 9e 2b 34 aa 88 16 c9 70 e4 8f 8a 4d d8 f1 b4 01 55 0d 40 c8 5d 12 c5 f8 ba e0 dd 55 f1 e1 00 b1 86 2c 04 67 e1 e2 e5 bf 86 fa 11 84 31 fd 2d f7 b8 ed b9 20 e5 03 6f 07 83 92 e8 dc 2a ff d0 cc 8f fe 97 88 6c 12 01 4b 40 99 7d 5c c5 65 4e 83 65 be 65 77 f0 5d e6 74 c3 f6 f8 c4 5d f8 9e 9c 91 88 5c 5b 2a eb c0 b1 89 3a 78 13 1d 65 10 bb 30 64 1f 27 38 69 b3 7a 39 95 88 b4 29 8a e8 9a 2c bd 57 ce 61 8f 5e 32 9c 0b c3 4d 86 a0 cc 30 da 75 54 34 8a c0 71 05 de 22 52 7a d6 6d 3b 28 f6 d1 c0 f6 d1 9c 0e 82 ca d2 a9 5a f6 84 34 81 06 2a 30 d0 59 d1 72 dd a8 12 4b 29 de 31 1f ec b9 ac 9b 0b aa 5e b3 4f a8 85 e0 fa 0f 60 7d 19 a8 1e 81 c2 70 27 0b cb b5 f5 6b b0 78 75 8b a3 48 0c dc e9 1a e2 e9 b6 4e bd c8 96 a0 75 b2 80 d4 8e 11 85 dc 0d c2 1b e4 a9 1b 87 eb 7e 80 7f c7 2f 81 29 e3 1e 3e ce f0 f8 05 e1 42 1e 60 e1 25 bb 10 d3 00 e7 50 fc 79 ae 12 70 0c 0c 76 c1 d6 65 5f 7b b4 23 9c 61 0e 0e d0 b6 a1 2e f2 ce 7e da 1f 70 c6 0a 4a 47 4c f0 d1 ee 18 38 0e d1 e1 7b f8 3b 66 25 1e 04 57 24 9b c1 23 85 0b f1 a5 ce 8a a1 39 0d 3a 70 de bd 4b 27 57 72 0c 5e 19 63 22 d0 46 01 21 63 54 3a 2f ee 82 dc a7 06 69 f9 1d 8c 49 74 fc a8 b5 4c 02 4d a2 6e 7d bd d6 36 2e b8 22 c9 f1 0f 6f 44 b9 87 81 61 9e 58 42 75 5c f0 c5 25 a3 b8 a4 5e 4f 27 3e 97 fc f1 38 3b 60 9b 08 a8 57 3d 7e 4f 1b 07 94 95 e7 a3 95 4a 7a 0d 41 a8 89 a4 96 3c cf 89 22 ba 35 c7 42 52 b5 da 1c 50 ef b0 ef d2 ed b8 16 a2 1e d2 3f fc 54 62 0f 6e 8d 65 7c ae e5 c9 7e cf 69 32 e3 d2 d1 62 14 3f 99 10 47 c2 48 f0 89 0d 79 6e 32 4e de 87 fc 9b 51 b6 60 0d 76 5c 65 61 9e 20 7e 9c b4 e0 22 ef c2 b8 a9 bb 49 4d 2a ff 7d f4 c4 49 89 d5 fc 62 e9 84 ab ef 1b 1d a6 ad 05 26 b8 4d e2 a7 ab 40 9a 79 8e 55 91 f9 4c d0 a8 55 f2 67 f8 a1 a7 37 8a 3d f2 47 ad 0c 34 46 00 3b 06 f7 56 73 f9 6f 65 76 59 85 e2 f2 1d f7 8b 4c 64 ac 07 a3 1b b7 d6 5f 56 0b f8 b5 34 e3 77 74 48 9b aa cc 3c 0b 77 5c 01 7c 4b 35 85 df 06 c5 fe b8 27 3a 2e 21 a6 06 53 46 40 86 74 d1 93 57 95 8a 1b 8a ec 4a 14 3e e3 2a 1c 4b fb d4 b8 1a ae cd 5b a1 b1 a4 7d 52 c2 a8 75 d8 eb 82 73 4d dc 12 c6 72 f8 b6 5d a5 90 84 03 b9 b4 1b 97 30 d2 df 7b ea f4 5a 02 5f 98 fb 10 dd cf c9 22 32 c8 26 f4 aa 33 8b 3c 0b 0c 2a 40 98 43 d7 f0 00 ad ba 22 84 1c 0a 41 07 be 11 3f b5 9c de f5 87 8a 1a 54 a8 9d 6f 57 27 49 fe 95 4f 7a 70 7c 8c f4 6d 22 f0 13 b3 5a 64 aa 0d 6c 31 b7 06 f6 91 ba c5 f8 51 44 25 b8 f5 01 5e 47 8b f8 4d 99 54 b8 54 4d 95 0c a5 69 6d 92 ef a7 91 33 46 54 d5 26 6b 4d e4 79 0c b1 0b 79 c2 03 37 5b 66 3e 5d 2a 87 f4 ca 9d 42 33 8d 5f 8b 25 8c 3f a7 0f 65 3a 91 bd e2 32 b8 19 4c d1 48 c9 37 d8 29 be 79 75 36 46 db 4d 5d a6 80 b6 35 2a 7a 8a 16 cd 9b 99 1b c6 c0 ff 1f 5c 2a 5f be ee af 28 97 8c 59 b6 ac f8 0a c8 32 39 b8 ab b3 98 2e 78 b4 52 1e a1 59 81 ef 2d c9 80 2b 9c 36 47 01 7a 92 da f9 0a e1 62 d1 fd 39 28 42 d5 1e 8c e8 85 bc 3b b7 c5 aa 32 bd 5a c6 7d c4 41 b1 3d 0a a8 ea fe 84 c8 18 6f 14 1b c9 f2 bb bb d2 25 67 1b 52 ce 3e 1d f7 45 c5 89 b3 87 58 ec 4d 54 43 2b f1 f8 9e 39 8e 12 6c 80 94 dc ed 10 e6 63 37 35 7d 6d 56 a6 a4 6b ff 01 89 5c 9c 41 25 13 9d 41 41 37 2e 74 00 74 e8 e3 57 7b 1d ff df cf c2 b4 49 f4 7c 1d ef c3 ee dd 2a 99 c1 f0 1f 2b 4d 2f b0 33 4b ba fd 86 66 e4 fc 54 67 f1 92 cf 2f cf ec c4 e8 7e 14 b1 80 5b e7 23 08 43 d8 35 4c 8f a0 07 43 31 ef e5 3b 51 6f 7a 66 31 83 ef b5 52 7f 93 9a d7 e9 92 6b 8a ab 96 93 1e 2d a6 8e e2 fc a3 b8 df ca 05 59 4a ed 11 6b cf 46 f9 d2 d0 5b 1a 49 df ab 34 28 5e 85 74 fe 1a d7 1b 16 52 d3 38 5d fc c6 2a 47 d6 48 15 b9 ca c2 65 40 5c 58 77 41 90 95 97 60 02 c0 fa f1 4f 4a 03 8b ae b5 ee 35 7f e3 c8 e2 d9 4e 4e 77 9f ca a0 ad 27 d5 cd 89 4d ad 37 d2 5e ab 46 3c 97 cc 4c 67 a6 14 72 ec 63 72 95 1f 93 20 2d e5 7e f6 fe bb 37 c1 01 30 96 f9 51 ed 7f 1b d1 0d 6d 06 64 77 a5 1e 46 53 33 0e 0f ae 3c fd 24 5c fc e8 18 40 d5 28 73 4e 64 e0 1b e2 6e 42 ea c1 f8 38 4f 97 21 b9 94 c2 65 ab 0d f2 b3 5b 88 f1 da 6d d7 07 d4 ca 62 51 fd 32 1a 1b 54 4f 05 97 96 8c cb 5b ca bb 01 4d 43 94 85 88 01 f0 08 81 56 6b a1 0c de 85 bc f4 6a 42 f6 ec 87 b3 53 70 73 7b 76 a6 60 d1 96 87 15 76 85 a5 a4 e7 d8 1c b0 cb 62 63 e2 e4 cc ab f6 17 ad 46 80 1f 3f 88 6b d2 38 33 d3 55 d6 0f 0c 5e 3d 58 22 38 42 ef 37 76 a7 ed 31 a5 38 64 a7 d5 7f aa 63 2d a6 73 cf 46 fc 6d d7 36 76 ec e3 7f e7 04 d4 1c 55 e7 80 7d b3 1c cf 4b 21 84 5f db 78 3e 77 69 bb df 05 08 ca f7 bf d1 8d 3b 90 fc b6 e7 73 05 b4 5a 3b 3d 1e 92 a6 74 4f 60 78 62 0f 59 37 aa 2c 26 cb 57 3b c1 b6 9e 1e dd 33 af 8b 60 dc 65 60 38 28 56 00 e0 0c 46 2b 4e c8 02 ad 0c ae 5b 7b 4e 53 44 b0 c8 7d 1d be 4b 99 8a 76 e0 e4 de 44 bd 77 d6 b9 42 94 a6 77 5d b1 a5 a2 97 8a a7 78 e0 89 d1 de 6e 30 a6 36 2a 48 63 1b 8c 95 d4 5b 1a bb c6 ee 34 24 b5 92 57 15 6e c5 b6 4d 51 6e 10 74 35 93 95 af 71 c0 53 c9 bd b3 41 5a 0a d6 9c 7d d6 af 4d 93 e6 bd aa ad 1f bc a4 e0 8c e0 4b 41 8c 49 e2 0d 7e 8e 30 7a 93 62 d0 e7 80 11 24 55 73 d0 ff c8 48 25 81 f3 63 08 70 26 17 a9 7f 10 2e 3f fc 9b 66 68 ea e9 a7 73 71 dd 5c f6 31 f8 f3 7c dc 66 a0 bf 32 33 5f de 41 aa 13 84 1d cc 6e 34 1b ef 07 0e 74 e7 7f 11 fd c3 6d 5e 51 38 54 57 c1 aa 2b 29 c4 ed fb b5 64 98 af 3b 28 76 1c 4e 96 96 c4 20 44 30 a7 4a 93 ab 28 21 4d 6a 8c 3b 72 29 11 74 8b 7f 24 fd 40 83 0b 18 a1 24 51 3d c0 7d 59 fd 7d cf 95 a7 b9 a7 0f 3e f8 3d 80 1c 85 f1 94 77 52 c8 c1 43 e2 90 2b 57 87 12 d4 1f a6 7b ed fc 5b f6 c1 f6 ca b0 fd 3c 91 63 d5 db 45 5c 05 8e 42 e8 dd bb 64 00 be 57 e3 de e1 ce ed 8c 96 4f 42 1c 90 31 30 14 c8 35 3e 9f b7 66 dd 50 52 55 38 8c c6 8a 8f 3f 04 12 3d 17 34 0d 3a 74 15 e9 bf db fe 24 c6 36 6a c9 ac b1 51 dd ba 79 3d 87 54 81 53 b0 bc 9c 92 3e a6 93 83 7f 56 c8 56 b7 30 2b aa 0f d3 c7 ba ad 96 80 ff a0 01 51 7f 29 4d 82 54 b8 42 f1 d9 d0 52 da 7a 3f c7 fe e6 a7 4c c1 d3 54 76 03 3c a9 ae 17 84 a7 41 e9 df cd 05 60 70 20 b5 59 91 bf ba 3d 3d 10 47 d8 3c d1 d6 db d0 36 c1 1c 84 67 d7 0f 9b 1b c9 bc f6 cb 7a 63 08 61 f8 12 c3 c5 cf a4 31 4a 44 f8 89 07 fa 88 da 8c 8c 98 2a d2 ab d5 9a 92 08 3a a1 bd 0b dd d6 4d 09 79 9d 1e a4 ff b3 2d 70 89 49 01 18 86 0f 8d bc bf 50 ef 37 ff d6 2e 9f 83 52 2b 1c 0c ea c5 da 1e 1b 98 2f a7 61 9d ed d7 e4 94 27 c6 b7 ba ce ae 4c 04 82 54 89 89 50 2b fa dd f8 f6 21 cf 59 8c 8a d9 1d 01 6d 10 fa b3 9f d6 d7 97 ca 2d 66 7f 6b 92 f0 7a d2 d5 c2 98 08 ba b6 b2 03 52 43 94 64 63 67 a7 01 2e ff 45 d7 6f 6e 20 0f 11 53 30 1b 4d b6 50 46 c7 8e 57 dd cc 7d 6c 29 22 fc b4 ce 99 df f1 48 91 42 67 c2 8f ba d3 df 12 27 9e b8 2b 38 e9 40 c6 b1 9c 8c ef 86 eb 2a e8 48 6c 93 df e4 82 c9 d2 5a f4 14 4a 1a 8d 5b d4 d9 42 99 4c b2 71 1b 0f f9 8c d8 b0 84 50 fb c8 4c a3 8c 44 fd fe 70 1e 6a ed a7 62 8c 6e e4 6e cf 68 1c 36 77 26 ae 12 e9 1b 5d b0 8b 86 85 e8 57 be 10 b8 b2 51 bd 40 3c ed fe 9a 7b ad 5a 08 ee 2d 10 b5 6d f2 d4 58 b3 c8 bf 91 6b 2d c4 04 da de 43 aa 4a d8 54 46 e0 cb 45 5b 48 19 2b 5f 27 96 ee d9 a0 24 bf 50 a3 59 68 0d 5e d1 a0 79 fe 88 39 4a d7 92 8f 30 5d 0e c9 df 6b 43 c4 ad a8 51 6d 17 80 cb 03 6d 00 17 90 13 36 e5 25 fe 37 bc ec 41 80 6e 35 78 cd 6b 07 25 a0 e3 c8 9a 55 8b 6c 47 72 1a 77 b8 f4 4b e4 3f 39 63 52 86 26 90 bb db 57 3b 40 aa 73 86 92 b7 5b c5 eb 5d ca 49 a7 3c 74 6d 99 d5 33 9a 9b 6f e8 8e fa 83 d3 93 31 e1 42 a1 1b 19 e0 92 f1 cd 1f a5 3e 73 d7 c2 14 e3 97 a6 ed cf 1d 22 9a 95 9e 2f 0c d7 2a 87 eb 0d cc 8d 12 40 3f 32 5e 77 14 58 2d 95 c3 ad 81 6d 69 42 28 98 54 47 25 96 cf 0d 41 bf 11 0e 28 de 44 73 cb 70 92 c3 ba 3d fd 89 e2 0a 22 75 fc 83 7a 09 89 5b ac e8 85 49 22 9c 5c 94 94 6b 55 ec 21 eb 2a 89 a6 ea 83 5d 04 43 d9 af 14 56 af 08 9e 8c 55 01 b0 b7 a4 8b 5c 31 e7 9e 58 a8 31 e6 c2 99 bf 25 d0 3f 02 af b6 c5 e1 9c de d2 b5 e9 60 4c 99 31 5a 64 2e d7 ec 73 d6 3d 77 01 e2 f5 4b af 5d ef 37 f3 91 9a 51 e9 f5 ba fc cb 68 0e 9e a2 1c 88 11 db 6c 1f ce fa 3e 84 01 a5 71 7a 71 0a 88 e7 0c 16 9f 16 92 b8 79 c1 8f 49 23 df d2 97 32 b1 2b 4f 8b 03 47 7d 02 84 24 d2 ee 2c 46 07 57 9c 29 40 7a 02 83 cc f4 06 40 9a de 9b 2a e3 0a f5 e9 0d 19 be 3a ab d6 dd e2 f7 66 7e 71 b7 6a e6 87 4a 2d d7 00 3e d7 7d fb c9 96 18 be 2b 07 3e e7 1e b8 14 35 12 1c 79 da 06 1e 64 1c 35 ad 3b 32 5b b4 4a 54 e2 85 12 b2 a9 7b 36 ca a9 df 57 96 58 e8 e4 ce a2 57 4a a9 30 dc 99 f2 d7 9d c6 46 8f 2f c2 8a 94 ca 23 91 21 47 df 85 f7 4d 87 60 66 6b 30 30 5c 77 de 1b 16 a6 f1 87 37 32 ed e4 42 15 75 06 55 8c d6 81 b5 ce 03 19 d6 d4 c2 b0 78 51 3e 97 f8 db 60 cf 19 32 57 c4 6a 45 62 4f 91 cf 8d 5d d9 6c f7 