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 (70)
I hope you enjoy this discussion. In any case, I ask you to join it.
boro kota ci ruchajaCan 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
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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
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)?
iVBORw0KGgoAAAANSUhEUgAAAyAAAASwAQAAAAAryhMIAAApOElEQVR42u3d32/jyJ0g8OIyMLOAt5nFvshYQ3VBgJ3XnvjFjWjFHAJc3jJ/QtyYg/VywHXSwK6E1bCo08LMAY3xw7zYgFf8E/ZhH/YOyU1TUTBO4xrNA+4ht5fdbWo9Z2LvpenWAVNEs6vuW0XKlmzLtiRSme6UZtqW/EMfs3586/st0jLiK7ghhShEIQpRyA0ItbVR3A6iEeLHZwf6yfiTI3fIHvNBaFuxaaKUXP7mbjS6b1KDxjqyeHBCqeEQczQDCato5NeOASFTSKT7rMU7YRvH94xrEASIQfUc6VOqO3VjFnL8aftxsAlI3RqcHfJn58iHT9otXomSff6PH7+llxFWi0ZbJ8nZa2JZnO8fvG6dedWPT2YgwQv7sfdkEI0sazCcQF60es02r0VvAn40Sq4idmO0NUqSDDF/8bqVeEejwU3I82eAeJeRnwISQAt4I3iu65FUIuwjK0M+m4F4p/ZjKxXI4RQSJE/+os0rv35tcetkdBUh0TkyYsF3BOKN/m4m0h5Z6XOBPAPkaPxJL/GZTTr+I8wtd3R6CbG4GeoCiSxAeKBFDxLPGo1mIihHvGfPDowLZCSRLz7c52T/qxdXkA4gJxIRo6sSPThzrGg2Yoxq6y8aV5CT54Ac8q0AWia6ioRiCJ8jtWhb7/Dj2UjrAplsruOebZMa3/p1nYyi3hUkbcBkzJqLS8Tokf3ZSHNkPQ8+AOT54SFH42fzgknEwZcRBqOLJ6mPM8Tf4D3LG80cwu2RJxE8jXg5As11DSKHME/oBOKJITATgXkSuDAZBVI/RyyJBFtBmo4Auh5JAi9DgkPuVcksJPrUfhw8CY4hrEwj5AkglS9aXpp+fBXhIqzw5CxHDgXS47MDpP3Y3wQEtV48OGTEGs94zWdtGKhNnDLjGgQJhOpeYKEtHnS8Z9w70kczQz3ZykJ9cgkZAjKIUyvl5jXIQCJGjgwE8nwmMusWwL905metYlbGCP4l7wUyyv+Vitx8s/hxWkMerpsQucwBd4fc8q3ikXgTkG0DWczocN0HBBeOfHYSBL2PHpyMOPsYYvVzbgX7xSPRcfDio62zEU9HNdbqESsIikeOo+DFjx4n5SIBxNYfNTgsueUhD64iXjnIv2uIuRRlSAlDWCC/Om10ADnOEVwK8uWXkUD28+YqfAgzFEQCSUSGWVbHM3QskJFArNKQdhTkCCPlISf7wf/5fwnMeMbLCispe4SDszOqj0ap3gkgQKLiR1fKmhYgzBTIIIBQj0qYJytZtH5PEbSVODi1hpTdNxHVQmZCZc/r9SY1/HVmYy8wfPMaZMjqGmRno7RtHQ9ibpmDk8jwvowZ3LseibHTZPcN1NT8mg6VvUR0QJqGB/nqdYjD6kgiTXzcCUndGJycasHzsF2FJf8yMholHj8Jqtv21kn9Ad