36 d3 7c cb 12 db 10 6c 46 42 74 54 fa 60 a6 50 f5 9e 3b e1 16 98 07 2c 1d c2 57 36 23 ae c7 c2 3a cb 28 4b 93 64 87 c8 fa f1 0f ef cb 65 66 4d c4 fa cb 8a 60 cd e3 2c 5d 28 61 29 39 72 18 c0 d8 42 2a 91 e4 32 c7 5e 0d 59 4f a6 46 2d 43 52 5c f4 98 ae 2d 99 f0 ba 91 84 e1 17 a3 bb 1b 7b c5 0e 8a 2f ce a8 b7 53 81 4a 22 a2 e3 b6 ee 96 c9 38 bb ad f8 8a 4f 3a ea cb f3 75 be 80 7c fd 55 c8 1a e2 b9 a7 8e 63 60 6a 3f a0 67 42 ec 9a 8b 59 40 9e 59 af 3f e7 25 1a 82 26 d4 96 2b 67 0a 15 4d cd 3a 5f 02 06 67 a9 81 39 8b a1 ef ce fc cb 1d fd 3f a8 fb f0 75 fc 40 e4 c8 34 7a b7 df ab d8 b6 3b 17 a3 67 af e7 52 0d 47 0e b8 9d 7e e5 94 3b a4 aa 97 24 f9 ad f7 f9 5e d9 3c bb 23 5a 7e 65 f8 4b 8a 1f 7d da 43 e5 c8 73 0c 6a d7 81 0a de 50 ff 56 3e 75 09 9c aa 7b c4 20 36 54 17 38 d6 9c 40 11 1b 39 fb 1e d7 9c 7a b4 8a f0 60 89 26 e6 be 12 3b d8 63 09 eb 05 a0 86 d5 89 53 06 da c0 45 22 7e 08 f4 0d 9a 79 1a c7 88 b2 20 e5 ae 3a a3 76 57 85 43 ca 6e af f3 f4 d1 0d f2 9a b8 e8 1f f0 69 2c 43 60 0b af 12 e0 94 99 21 c9 82 20 0f fa 5a 44 74 00 25 7c 38 a0 14 84 fd 29 3a 32 56 99 15 0f 04 6d 3b 46 cf 92 9d d2 1e e6 6e 79 c0 7d d7 42 14 26 54 52 61 c9 f9 c2 f4 9e be c4 af 95 7c 82 d3 fb b6 3d fc 6f f8 8f 39 00 d3 fa 2e ea da 5d f3 f5 be 51 bd 4b 76 fd 8d 5e 57 95 8e 4d f5 9d 5f eb f1 d6 fe 90 8d 28 a4 50 c3 45 1e c0 9b 75 5f 4c 6d 9d e4 9b 50 a0 a2 64 9d 7e ca 8d 0d 7c a7 f6 93 d1 ca 69 07 87 67 59 6b dd 87 16 8d ea ee 53 4f 6a 03 eb f0 a3 32 18 34 ea 1c 83 f7 15 71 b7 b4 e9 81 00 b7 3f 5b 04 35 ee 38 fd 71 af 80 ab 08 42 f2 23 ff 3b 80 28 49 28 5c f8 5e 69 a5 d8 0d a2 dd 50 4e 22 3f ff 5c 7f 8e 79 64 da 3c b6 6e 6f 0a bb fb 77 44 7c 39 31 22 f2 6c 47 b4 c6 2b 3a 92 1c 0e 53 e7 05 00 f6 b7 39 df e5 95 c7 18 2e 4d bb d0 f5 a2 dc 7c 79 10 fc 54 dd f3 80 42 ad 0a b0 d1 22 fa bc a0 49 fa 4d ce b5 35 fe 6a 21 bf d2 b1 a2 8b 22 d8 95 c3 7b e3 3c a6 88 30 2c fe 06 39 72 88 38 a6 1a 35 07 3a b6 c4 59 2a 01 20 ba b6 23 c8 32 35 72 4e 9d c0 93 f1 be b1 44 08 b3 d5 26 28 e8 6e cd 12 6e 30 6b 5b 60 9e 8b f5 19 88 92 0b 3d 29 bc ab f7 e2 24 35 7b 89 71 30 75 8b 8e fd d0 7b 2d f2 75 c8 26 79 05 d2 99 03 fb ac 5b 16 2c e9 10 9b 87 62 b2 d5 f4 12 c6 97 ab 31 62 30 0e c4 f1 eb 4e d3 f5 1e 8f 72 8c 38 5e df 75 f8 ca 95 e5 28 a3 47 7c 7c e4 a7 6a 9a 9c 44 7a 19 6f 04 d1 95 24 08 27 70 71 75 69 34 45 36 4e 45 95 2e a5 b5 6f f0 e2 98 fc 02 3f 82 43 c2 fa fb 7b 93 bb e1 8a 3c a4 0a 21 9e 70 d1 8c 4e ea df be da 5d 9b 41 79 fa 08 a6 92 b0 b3 42 6b 1d 67 1b a9 ef 8c d3 3b 6e d4 29 60 bb 65 f3 56 07 d9 3a 55 66 5a f0 6d 01 65 77 1d e7 30 fe 6d 66 c7 c5 c3 af 21 7c b9 75 3f e9 92 e9 0b c6 55 28 2a 88 2f 55 6a 6d f1 a9 b8 5f 68 5d f2 ae 4e 22 b4 43 c0 2c 92 18 79 b2 61 d4 92 75 f9 8b fb 98 46 79 23 a8 4b 68 d7 90 46 2f 23 e4 76 c4 1c 6e f7 d9 d2 e9 f7 c0 62 67 8e a5 56 75 6b 10 94 e7 33 d0 7b c6 97 49 9e c4 88 3b 7f 5e f1 86 c3 72 30 de ff 29 c3 d1 d5 8d 97 ab 3f 7e 6f dd 46 97 85 fe 8c af 6e a3 40 bb b4 c0 d0 f4 b3 27 c2 18 1d f9 bc 49 5e 77 6e e3 58 f8 b8 42 c5 c7 65 eb 33 f9 09 97 b7 18 65 c3 d8 f7 15 61 19 9c 1f 9c a6 db 69 3c eb d6 d1 96 5b bf 00 43 6c de d7 58 a9 aa 1b 66 e4 38 33 f1 dd e0 94 99 b8 45 51 64 02 2a 8e c8 8c d2 26 bc 2a d1 2f 24 b0 89 76 64 fc a1 bb dc 61 da b7 d5 7d c3 9d c8 9e b1 5c 3d 21 14 6a c2 96 b3 7b 8b 15 bf 16 de 92 c5 ae 43 7c f5 e3 e6 72 00 e7 30 fc c5 e0 fd a8 27 95 a7 b0 59 c7 80 52 b4 d3 7a ae 5a ea c3 f6 6a 14 bc 13 9e da f1 a0 f7 95 ad ed a3 20 29 92 3a 9b ac 24 52 94 34 5d 06 74 e6 e6 5c 49 7a 39 ca 87 d5 74 8b 79 e4 44 f5 c1 62 26 81 2d 34 63 c8 82 ce 7f e0 c4 be 21 ea e0 1c 5b 24 6a 17 57 6a cb dc db b9 a7 20 28 1f 8a 28 bd 47 ac 97 b0 d3 5d ba 38 3c 03 df 9e 1c 75 8a 2b d0 29 5b b6 ac 78 f1 f7 50 6b 2c c2 8c 19 4c b0 8b 37 ce a5 fa 5c 52 a7 3a 4c f0 6d 4d 94 ac 7f 8b ad 17 0e 96 d8 22 9f 5c e5 b5 0e aa a7 19 14 46 54 71 df 5b f7 03 3b df 25 b7 a6 9e 8f 62 e7 14 85 6b 14 ae 4c 47 ac e3 87 61 34 52 60 1b 16 f2
An XOR bitwise operation base64 encoded bytes
IConIT0+KTQZNjMyNRkyLiMZIDMoGS8oGSAzKCInKyMoMicqOw==
JBsCFVN7Q1gGEABYDiQbRB8bLkEVCk1uLwVRDh0BZytCRRtBe1pGVxInVUdRT0ceRncQVBVaLQlOVhJ0DxZVTxEUFHo=
but can't convert it to text any suggestions?