/fHkFlT2q9n7bOgpT95MR73gqua65qu9cmfP+Etjz34NSuNwbPvmxFR188+LRxeD0SHVvb7a2R9YB7hwkU3eQIkASQx1C7pNci9VrPJpAN0ceBWwtqtdGzZ1+m0VHwveej2vXIcXQZOXp9M8KsGoQr9tFnrx8HH9SCB7XR4bPnsNrzrXQWAln7QY4korI/RxqJ95xfi5C0R7ZY8HcCSYPvSYS/rrHv1q5DYk0ih7WtUb3FB6kFlT0/OooejIIUAfICX48kLwjUDKPTxy8aaWAJ5AWmbfpo83rEwQJ5sHUCoyu0Dajs+dETqJn9dYFA8DNnIFBbj148fh4lAnnw60BPU3r25PrmypH7hk41anWhsuf/+Xm0jWEIC6R/K3ImkO2joJ9CLz6/oU8AMWtQK+AzqOz5s2fRgyjrk4DObC6B9B4/i04EUjvyKG3DyjITOSWHn23xWkvsqUBlD4i/cZIj148ucn9NIs6f/FqLckSOrpuG8ANAoOPlEG5LZHTzEL6/Zo+RAJDX7aOjmxH4USSSz5M2efYsODyTyP6TGZPxMYx0QNjjIPLGCEzG2cjJfk8gME+C2ggqe/Lf/zU4FPOkBQHn+rCy+fi0LZGWFz09JfXd9uc9GVZ614cVGSBbx4BsZwHSJicn3rNEBki/OiNARq/RSCBNHCEIkGt2vS4CZHNGgHQwtYaJQA60mEOoJ5ZAUhnqY+Jei/Sj15pE2laEINSvs7rlQqhPrwv1avn9+iFD6NwIpvYIf6FFVEvOXqNmDfkbzgbTuNPWZ6Wp2ggfdyFAuDxNLR4N+VYyG/FZ28wRlCOP1jMEcaemzczqAYEn8HSeUswjn394A/K83Q6OBWJ+0W4kPPnyNYEKPUi8hLWJt0lnJtyPzS9gauMPOU32+fFzchPSa7YiVyJ7NiApIFGUITbxjtJZiP0YvoGwaovHo4C7PXL/JuSnreiDSeT0HCGWd8TIDIRsCSTttfiXgHzQI99tzUbYX7SixiWE3xEh0Vsvqf8H/mzUYDcjdiuKYDEffbDXjjIkvkBqNyAfuGYEyw+06PMogscPZiMQaXPkz8QQTr/cRU0c+A9gdBHLuRH5oCO29J+lvPdRlPKbECoRJhAxhNMf7SLbHCOd9EYkFFv6gFQ/iijfOpyNnF0gYgizH/2I8ONxc/XaNyIp4d7xScosHJ3diIzGyHd37TFyPrp6NzXXd6G3uRcAQnA04lvPZiPRVeR8nkDHp7MQewu+ARDvJE05jqIbkSBDPj65BoEZf8NkzBDrWZqwj6KAbw1nIy9ZOwDk8fF3d2Wf/PhHZHQRVo5uCCvfbdTElv6z9A0gL/nW2WzEsWWAfGRsn6KwonFcRY9MQJzKGuLe0Q0BcjtCEe9pR2m8HkUOuRmRob6Nt0+1HGlbGaKJ7ffZoX47Ggik3o7/cCSQRC2/ClGIQhSiEIUoRCG/a8QLBqMkjPUYkvP4D4jn7FSr2vBWhGmnxOP9WLcODH9dvxVBo8S/r/s1m8C3WM7O5j3Nvx1BAnEe6fhA99e125AXtcfJvmXtb0KObvUI478I3jwhtyLtXUCqjzkWO3z0VsR+nHgeFLp1iaT8QTTq3Y7YArG2uCl2+NI7I/DM1nMuEXZ35IPD9A7Ic76VwJdbzwXya57IouiuyOhuiLMOyEAgLwAZZkh8e8e3Rce7UCoKJLkLEpIcGfE3LIlend1xCPuxDsgdRpdoLmoBciqRUZpEQXrHIRw/0h8IxLwLwnGODDOE3XEIsy3+QDTX6E6IB8hrObruisiO51u8JpCzOw/hBRBLIPT2jgfkJ2cSoXIyRkkSeXNMxvpGcocZH9RaJ4FlBZtpjqSBd9ew0nvMrY2zO0zGAFHdtyy/ljZgtliAmN6dAqTmEAiQVgUC5O3IgJkxtyDUN3ideFHCsHenUA/IMA/1N/Th5UXrq1WsjCtBXr3ja/xz9u+RWKX7oXHsVLSQB1G3eMQWiMadHYn4VhChEpBGIOZs1SafJQnft4LTWvFIXSApt+oS8bxAnNsrGukJhJHVICxDxDna4pvrRYa4jDwAZACjyywFEdHHFwjVQhJEneKR0wyJbYlQGMJhKYhoLlaXzcVxcHvaNT/yOkN43UYC8YKIlYSkMIQlUsoQ3n9Cx5PRbkvk+IvCEVjbs7DSsyUSWNF+4WHFF4gMkHabtSgEyNAsPEDGbSYQnQ+ZRGJOrQEv7raiXwaLUZk3Y4XISppLIQpRyO8TwpCNV4A0jfKbKzo7WQEyGr0vSJQoRCFqntyGJKsIK3QVAZKVH+rV8qsQhShEIQpRiEIWur29QCjp8D5DFo/JkN9DGtc4QtzhA1ZF2lLIyQRiI+LYF0iKCEKA9pdG8AUSA4LqFwhFFkIpwksj9OkE0gaiBkhoSSRGGCGKTH9Z5HgCCdu1zc1Ni0vEpCRsm3wY1w1Alkswn04izfpmfQKBN7wfc9e3l0Qmj8Rv2pt2G5BfYon0ucG7Ie8ujUz2iW/bFZJeIAPuitcdGfj1JZHJ0eUQBsi3z5Eu73Kjz/vLIxPz5GeAPEzhoWtKxIVpaA748JfVZZGJGf9NklZgyJJJBBeCTMQuaKtt1IR5coGkAhncqyJ9KeLlOQIdQrfR9rbFTXeMiJMoxSLbJG5u19t4EiEC2VsSgXgxRtJtEjZrmE0icSFIcHEkaZP41AaEmd0xEnKB/HLJjh9dILRJOhmC9DEyLAR5O4EgszuFwGQccJiMg3BJhP14EtGpXbVxirRxWOlyOJalEe5NIPeM1K5IJMwDpMEhQA7i4iYjIGZaq9Ss1BrGTKwnzDRhlTSWRj6fTCTaON2sVSxqhXEbi0XrHiD1ohFUFcsvJTGsvPAWHorld0CXXH6nkCY8KyQT8PRUUBSWfJFIFI1gJM5tEkgpgEpBFCnRIC0Y6cNCFUOap8E/rrEsuSsSKe22EsTRVOkwTwa5CuRzhShEzfhbb+4qEFg1VtBc3QvkDB50mKzkfcJ9nccYliyEoN7i1JTVPXy1Qc9fHnaRImjIYLG1JeJg7iPuG1zsFwygCg51icAHNIrwEh0/TJHYLhAIMgXi6EzsF/QZPNIEAndk/jJveWJcIH2B1ERSxJABCBHbKyZCQ6gmHCSqe7gjkHlPgH3+5gLp0O3t2iYkkDw1DahN6oZPq2ZqhSnmekgAgTtm3CTzIp9M9IlG29t2hlhdqLLqOKbESK0YPiKyVmtIxZ0m6S6OMI1dIANIhGoYfmoXkKYFqbEF1X1MJDJYHEk1qOimEItKBN4ynAok5Ash/y25QL4tkW+L9xYHZNui2wTu0/skxSkGpJ8hwzmR3ugCGUIOaW9C9suhgwUCdb04qvQ+vGEYqvvuYkj4R+fI2yH32zWxXUAYjJ8BHEZaM8XzozECkU6MrnmRyb0VQBgQ22KeAALPltY08fzaGIFCG+bJ/AieQjiCuQJtJMIXAqSOxN6ULhHTDQWizY9M7ncBYiO7XW1D4BJhBYoHS7yM3wUCuT3S50eOp5BUhBSxJxFDWNEEEsKMh0UnR/4NIOb8yNNpZLOWIdDzvi6Q9Bypmt3wEXS8seyRsIrcLMBimRlwgXDjHEF6GMsX51uyT8aInPGcisnoZgiGaksfwjpq9pccXcyu2FW5JyGRNA8rgIBbQ9pQRMohnTusTM0TCkhF7klgiUCAtHLEpBKBUB8ugEwuv7RWqVdq26LzRZ8wM0ytrE+4EbetoVi0zJjOHeqnl99NWLQqtQpEdl0ghp9Wc0QPm1Yolt9FFq0QT63xtWz5hZwEEJjdDGVDGJZfSmKxrw4Bcu7ltxdNZSu2/I+IRAIQmUhkiJiagLiAbM+dSJC/mhzCiEP2ID4AKREgMiXKkFCPSfwQpo+Zbs+dEpFPJhFI7rjYPIfMRCCQ3PkkQ6gZc/oQPmimlbmTu0mktJu1CqT3ZgVI/yu1I6FKbIWoHQm1I3HrjgQ+CdEm0lNDFNGwxBpQacfIlIttjDjTeVafhkgsZgNWrSJM+V2WybdXEKpdINoFYlH4QkiEHVMgDpaIcTeEX0FidIGgCwTHsOwCggyBIHMOZHCxI/HmTz/eEUiImhJh+hQCBwCVCrXFF2BoSIno/+u3f3o78ouLbCVGSCalvtipyRAci2JBfpKZPsWAtM2OSMBNieCOc5eTHvbbK8iAWucIPUc4PCsWmxbWUJYSXYn050WY2ecSSTMk/fYU4nYhSdUoZKsSGUhkGNtmoQhkj1C3Nkk8N0Imtj1++LMMEWneVQSGCAwS+ojERCA8Q/6l9sM7rPEXOxL0h9+USD9H6KPJjucDE47gm81HXJx5hkIlQ365fQfk5UXCnZ4cyboqJBdIGF+PQOGadXy0eTLXZGSv/gmOBOaaeY7I64kmkfXtHEFQ5wPS/cq+w0scOPpUgBRIrGdILCbeDASyfYHc9YKDt1eQFF0gl4/kXiVHfFMixqII1CjnCJqFxIZEzMUQC4qTDAlpfdzxDskR85s5wrLYhRdG8rASovp4CF9FeBZW5q/jc2Q84wVCJxAxGU1nPBkH8yB8JgKNPonIsGI602FlYaR/FTkPkKafB0g8DxLjK8gw7xN4lqlQ3xebHn4b9+Veyzx9EkRXkDDOkC67d2XRAkQuWszU50Bevrk8T2CSiyGMNJgVcvmVy1K+/JohRAGZrBlzIE/fXoPw6xCZSJghJBISMZdDqJYhBl+TKVGOyJTIjCElknsteDmE6Rli8j2Z3OVIltzFkNzJbRBrcaSk6lddI/G1QybPzpVXmK5il+iTtwqZ4zZxdq7E7cHRChDISd+TyWiv4kjaq+iT1sS5X8gfxK9o4BAydiu0RH4lLytI0Toyh/D5Ra5bELe/ejuJiOsRGRYZu+WYIlOUlxVIxCFFIeLKSoYdyNgtWHklEqYZAmt8QYi4RpRhpPuoDlmLJRDxp2tzpL4o8odvJhFxtSurGuIsidkRiLisgEC+yKrrOK4vaPA4mkK4K5LTPiDwAAsEamqJVJdAJiYjPG8oyw75mw5WmCHpffGZtG7hsCBEXEudIySOTYkgURXRmmUWhYirwuWvzcD4jR9JhGliD5G2LdOvf6sQRFzfzqqmQKCMd6eRX9Xnv1JpJoL1SYTrojgRf4vpr8UJyKURpGWIyN4FMphGntQQLg5x8CRiiP2cISDrtc0CkdDIkOH4SDJk06qbxSFUn0DYGLm3aXGzuI7nORKPR1eG1IpF+hOImIzi6iVrvSgkn4zDbDJSIw8rGZLtSBcdViRC75NzxDILCpB9mPF5gEyN7FoMgTBrE32jGCQmxjDFpgj1uJ8hcVMUoi6rAlLFhSB1I6SW0ckWLYmEaYas47S+XghC5b6DA0OYwfLLDJlcYIGISwzqqBAklfsOjhhGkEhIRFxpmSNWEQFSpkQUieuuTA4pETfkFX4ZIlIip5BQD8kdk9e9mlwkd4a8INKQiEju+r/3JbZCfs8R9ii1XhBId4+ZNgzxfilIGjZxYMU1s8s0/0bk+ISbrxyfLIKcfri/b43o8Yf8zRPy9PqFw3m0rvPv/Q376tXTl4scSRJsBaY3SqIWH/XIjNXp6V++5fyTz9++CRZGXnzkRckp4SNG6h9dj/z9W844efvmbxdE+IefBt6XzS9+yKPUtm9E+Jv/SJ4ugoz4Ng6CsHZP51HM2sFMxBbIK72zEMJgdAUnm/c+5K/OWDIbYe4P+FevHhwthKQtLwj40YsWD9J0FvJo3WB/9ec8etX+fJEhPKLiD+bxw9OWEbD26HrE+QqO5K3NX70SPbMAkkwi8fUnKT/PkZeLIqMxwm9A/lIi7tNFkUggkUC8XosHMyejOBLyyn66EPLqbB9G1/bxFveezET+Xs54xl998vlCk9GHeeJBgNS55yc3Id/7m7f81X/9x8WQmhV41MYu94Yzkf/xR5y4g1R/NRguFla4+L3schct+XcfrPcBES9RzkjJyGoSiZe/eVs+Evz2TfnIb94b5Lf/9BVZBVL+kfzTSpB/flU+8s/vDfLyxz9+XxBvFcjLp6VPRlX9/r7W8UY833dRjPzQnBN582q+EfwmIi/teY/k7cv5as03X5GXn5eOvFkEefrb+ZE3cyMvyz+SN3MjaP6ON+Y/Ep/Ni/AFmutriiwwT76myLxh5dUiSDxfwg0B8iWbczKqRevuSLl/jEj+PaIVIarjFaKQrwtCG174sNMz9qo7zY3hsBPtGb1Ks7nTGLpup7Nnr1XgbieBe5Vmi1Z2bXwAH2s27Z1d7O2t2bhzQBSiEIUoRCEKUYhCFKIQhfwuEVUEKUQhU7c4e4EJB51f9Y3kw91GuNZwKg+9hJEoSXqNhEcJfZgk8AGbdDo9mySnOxUjCStr9saewR17oxPaa/B1XnTa8BjpHOzgEDVOWytGyPmVQwr52iCldnx2AnJFiMXffSTEXL8O2XBdumMcrIn/nUaPDCO6QTccew3trmkHqOEOD6qEahEszokbuZ0DtPPQaTYrO6RXQbuGs2uT8443HCNF0CdID/XyEPGi4IigP0miqDRkTbyYBiL8kAZBacg3EAoFcpRirzQEGf6OQHq2hctDTP/74pcsPSsbYSUhIbKg4zHOLnwsAzHFeR8iwsp+ystGLB4kK0Ci0RQyPNjRkgPsrDU6juFshI1Q661tiA8Qx24c9jQ+7FXRhpt0GKo+9FxnrbrbcghtahF83G44aw+Tq8irpEQEQ3gUfRKkK0C8lJSGUJP7lpwnthWXhhj+99fzGf+vpCQkRWhnHLv+99PyEBkgDxMv+IeyEPmab4B8Ngqi0o5EvBo8glxYrIz/t6w+4b7BNIEYsTY5usLGAYbUgdnY9aK95g4ZQmShjT2D7WoO8Ya0FdEdu7L2MFxb2zV4h1YeDns4bIlEQnzFYZTwHBGXN8gXYuJXEolCkWuKIIXcgnRWgTx9f5BPjp/XkrKRn3/v5//zz0jJHf+bT37+m1eTR3K6gz26MfRYljfs4hAnyUGjw+xGiCOX7TRO16qoYpxW7GbLMeDj1YcRXau0QrynDd3E2TXCnUtH8uqT/7IxKh/5OWuXjUBz8aekZAQ6/jd/WzLS+eSHv9h+VHJz8fNfsVPInRD+u0CGUB0koRbuwhdrHfdAO9W4dxja1bWmXdVk3rBjo0rDMXpr9o522KHoIRQSh6HR2Wu4obEHeUiokK8tkk5eO2gqRCGnTQzJwS5mZM9wXZFFDE9JMnQqa9XGkItdwocHa6jVIwlbazaNQ2cHR9SutngP7210qOE0TjWFvCsIs1aB6KtorlFJyPhMAGclHskUYq0AmdoejPgBBJDThoOHzsYBCbU9kTF4eyKzgDShEzktp2nQ5q5xgN09G+3sEqda2YDIs0HX8KFzkUjMbK6ikazXV4bwr1aBjN6X5mLGKpqLvy9IrK8YWWviw3Ei4exqScT3mhvOmnGKdrVhBz512twxqHaAT0lYbRxCnhE51Y0kxMO9tR1t6DQc+3ok4StA0hIR/boAWRqSmitAyuz4c2Q0el+OJDVWMbqC1TbX0Os4zTXN6xF3GHlJuLPbJC7dqRqn4qOdntgvrBp0gzWrTXsNu50he8ggh6A2PsVu4h2yFg9/dwgNVoAwcwUI318FwleApOY7PrqyX5ecjl2lIPoqjkS/HLsaTrOCE7e3toM7nVOtc4p7qLKjHVQv9gs7nYONIe9p1N5wdlv8FFXtinZQWVtrVrHT6FxNJPTLK+O7jUyuJ+82kqyiudL3puMn8653suOvz7ts45APe2tNbZg4a81G5BidQ3kVwDA0PLYR7kAlUUGtzl4VVVoykQjtysZhiFnTOCUdz6neIe8qC5nKu8pCprL6dxpZSZ+sBElW0Vzpe9Px9PFEIpG41G65bINV8EEFR6caNQ4akC1UKi1+GHFvSO0GJVEifgXGcOmuvCwg8ZIIfoCmsUciOqPjt1aAjLorQM4GK0CS0QqQqay+LGQqqy8YkTfrci5cFjIavS9HMpXVD1lzF+IH2ugZIm84FVfxOWsPGSQTpKclzsOoEyVeiHsa1A2dpEMbYr+wSsROIUScjWQYXotM5V3vNDKVd73TSLKK5krf8Y6//pxWaUiJHX8tMjxtarTlhWsPh9QQp/R3K00DEG1vh/Sw10now56NmjutDms+DLELSrgRbtBqA7KOCun0GtS4HpkYXeUh6SoQXhYyeYJ5Mu8qDZnMu0pDJvOu0pDJvKs0ZDLvKg1ZyeiKjQmkgmmDNW3idlzX9aKhx5otZuM9I9wl3mHCh66X0J3qmr1T1RJ3r8WjA82BjOOgagyTYe8hwzMQfQUIH60CGawCOV4Fwt9dZPYligqZBwk3GDmAun9X7PQ5lVYUtlyPaqeVqhbxw701ZD90mXZgiCuA9lCrQ5vVnUp1rXWgDZn4lkNqJApRiELeFWQIpULihjtrTQyVAu4ZUXRgJNxp9CrGAXEPGVQTSdisotbeTnOHeJ2IPnSwd8iMZA9tsI29DYcoRCEKeRcQ9ZJBClGIQhSiEIUoRCEKUYhCFKIQhShEIQpRiEIUohCFKEQhClGIQhSiEIUoRCEKeU8R9VfX1ehSiELudvPbRmqk1kDc36cWTzFF8ve/xANqxQTeFYHEWoolYoaYpyZFdZjiXPwxl9AMLYoLQUJ0jpicAlIVv4YtHoSGj+NiEB+1TYEw0zfOEfnANxyzCOSXbbcfZ0hqDlyB2PdwP3sw6LpFIV1aMwQSm67LY5eSe3gIDwBxB645NAtAtl03zZDQdAfniHzgDky3OEQXyHASEQ8GvDjEZJvfEciJRLoZciIRFxCjKOTbAnklkOFAIH35YJAa8NZdHhk8OEd4jtj35DwRiFkk8mGGdLsCgXliZGJhyB8L5H6G+DofDAVi5gg0lzsoCtnOw0qG1JGVIaLjC0R+wJ0M8TWIwps4R2AIO3pRSC1DKLxDlLCqeYEgrQDkMzEZa7pE+CBDsFEGUs8Q9zhH3Axxi0K6IkDW9WyeQEyMBdKFB3mANIeFIBDqrQzputAvTUAGGQKfvIfjQhBYtHLEN3OkLx4YA1i0ikFcF5ZfqzuNhHL5HYSmXy0EOXYhkciREDOTbgMSy0RiEOKwhmNSBCJSogyJ4flTiRA4JGsAKVHbossjKk1ViEIUohCFKEQhi90YshydEp/4WnoffdPqQ9kT8wHS4LEFdanO8NBBZFnEdDRKEPYRIOsWFL9aTLqAiO0WKOyKQQzI4m1kQqYKCOTZIST1rkDagMTILgxpI0Mi96Bi8FEzR8zBIET1IhDcdeNmGxsDWrMGzDR4PwYEiiFaEwgFhC27gQM1gkubTas7SAHhpsmhVrHg3UBstwz6abU4hAwyZM3kUHVdIIMykD08geiAMLsw5BEfZoiDOVTCOfKdAZRarCAklojoeO5bgFSrGOnw+NsSQVoBSBeGMCCioptE4HFxCMwTLUPE1nBILpD0Q0DCakGILhHtEgKx7AoSa6hJR9YiscuUiNzkFpUiw+uW+AvM6bZEJjsekO2zRRDLNQQy6E4j8Hj7B5cRjquVRRCYGF2J9C8h/bQGCLuE4MrJvyyE9KmYjGGOuKn1hAASytl4FTk+JYsgQ4nEF4gjkDitX4vsO3gRJKQiQMbtDOnSHGkDcjlAQp+YiyExlaE+R/oxkQg81iHUX0LQtiGbC9aYDvxAXOzIiL/s5HPxl7p9WPLgQ7F1DdKERSsLK4D4iPgcaeIxIOgyQs8RWMq6qSZOVVCNOxY34GusEDHEfXwVoduw/A7SzQyBn0Ui8BjaEE0vWrhCP5bN5aA2srhOkUBieGbMxR+AwLB4I+KYV5F0GxKJAcuRWMsQJpAUTUdhvNk8OUewQAhPAbHlX8OCmS0QyzGuQSqQEg3YeoakRo6sAyJToqmO3z75VdZcTYSZHgNC4Znb8kViU5GPxMhCxlLJHSBnz+XDkG6aTA8fWTw2w7h2z6CAVI0+j7erhr4cgis5MozrZqqH1OK+2afb2AgNTi1AwnbV7C6L0AyBkW5SQKDlzAHdtlxxNowIhFXN/SWRn+XIQCJin/U/mSOB9KHjcwTzpZCLWzcmRqz34d6eyQHpDkRvG30zZOuFIa5AugL51ITOtrrHgDDD14tEDEDCbh+6+HOThxD8XhriFKKjAVKxCkPqxrDblzOeI4p1EVZCDEh7/VtmMQgErE1j0IVAJxAtvZchloPi7fXlJqNz/gJ+gKALRE9RhpCuH6MlkafZ3VciHKXIcAGxZHOxHMFR2ARELwZJBWJ0/UcZYucIDDRAjMIQphlm16dYILGFulwOYR63/2Dd7BSF8O6a2e2nEqG4LxGxKpK1dXHKYgmE2thNBCIuaVhD6N9miCAl0gWELYvENVMvHRnVjrfOxsg9hB5KZARvXbH8ku4xINUlkejwtDXMEFY/RwYpxgYXob5rxO12EcizDKEC2ZGjq083M8TS9TCGRWu50RV5p61/EEhMYPnl3VDOE7n8crn8dvyll1+JJBkiXkq5G8sZH6I6hBqRSIiKChKJZZEXF4glECLzLjvPu0xx4pgsGbsi79MxwgRCc4SPkzsfYiVxlkWqY4RfpKnpOE11rNC4Jk2dG6mfI+OEm+UJtyESbhhtVxPueZGenSElbg8+jY5Y+cjoz/lW6Ui8beilI7RpuKUj54uWQr4uyEVyp846KEQhClGIQhSiEIUoRCHLPSmKkZlinuIYlYvExgqQUIfyPywZ8bXVIHGZCO9Dd3R8HorLuUtFumHJSJdTCxAf+yUiLqfEjQHpl4gYXJxRIg7um6Ujf419vTSEmTwUZ66+gX2tbMRex055CMTGfo6gspH2Ju76pSM1HIWlIdQS50TiZg3zAn5r42bkUft9QXbSMhF4ZkMgSF8Jclwy4sYh0o2SkW4IiB6uBJk1GUN98t0Ct1CESFjj5UJ/gVDt4j5D4tce83fiBSCw/Om0ORGI8ul0FBYIzf/8KM12b7N3ApFfGKJFkKn1RPycYX5mLETyPFz2Tr6UBVkEgdZOcTi5Moaa2IPOWsTPfnZHvpMIXgTJcmHjEgLPJu872Z3sEOLx3rcvj2cORGb1KZ5AoO1Y3i75szP5l4