I am amazed to see that you have cracked CLOB to Image, and moreover you are giving relevant info also, if possible can you please share the code also, and please confirm if we can crack it by using some oracle inbuilt procedure.
File Info
• Resolution: 750×1000
• MIME type: image/png
• Extension: png
• Size: 994.09 KB
• Download: image.png
• Bit depth: 8
Regards,
Maneesh
but 50kb output file limits?
I paste the content of the column in the database in your website, decoded it to file or pdf and I can see the content and download the file generated. which works perfectly.
I compared the content of the beggining and the end of the file and they are identical however I can't make it work with my app. The only difference I noticed between the two files is the size: my app generates a file with almost the double of the size compared to the one generated here.
Any ideas or suggestions where to look for the root cause of this issue?
I want to know how I can do this on linux terminal: "Decode base64 to file"
Input: base64 string
File Info
• MIME type: application/gzip
• Extension: gz
• Size: 1.78 KB
• Download: application.gz
Try "linux base64", and you will find many suggestions.
Thank you in advance for any response.
Your base64 to file convertor works for my file which is great.
I have tried many base 64 decode algorithms to decode in c to file. But the data is always wrong. Even some online convertors are wrong but you seem to have one that works.
I have verified that the encoded file data is correct.
I'm really stuck can you provide the base64 to file convertor code in c or advise me on what to do to achieve the correct result?
Many thanks in advance
Paul.
IAPYthkQWr2DFAH7uAABwAAA5BA10aAGv/rgoQWDbirkHSUABiI2NgwGCkBOBy1sXEoWgJoLGZj03gcZ9EioDBwIGAw8ALCz8CAAKAg1tQCQFAQAGGx/F1xARB3ZgEBTgJ2PUzdZo7PLqYHHrDtm7eRS6FyCTkFLtjKv5fZPhdAlXw6OoPTwOjSA0zJLM2eQ70EXEEZBCJdg9t6lK3P+KCI4zFuB+oJnlRdasHtoCqGgirtiKgtJbjyvafTDhVRTZccAEFcrrTKahUQUZVYyXBhmfv4byawEmwdCT+WB33v6MSI1zF3kpEx8J/tTIygy54lLxTl9S9VhQMLwc1fG/ONzCVzMmhuH5tZHJRedHVmywQrOITCXH4aAKmRiEpTCQP+xmNUY9DoumRfTXt2wo4MkvYlTVSmjIpeDyCORGKAApKYb+k==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
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA=
plain text= budi123
i know the plain text, but i dont know how to decode
anyone can help?
sWw0Rus1r9lETlawMVeGKg==
budi123 in base64 is YnVkaTEyMw==
is accessible on net?
kids clothes
@admin, be carefully and check the logs, to verify if everything is fine.
Thanks for all
We use scripts in a browser game, and this has randomly appeared.
U2FsdGVkX1/CSyYzXO6xelfD84/lLGbla32QoHXT57OsM5BKu2iXlrleMPoLeEm49jSd5gqQXRwAwYjXrmEWIuD8sOwmQYW7XNmDIrIpV0xNjfyd0X23m40Zqaqo6htLGKtJjdrmdLt3/D2YnK62Fr8K0MD9FjciI3yGzGBH5IC02wuhsS8DfA0eFC1OItpgqfFaevdwEFhnIJEZKyZHj3SljpL7fbRr1+neXH+hWO7tbwTxIVhDeZSAlw22zp++OAjorGK0f2Je5BR/E8t/VBCrG3/Kb8gm1OBdYbMw28EyMS6F2X+w7TXgkGGGhAJeuZw+5BH/5vbGu+8CpUOIkvhYPxkfKYDfjGLcKTRMtKw
I need to convert this to text
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
E1qCKM2eCkVnDbIVSFFc3sOOsxqQLW1GB7v07+oKRNCUVrOrqCaZ5+EPRQBV9JwoG2PsPDXO9lTHmgpbeqkQNrfyo9NlIxAQ3tOFZ6Wqfx2Jg4c5/UfgNuqloA2ccICFwMncuzNS5A/Q7WkUYbexm2+1ZOm5pSbxW8HaefQi6/QhQ4AKM6XIEdgbnQDEa8wYhbEdUyRKiheG/HTRPhtoPqyERJmG7e6pfr13q4jh5xRPrguByPGg9L8LoPBGinQ/TLTXFj59JDDCOvAMAqsNcifU6EXVJesrlxpWdvc/HaWsw3NutIVLcUrwkqJk5n2bM0rjKx6JWcRQFn0w4fT3O2Z/jP0GAFuYOVxKmiitydWwVV3rdXnWOA/0Fb72K8bnblKdIFKh1An6/KK7+jfyNIhwWlC63JihsO76vnlpIHr2nYn7pZIJVDlJ+pZruLMm9zOsbcrEx+KNJNaqZGxSEzFuNLpzpu1NMh2e0F59Ino2QpIxNh31pRkqOJc375ivFvzJgOhexDlzfTe45L8btTuundbaqjD5IF2tShy99kFEoaqHD/80qhwntAzZyQHYZbrWWft8m/f0d6NoNqcUOA6hSQUrGKUoQTi4UGdGzWvQ6Fb98F6NNCn3VwYsrUi2RRq0vVqXJ/+DuTsE76t+rwXCGeatD96MUjlXSBVlV7zHZdTwwtRCKEhDfMGIKseiDBe5lAhmbVuYJIgTdQXjz4S0hiA+zvQltrDttzAWhBYzrmkKGPEcE9RsoMsbrPlIbDkVSzYONh7RcnOfILGeGxxQxvEBzVFj44YB2S8qAT8NmIfHdEMP5iErikmScyLAlzdxWX9QO3Py4uJWvnxcHKgeRgKiopHXReQPeUvgSsqrfsnpPvOqFI1gg5e9ws/cD2IBNb56FFUMStjqdRsCKf2HSz4RhraIspf6POMNlmcJrSkiR74dzuAf7/HvftIgbMHbZcq/aC9X0bA/GcKkPQMV9Zap2glPrEhDFCcNOPR8a3B3kWG9uiQFNu++jAT4ciNG2cveBI8m7dOgpZczUnQCk3HkFhhB+M5oPIUTjiHqGiBIaz+cFV1Y0DlColEqPe6mjkPZWdgEY1zXxx3lqC4qsbxQbDE7Lj2YNd4qFpfdB2nZIWq4BXhhnETQ3on/NfHV5YPaFculCAA89EUiKmv1UAPUIwaepJBz8WXdzc16E/ThkOM27QbsN3RvCwf1ypiWFI5b2lAugiEv9+vWK39QzFYBUzj5U2dHcKj7RXphqz6jx1rm7RY7puuU305/3m8s1eYFM/poKw9FbF8ykCGwh5I5zGODfKPUBSNUBsByDMNVhnuEmHJnm1Gx19qXDzaQXEwKwyjL8H2//Vyw5RylsF2UJKzd1or1nWpkUalSiyykYJAxR+VzGf1j7zuOM96MF54Lu6wl2pqMr3XMVXN8JocYhHNgIvne8DVvdpWeSP3gYf0i5vAVetx8DswmM1hLFDvc7xQXTyESYOHlj2xWOQK6xYBUP898/NqmPjVcw2H1USZJydogV1p4JJNGV0rbytv064dW1MpvIpVfEvs9ngTU3e4zqxuunIRjZR0V3Sm836r5iZrJZr4bu4O2p42UaAdeLIIAgxKsEwZQzOGlXUra5443kGX0g/IlWZ0prCyYpOu1OlDNflWM231vAhphg/xuzAQXqOTpuRvN3UzH8zP4/hxE1YxCq8yiu+0U7piJyuKt577NwCjrkaNd62RKYzrdIZ5fdE93P666A+2FVgkTqzB5TlaHba4h9DhNf97LK/7kTEONRoFNEBDYFyG6LageQL64Tjttu1/2TEJqb8nt/tqqDuo3uc0IrGHpPFfwZ83Apy7B5YOkJTSFHSFsVO/CZS0uQtbTZeFI7Rnct4+gmOKOUUdlFjpPDa+ARZXQgwaNSrNQH7VL4BXjYtXhkFxZ4dL2vy+zEQ4+Xi7lKYIsZqNwX+lnuu9zleCG1mOt141qPQSPSUN3DyWYT3KXT73kWizSQrBSobrIlAKc4p2p2XRY77x44OGk/zjxSWgmGGWV28sFOXPprlYilWOBODP8dwGB2imPr+MBv3Bj8ws/CsMSLOCcDSPQ7YOlHS4OthHQsuIEt0WBnYpwZeMtvuejb074556mZIC5PZuTS+bAIAPdwSIBvrENZ4NrgepAlxIwpoDl3NHcvoGYUCqWqsOfdU1UMM2xtML/XchRdE7AeI+Q7/xdua1HJMsLo0/oiSrWmkeoT1jWWUHeQ/ZaOx1p/eIwuwDzjrCeDDFBkq5o70eQIOPcKzE34Nd9EWIQRceP3gTomnSXxhVB5l/kk4Del+yKZisCR70Qxgjj547cQdL1N7M4dhJcrrxdxExdeianK+rWAiaBZp8d45jt06rfvu1gm90+C9TiYhSr4PK+7Y6+R0Jh8bjcJ9V1FUUbogMvyVrTjm2hSL1FxjtauP3MbU6V5tX7NRsJUfI7cNcI4gmQZhcHwwcBATSLd0YpvFwOzoUWT9BOyRcP2hUSn/YSUkl5b6AOLBdMSupg6QlsGtUTmjrTJmMQSRYaK/e8fZQxpkCZlPAxVmnFjO4Sb3uRVKJx7XSFk0I8FwXUcQ8t22UpT9cWYgmX8/tc1VOfkJcvWvPlyD5Zj5UTgKwhGCfNM/UV2AqlA+dpiO2/5tPO7KGCTBih+qP6jESJ675pheUU3XbXsDJlW1heZ6bFwb5VS2h+CjsHh/iFqGSF9uhnw6Nj7XcbkNosBOVvxFpRKJ7EyfWcc58/rprRpOvCMk9G5U75K8du+Ty/jCRXM5Uiy6Me3OqxFFs0pdvUHEd1istCBQqKypUYBq7KIhQZwyYrvD2VPACNrthHSXzFRBNyT+HworUvRDTsMUlGQ6l4UTvlcDIi8RCqIiiMfPKFAtYJPfggy+z8obTR9oGN4t9zw9V+jWxlupEEM/p5xIgTIwr0ZNKDz981KOiShaomH7AEhrb6WmV0gLiH/PQVTCyJc5A6yXzmwCwUFBjjCuUvSlPdPt232/U3MYeQp1gfTVIQaDzO7KuOmf2JtWir4vC9npi96CV+TeYl8Gn4+X7vuUzuPmzrWDNiOZlBciTgykTfPVdZWYxS+ste73BGKG2Cxbmw0tFmh686vJtctGjkFSCmP61l73T2inVnu0ilC8EagbY3z67gCnGJKD0JaCJ7ZRnk4Ocs4/oN1mE2scZdx7NmaOh8KZynIk0CvBzcXnQL5fcw3Mf9KMubdYyb7Os2WJ3m7FgZsUuaPm1qyKjkFRDUzfJzl5FukpBNJIGLMz4csGtDKKCmzSHD1cRcFHuJkWMgktp656Jo91a6g4k1rEn6pV23UE7K5r+bsWts2eJcxpniEdutYu0ik/q4NuRpQTGVGmcJHGKG+HTWfLrqX4HktJkelTcsDon9n6hNvmShCTjNJ97yYwoW4it70R5TyCTG4P0MG3eabUPhIlVIrp+cr4ecx+5riN+sgTf1p2yeHzhLHHCCs56XqXwY9WmM8y/6g/jVutlxgOuqJT94m9yo0GhIAYqHvozgJOOF4fU4yHoVsIQTgVENNETZtSpzWLKA8uEmwjqSxtG6ZKOPR6DrBDwYHOYS4vM9bnEbkxN2OpX8RrQpRYD43PYDDFEVALI2J+IDU4J/P2+ElQNp0wUI4Po9jmPl/tOf69nLIXPPiEu/WmVlvQz8Cgs1CEe4sbHvIJrToMwvT9p47Z/QJRHzxUnh2oZxy2Dxc1SUPJx6oaoNAyh497LlznZnI/Zj0IQ42s22vXrg7xJ4PqNM0cmXLJMBIdrqg98NCZJRAOmMbgzno7roCc5WGlUqW/iSwhUvV4ODKEixhuGKTcXUNWvLd3sbdff7jIsLlUekcFp9EejoPGf/Jqg8CLyxPV0+MCi8ZtTCBov9VbPFAwmDEYi3jzYY0RmISYOCMEdXbl/OqUBkq54gocA0I5UwSFiFeTGyssmNeDLdOgx5Ry9CDfz1KGISnZ9Lo5pVbMbGyinxOKSzGUdYAagNqJtf2ZD5BgawUGiPZGF56m1uVSWeMrv03ERC/GAqNHPNITLR7VTZLWdrjSEeD1MgflU2/f8kHAud8yPzt+nWiephEgkykSAMbdOrc8eDCKeON9UWWYcWot20QhFlstnHVSzypu1fZZ2ubCQDnVMU1jFzy4AiCS2pKC0yt622YK9QlTEYGGFvOIdYVWWtR8jtQYRt6ult3Cf9LRMAyfPPOZIVF142P+8bPXtgRQKyS3jNnmeSIuAIj4sGHqREFSTFtbZFGCEUWbDOoES39HYZ+2tyPoa/jmxnZUfHOK+qLSXjnUQ0Ew4tozQ56IcZojdC1grBHt86V4hnvkAkpJB2iJYkIKPKfqWL1D6/Ha2JkXmmt9v053RokN2hkETAikO9nmYgLWisuyB306HAEYgCxO2/e++1iVU0yHygIHjselADRsZZb/M5LfQju19JrCSVI+lfImopHVO1cZtyGarNiZaXMAT/BY9rvWQ6AoPZAR6WF2F35Zo46Ue1heQvCKDHuquHJvfWgPqtunGQXz1byzBJXap7S55yZrl0fFHIrKpkFBLVJvqBgX7W6NFkbgHL1K6x0jJACCBrbQlw7UQdym3HGjX/WwZkgBWwcq7htqnwaRytVS6IbtAWAzsNEysP8YRKgMmrtGqtM0pHucBzouFy6IsKfgsEcAA6Fo2GsuLzG3cs4vezfuDtGvzAwzDnZ1dBkfxWROBREUFXIcz8ANQXL+P7eG6wyzPHHO+bHb8ey2odMVonWrSuXLs1Z6oVxWHQMjRBXj2EHjxaP8sL8OZvjzlkjVdlmTqFmiZ+lStf+rzp60f5c9WN0adWXaMJtRyZfss+WoFq9Ft3/rEpl/YH2aD1wV1TT/PYg/CGnRk/ItHK3AXdzdhz33A6sherKUMIm+GodE7Y1daiHWfrth5gkBzv2Q0XO8PyWj8QEkV86fQZU9HxhaWBuuTOo7wcOoiFEjJgekgcrperrRtQbJhqLxpCV9YS3WpSSy3kk0xBFd3lPUsZn00j8Fs5VpdRJS8Mm7pyVtx9owGw8T1//fOoNSuDpeOYO3JzodG/0/pzeG4PYe++doGx7iWsy+M3DjpOguOUlrY2au4DArDJpgf/ODu4Oh/QPdKoLt4cD6BCkY0OheO4pOl0RA7XrsSEXJ+GaUY5/tGcfk7Pa4Mln9nHZRYN6XB+LRwFlbMfRGrtqli16hEVGt1Uj00t540LtFJOxZz+rYdoXrp/j+TKv+ZlK8KKc7oRI5CoqWAeYKuCpFhJsLrBYKvCMa6kdNJNCaa6ECX3lj2qj/lNO6vMGlBGGGradAdpcr78MSlWXJqoxI8blqqSS2+XghNNMxGKZEbaCxEKAPTF1guvuZO7muo3X/gEqj3Nseb1+7JVLj5uPD/2SVuUjxYvKig3X4uA+yd6OJtphe7McSYHc85QYHmQjQ+J8nf781bvA5fC8GzMDbXvsdmyqvglCKSt/zOt65qvIhwhU5k49clUR7DPKByMyJOo76qWJeRiKOW1dRaEs0qrU9L4W80MpmIJAN1DcchexJ4YsVtMpTEkHMlQ9XcRLIHBsNExk443NfIBJtrMGRH3th3ZG2MUfEPdndMjYPbpATazm4OEcNuVpa/BkeKdL4xu9guBsRl0DB2BcOgY9BDtFU+97+wPreeMwTLoRkpW1wP9994rpzTVOGoETxCV6TOaI+uH4wkPt+q0kgQqHRswrInAaa95AZ5h6spsXnV0PhMBlY3sUyswsV0HQVBdDgaWh+/Ml9SszftX/rK4rUt6pZhK6nIl+3/Oe3HTCQpmgI2V3bEeLbW6+iQJo91cWDeuLWeTqs6QHEE/Mal3BpqYbj+37Vd/9Yq2vT54y3TyLwbDqML5RBc10m7s94CRWwZDUlN0T2bbHVpTd+M89DbxYOW5+H/EwM2gNa19mBoGl6H9iyLhNjFjI6u/6oQ/w7PJEzNB5CkGTFR/5VzEHmtJvYcK2bgnDARboWkqoNNrtRgWX5f9mgLgry0MQJEmg+AE83Xytds5S0Oys60Z5OwVZZz1zdJsVD8LOjAU2Ihf8KoPH+UOB01XBszG0YUcjon+Ok5QZcUoHhgTunylG8UVevHD094r7klPUhM+WLsYW7epHqxFUvyClBIfts3ktYagbGNj8Mg9yRspQ/j1MsuQA8Td0FMcLG5I2N+/LAnLawKIF75z0L/7/z9IQWyMjAc5TJRxtwMzaAJPMOLdL40Y6F0b4Y9hgd1N0S3YE7jK/CyYf7gthRpSbPnc0nw2lFLfft/6xAV+weQIqGj8QKZ/MQmTP8J6t5Jo3ETml8aSN1vaUfYgBtWPFaXuD3Kz8sNPnAQgG+eh0cMfDHFHk4Tp1N7n42G2FJFuEJnKwu8xS0OHn0n37BKSxYcI5EJ1cytPQKaVEXdt5h2EfmrQovevnLiPnhf5MchUE+HOPo9nHqJkYrJHUJjlTgSTl71SneA1kqQn6ajGBzqYnI4PsYoBPtbpSK5Xw5urmE2hBREMYCP/MQZ65bTWP6Jz7Em5eFdZS/Fg/K2d6N3LOq1Rxvxma2VpiVtUyvB9V+V8/edrT5nQ7+uicrq9jgK9mUQAUnDhlpyaA3NtdORzHIVaQ3JYUbdoW/ntk7+qEZhRvbYAeFdDafEoPWf929iYm0f8FbtbfQ830t3SLAeu2y70KFB8yCI7tzjJPtI3IIjQLTndxcUlILHGq7jhWIo6rNMSC4vmRJlJx1N3yQ2QtOBFx8MRqa56aPenfbeNYjMTIBFa2VARfUi4jovaAU3+NVir6e2L/mxtnBOvdxuKK3F5NgoN115eGmKioIZ6cWX7OAsJPwMUvuqT0ctI6icbn+t3r3vjZL9NSucVki8yO8xK+a4/FcFCpgHYnL+j6d8vsTSx6qXWPTNM5doAfDjcI5cTRBmtkC+e4TomN0m9p2ZbM0QoQ1eNLIJLcM9JZDSbcpI/ZHfFivKVn9urdNWcMDxhTEdjxdCPQ/bmNL4yddXXZfSwBhjzIw+4EWiUre+zYRhylYp3Szh9tz3Xj5rxzTpHcW1zb5s/Jc054rGX8lwa5ONvnlujKy18zyTPCgyw5iOJ/c4bseSN0yrTr02vD7S5JUf+Lktk1ri8+4FiEBleAZwsxCOkVBtehp4iHphW8N0X1rdqFqEy29oBTkHIVc8rl2SV10VOP5H2k6vAYZV1O3fLKn5LF0li8KbG0zukqzPXhvmRqEfo5gRJjOQQKOPVwIGYWRefVTXfC1wqvX0T4rIQnKe5l5aL67hsqPFkfmT2fjoxFhzKbDGRroNcqgF6qBCWLC2+6lAV0yGXLTya15KohYhFREYNYDGJ/CJJL3Ux5dL5kg5tVbNTgq6p6DTD+Al4jU6+eohSgKM/s5B23lk17bArUdGQdAJ7kbcyRAI9Ct26VCKfreVHDjkH5awmjYFlcj6ZJD6sVKpYHlBL43WUnsU/oUKTfHymenNuTXjrjZhuV9VZ6JQDiw8v5OCA4kTnQSNhkaaQhtOuKxOGopBnP/C5Rsk958xRLgysbH/k+VOfxTxR3SiDkHssCAGxtjX1mkCyOiyV52dR5DsIgFmK/DQBTYCrIcQ/Xu36fgaprBj+1S9zaIh3AICV7j9QDcGMZMrJLKSUrSEb+0MbTj1WrtpOGHl+Q7MA4xfO9R1eatOEQAemx6SD8blMwg0i2ZE8fOh7i8vwuGCKmcyBsKquv5QowCKE9LdJU4WWpqqdAO9vZmqaK6lfPFuoiAQUX7neSOXMqj6MlblYKopUK+bHgmmdVclVkTXUEQJgaXsf70zYjp8bBQSuV6Xdt7h0Emd3oeTAM6N4+sqAGb3lbByB30zlB0xEUEpUnaYGRisncT6TH1AYRfCqBw3gvZ3TnkKYRA19J/aOtqlLcK2SJ0SJiL4bjq/J+CKm01xZ2SwW94D5FHygc9CFn9fWkWylPyZaBFou6BRljDxy6krrPtm842MyXmujCWdPG2U0iD8muN7uGVml+rzkYT2p/ONo/NvuFjjkcPFs+4u0hQL7SCntIbYmppStmvNF97PlBer2OvcsAh5uyDXukqpItHNEuxxVLKn74oQBEjkRos1o2DUApYA+FdVyNguIsL9DQkr5Bt24413MagElWKzz+5LQmzFczDjBr3UpM5y7reo/oYuJyF/WM8UBleJh3fA+8jfuL++ZzSR1LXvh0JM4eAc2jh/bze12cvN2Maxv7VL1BTNjf8eWLBeehsc4WzaPmI5pBjc1vQhjzJo8Zhzh2dvESAK7i6GBP38+N7YRbmjDkFRRonWCRDTCYW9n9mFaf4Xi/W2rD88484OdRQVRZPFCZV2+d63VhAohxcHXTqvsQPkg9EJx28QRdUhrkvWez6vjT22ng9q0KMBMRVlKTyKky8C2bXcLNP6FZWVQGcEzk07J9RPdjBTaW6LPDTBgggwm1R+lMbhjNKqIrdgLSJ60AWXH8dOMn1YirVjEQ+/9GohZdpG10Po0b5eKLHM8OcGAafyAa3/W8hrAf3kUInJ4Pc2fuXq6VcTUOZbZ2BdWIoxkK8q6u8VmC7KWKA2B3YwAjk/t+H4pTTZ6UFe8pE0jGn9C9V83B1AY2N2VNiSH+esLEOgc//iltYC15hivEalKJpPpLrrOn7HSDAUW7ars6hFumyT4tXRdLUKXLy48fwJPOz4h2kIKJdLRmwkfZFPvQ/rtuI99VTQjeMCl13J+SjB+8EQ73o78wQajKMevZSl9JLRC4tsB1Te9cBNd0hfNs9Nr6X4+MYDD56qji4eFJlRQxn95bM2AEp8SK5D8p5D/elT/hfFd6dawLsU+J04OAIrY/09wji7Cbj/ooeopd0Pb2drVVW90rSKiwOxQVUQsiMpvUjOku945cWZMtrwCM+vNZNxdZlV4KJFW6Z2QahHRcbpwKZc2wB8P4+jhnES7LILsCMnq+xFnUMONEZs25nSL5N0aSilTUnZisnC5g3YoKxGd6yU7vsEEuFKJQQY5536lsp4/QcPqE+iXO6dxt3uoV4Mjw1a5JvLtVNpsnLoHPIQJyF0/Ken77LOlLB1rPSXqcLP7EW3T30FU77ED1HIgvh9kYY2IV8FQ8jlyCDflNf264ZuVH5oxkXjhcKOBpHvAkfofSEYG7NQNvj5Q/VBQ+w6MsLplEjT9i6yW1uKQ7TPlVgo4rtuh+5w/C1XG4qnyamRu/+z9wTYrMr2bpwkKLzPyTZBE0wjtAKyBCoYLjQBWSuC8U2uAF1jza1g/1jsJqTVvceFmh4Pxy3oiuGIPFxiw8kVjaStQAhSSMK/l90Xte1YV6iXvppaQKH+BPpHTftkSSZcU0SawPJJN15ExGY6zv4MduiX/0yR86eB1DeZ/vlXEFsO2OyjcR7Zu5gJuzxTpjhqDQG8G5J6ie7UrM8ctKdr/OmJql1CksmGtBI92miPcNVihRb+Xn6yF4vxS6z29pDGX0/lk7MY3WJiN81sa05DnM/GnTa6Nj4XD3vt2i3h9xRg0W1pKjmdQkrQArJ9HZB9eDdqqO0VgEv8H1lksv58PZL35k36N/qyG+F0rgginXao0S4Jv0yEvxE5MqhLilShJESqIxPpIM3rlfUsH+mG89sL3hTtKFtcNpOjyC7PPUKK61PxHEHogmRz9tXTXhJQsfxr0dSpVX05Jf6H2+aYF9IVEKe/CyrXL9wdgCSur/ucZ35rInadI1MP7NYhuWTkVUyaxM5uC2MUkNRM4GJmilf7BOfgoX2s+9Ay8TTFUpljwbmrqMPWlWItheCRyG1uPiFi7ZdZIu+t1D//N0XZ+kI4kkR6pu12ONLpr2zcggRZp1rYlE8/K1WkUTU6SwoABPvyyoi8gDx+tNAq4REAptjIg/25m7DgJ29VVZJEYN0SXY1oBR02a2RjstutJk6U33R2+1hFLfDcL2yO2sbW9eoELwGpggDRVFH6Sn5tScAXKG+ST9q8JidSESgqrxiv6+AjxNGWZ8z8XPPQqs4GPFN3SvrD6tPrtQNlTX5aYitui/hVepJxRHkXuOkJcP7BdcVqOMBNXa+ZS2GXQ9T+P+YylojtvfhriNkYzOMpLOcD6J9u/X0lph9cZ/nKkjmT8L//7cVl19fCk7qYGFLVEgYqzhVlkEVdUqVD90eiwWblhAw0Z1y5vuLh7caILieoffahC2FCjAO32xuuuFjn6KRfhzuUoBbh5O6atOBzfWWmtgnimBFwmW68N97DG7v949LZ2p8ZLrOI7+F3/XKmfdcmBeSITTehQ1BhT5cOrIUbj15c9m/l7bbGW1c870ZpZCgGcKEA10RYIl4DGI8RJ22RjKL53cOJFKuHW709kOGdSMVEmm/Re5Q0CAdRwWm/raojmLZ+OTpFbm4O9ornTe0xhBTeDODHLkw4tCP6tYoCT1MA6uytlrvgU5tVwSKYdooeB1qYSt/9ONq3knID4pboo0lLLh3KfYLdzhxEPW47rXbBT0cWQBAW92rY8gwQ899oQPzUGwU2JBoyDWonpNWA43j5Ie2QK6R2xFF4GZwoJgFrDn9/WwQOBSy08giKnLOOW68M48Kj+vGeYp/kPIC1KGlG87TY6lh5nMmGYigs8WRDtJhghCPh8YCdGXG5Hdi6CTB63qyfJhuWf1aGZeHsGenK+sFNeSplPIOidyRAwBtggLljUXicV4B3YrPc4++TpY49T+Am9TOcnhNZyYoOTZ8hv8dg6bDhiY8pjLd+lqQbMA+AK04Xwj0hR5chyEQD3IX1iZ/BGqPnvvr+Uc2Xzh0h0Etun1EDuvyiB36WZG+YmSuk+KM7NCKJLM1Imwz+JIgBxFZ+Q+o4fa5xhBIIy2iSgLXwRN3zB71L+hqMiKUYtU1la8HYKwKf2ufHQf5Mj0NdESvYtgo8BwxEMktWyjuk95MHo+KbJRRw23ZpDZuGCFddtupLkVtsZ6ln6bqZBNJvhcHKOLYAN0SixA2Nb96umoR+sdVsLohwjEMJFcLJuS6CZOD6ia8ujAnWRWHgJP69YbmFERjuaDoJcNTnOG9HkylgGJROFdk5OqkF8vxYHLdjpZvCTJ7BKz0syIo76iwZOFikGTo+8l3NG5H+eFd0q9Ur3r6mkpKk0m+lHWSNbbr/+DA9h1ERpWQcUCVVPTjNcZDyhfSg1otUxOmvZeSmwQzrRA9igNAJ4zIx4DP7ypiXcuRqqrcD+pP/igSqu2jlSyhRwWP+fPApLyKZZa16scs1+FeKqErrE2C88hED+JFZdGuopBCtT2OdIxlA5t8e9JCS+q3hvhsWADddP6dWYJwT2+NNkOgVMz8Gz1XSqwLn7WbPa1tNESJOHMVhTBWT7EONkiari+o2fm6WlQG1/eTUuy3lK+1c3TV9xT4aeHczQjz4dK4TQvLq9omtz/DysivDUiXRtu5J39lohinXstsJVtlebCtpchW/vO9Bj9TIz9lyeU8G/+FtTg7FHalDxlNq+yZEl4/IvBXMNm2cgXzZB0GybPBNWiDPJfLL3D3keClzmjobdgWdgxD9XQP3s8jBGYj/wtZ7bT0lElHrDbvYLnU7FFKQ8pWTRGJe2cBRG0ZQljlXRkXm9wo1LphHCwGFoSKsZZYwNcdnoPTmXcMN0Brl1g3toZoDP+LALAr3rMjJHLrUllijtUA3ToL2+vbLa5BIqjZA3K2spk1l819+SglGlTOw2T3HCU1OTjEl5VPjqKsPkbyGuPVunUS9DH42MXVsi3AhdB1XQ1MQCwnvaJ40JNgOzcJIAdxD/BcRqCuNCpXz7TzZqhKiCKqUNCVo7JUQhT75ieEJ5/N3fkJ7pbmOLeiJxpXjZY++I498L99FJ1qv6s8sjJNRACg2M+cVnH3aRE4DtrQo8DGmvs/wvo3UHOTy5gQSoh+nMwWXpZrZWsVTv5HCQuiqUvShKM+gW5Bb9jyphdh74dXSaR6VTguNWtGniONFg3FlSKheMxaa6ReGd5cnTXCpSdselSkMZ1U1xVYIWaB+tD6XW9hJvS1WZfgt304Cr7D/c+xYxG+5i/yvkS1RCD5pAypYILAFzo1h9PpglLLwJ3l3NKadB5xHZmM8ZoGJg6TAANIxU1W4TEEsJsL1Xylu0QlYcnIbc+aRnkMT/xnmrYUGiCAg4DGf+jyn6Hyl6BR3tahLKOfuC2L8/3Sw1itBSCC4sPFhxNIlDPWdOpg1zPtlyN+OEkIrmC19lRBL+hrP7F1zGi3xzwSw/xWLxgWC62fHPyHC9s2iAqd/FrETKbVBAy3s/FNKxLzmgOJrIQBonvyW/Gn/1AsWf1X8iZkdqKbpVUxgtUw7j3etwh4OG8p4H+byI5DgyeBgjtSkdBQgZNCe6vPS4yYbKp9oFzvr70sqscXTeUGRwcPFaWWqVOfwMzpEvfdjRDyTZUtpAAfYRAr2kVJhf7ENyhKDKoPE6sS2SN/0xAbUQuk5Ov7lm+TZ7See5Reaau2IECHzvO+/gq+GIfCRSU/SjpLMg2TeCWQyMmcfTzGhtTmEHeTYduGZHqwTqgJwHjSxtULTP3JLhoPoHqjdoinr4GxsSwC5V1mHDgSKjgfIHSIfcH0s38H1fSKdgREA73V7k3zgcpeU2wZSC2dy8ckICTq6JWS2oukgs9ashAYQEU2LHkTgE6bPYfdIv3OLgSpgpbpIVSy4mH8xRl5Roqoxv5dGyWZdRgErkNIFpQCKmpmm26ouBv7ahUgujgVvvsd4NLYhA4INnxILc157W5RCwbpXrQp6H+vHZ65Y+s+KQFG2HrcmdF82rMcqcUlb3l9K1aAw9caFMlgk75BIX/7SiPgdSuRU2cExQzb+30XfkXUr4r2ftW7Q9FqJYbl2YCrtD+pSc2glFBcNZ4wo/hTfukWzU3sWZUItAQaI3kCOkMaxHU0LWNfpKCr5VNQbJR90Q/Si2Lb6mjDHLym0wI7NLr8Wss6SH7nMAiqc4DtlVMwseNeKciNRm6mNC6rU8Gdtb9fy1/lcS3iKHqnmYCkPH9wlGvIX/3VsLkTpY/PjK4HguoNSykX+JzjrRViX9hJa9ReXrQyqHcG3LECz6c/DxN2fZn6riygaTgCi0HJpEj16H4P5jc4cVjmd8Qk6RAj9H2e8jvnQ18rJusUdquT4TeaKj14oNLuKn/nLCFXhWii+w4lPiWcUEAxUjvrJ1CBaATP2uNwNH6BM8UJnWoLRbQLvcb0bv+MJn4pfAVFskfjiPxpLMHZ7FF4z4FpLeHKyl7MxHv/Pjyx5qXQ97exf0duY5+CseV+Iu3KtNkdi6DoVL+5r6KAEL0Fp0vMusH+diuXvsxQPJU66floGE+h4Kwj08RXDpcV22/c9/Eu7/LMZL1Z/blK+25zyUD2VyjPOlTieKtf9e2s8EyFTN96xf7pGGULck+mE7o0aP2DXmsFLtijUyAV7Sb3kz1f6muvyQoRK84E8uIvi+0xemmK8DPpoJaIupArNWFtyPsf1CH5qVCtd46Y/CFWdrMzg8xE0gzz+muTjQe/jjzJSddOelRA09l65YVxPd2779HUOIxlynWPzTs2CSSVhK8BXHaE4h93Fz0JQnVS9JWKui9VnviJAMHC+L+OLyNQOeKK6Xlih/s3ju8gbu5sOn0fPXzSocTWsuO7k0BLEuDMq8DZAFfRvh0U/ZdzaE2eAImIPDkmFD1WNtfIdmVwveR6OjKmPPi88s6CYIvvka7yv/2SDVOjerrL+lteaXzfHkJAu5dnF5JrsIvbrPRI/S/Aa4Sc5E9RNIerupIJPIKkmF6tBdZ2Z7JHgjyaWIejrczSvDeDX/+IEFEBcbkT6zD6x3u7ia02pgVkBcOcuVgcn/86Kup4u0uYICbuWAwq+oYySE/LUx84gQ/l3JfOh0Fs5UkDolkFRoBHkrG01RTYTNGUgvbny/n6doS22U4q75Ohe3r8EpHvh+n179cggC5h5BC2zKS+HcOUrbwrJJiYLOk3nz1NKfglF1SpdJcIqWKan3XSoiA8reb8V3pZvJj82MPX0ihWJozt1kulxYor+fpEZa7CH83SgT+NCyqE4/5Yu1UBJFHt4jsqaxRGiBsksaFABXvxwiBi4w4Lb46fu2RKz8LLA8nX9gfjsP40P4v4tGVXMCOpJPBPucgXSRmHml4fNUZuINlzcHFAdF3nze3YmaN58QrlIQs9n8Jrmx539Hj3FAwz464vzi8E6bsNkDNgpopf/Dms0rTEC32ShxKM4IZMnmWqP0aiiZzI8OG3USj2fgNZKbQfZeI95qw9So9Q7NNNG1EdfhH58hviNExKhxjo9crcth32blohcyjHGNrr5kR5ryurC7YDrmS4rCMyc7gTsfA5FngFH4agWPSgbT2VcKM1pdd7Clun3ewpg1IGyCvuI7KtQKOlurcObDcsZo58seANhSamoBA8FDDew+KyZ3uNYd8aT9O6Pkl1HfGj2kTYBislUp1qFJnTSa9VfHNHmOw0whZkkAGRalCRhgRo9DaVQT2dK7nUkldoK9aBTAqW6PJQ0rgTXowZ4yEWATkwFAH58AFiEKnORRTn4g7BxqfromX5EX2/Jgfrwt2IRiorOSZnyyHHZx20JqfjMeQVQAX5C+01+eG5v6aJxJf4jVwcRS0gtF1t7EfA5fqyiT21ccQcy/Tcj7dXmaDLM276YteFwi5Z536mcVVL+5mfe5bi1g/0fjqPy2EkiX2dhzPdA+NkN7n0BEahNmT88pzG4oMHz1JgfoXjZh8Cmy8Kk8WV2p3kuiRnHL0pTdGVNioeDdcW4vr9APtvJHYiQMBrqagptl2K+3nXFaySgB6bXhLLX4Fhsw2pk/Ypy4HX1q0D8m0m9JmVY/qId+z6FLpyiAodXdHAcFvjA4CkMnUSMMSoKzPwxMAsn1k28Fp/9pSQ9oGCHovSZvoNa4zI2+WfYTU7xE6uZelrXkwEbmLjJZw0pAsOF2UzJhJ2k4Nim5XBODF2sSGnZaVHFtGTCyL/UrDwI6ZV9beHifUNlZSr2gYDcx3yvxIs4EFjoxK66ehczXBzW9qaKzxQc6I/2GYxMgegi6JBnxWnYyqE48LAym+EU+sEah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why it doesn't display?! whould you please help me
You need to provide the full binary, to have a valid PDF
I found this Base64 text in one of the YouTube videos. What does that mean?