czxJgTmVGfTCD5s6cTiF4MAkMtRedDV/QCzd6dI4785LIIzXs4nXh2M3unFYOgS4hZEhKj80ko7oRZj2cv+SKHA14SYRJp54i4DAc62owFIidQIUgqEI3niMUkQsRVPlkoKAyBCCBPhouT8YCIHz9H4mzamEsidAqBBtLF/2LMxTJyFoeI17DIYyVk/GKa+5PI9+dD+lnO0r9AYkD8S4gpI5p4lIoLPNH3jTmRGF+DmJOIfEET6PECkfASEuri2lfRPQUjbBIhlxGKwnmR8BLif0uuV+ejS17PDj1uTCL6vIg5jTg5YubzRDyxQHihyP1swc9nPM+eeLz4i/uxFi+LIInIfhCx6xJCM0SbE+kbl5BHGh/nRFRG9mmEF4CwDMmWDCoXyElEDIVYp0sjcYZkXS4iCp1KyMTMoWhOpNudQtIxwvOVcRpxtEKQrMGzxJXJhOIcyZff0EiXRKieIXq+uQftNYXAx30jnS8ngkK+P05K5XPFOWKMEb0MxJhorixNFQjcIeMMcnkkzJA8TfVFKjmFmCLisPlyoj4zw2nEzBFr3ELWFIKLQPwxgvMiCOEpxFoUmRxdPs4RczyGzSlEfA7z+XKifmqGZBJxMsTOSy3/EmIshsB3TyFWFv1yBNrLmESsOyLON5l1cpa9wtlVBOVIPhv5JcTMFkrntpzIWW+Tk7Mw+1n6ItBOIAyeSyJ+jkCVL9YQiWipOL55EHMGwqeRdBIRyWpWGd2GULbNT86yV266gqSXEXje9AJxtLxoMW5F7gNyfJwhsUXxFJKXbOF4XfI1GURSifjorgj/40mEpDcj4YJIVzQXvwPCjAyxxkgoM6L8S25HwhwJSWrOREQaGU8j1l2RY4Hk80TsGMxGxI6Kxi6QeFxw3w2h5g0INNMUgscIHRfc2u3NFX98xnPEh4a/gvizEXMuJB9d8PSzEfEmL1IzJL078seA5EP4cjmXI/oFAv/EgB0jRlbVo1sn48Q8uR6Rr1aWb2yFWTChEhEFd6hfpGI3hpXh8MS9BdFzxM+CSZgj+h2RtE1iPTRnbXuI6aBloV5cuS9KbCS3n0RQE7Vedly3I9SI74Zg0Va+2Ji4QIyLHHw2QpmVmtS6ARHX6mflHKxY0EBibyVD4KDuhNy2SySRmkRoFguz8SQRiJCOkVd4SyNoEoknEfn7pawAhOZrX76pRrOZkdUnhSFpvnPHJhAtR6wsmcDFIngcmrNyTiK8AITlGRbPElOWd41EsHz+AhA+3nx2sjtOtqkqq997GWIujzh5BPSzUOhnm88FI34ey+MsqIfSynYk1mRDOgUg4UQqfP4uQ76RIcbyyPgkDcvrFPlOfGI8JJZFpu7n6dec+xx3REq7KUQhClGIQm5Fwp9QPbbwGcUdP71noHsWsg0o8vRPjVTzQ9s4ia2TM5+f0fCeAV8AH4Gv1zvy603xBeEjS4+3cYduEn/TpPCNClGIQhSiEIUoRCEKUYhCFKIQhShEIQpRiEIUohCFKEQhClGIQhSiEIUoRCEKUYhCFKIQhShEIQpRiEIUohCFKEQhClGIQhSiEIUoRCEKUYhCFKIQhShEIQpRiEIUohCFKEQhClGIQhSikN9fRL0soEIUohCFvKfI/wcDFMfgplTqzwAAAABJRU5ErkJggg==XlhBXkNGLDAsMCwwXlBSMTJeTUQzMF5QVzgwMF5QT0leQ0kxM15MSDAsMjAKXkZPMTIsMTM5XkdCNzUzLDIsMl5GUwpeRk8xMiw0MDVeR0I3NzcsMiwyXkZTCl5GTzQ2NCw4XkdCMiwxMjksMl5GUwpeRk80NzgsNDZeQWROLDAsMF5GV05eRkheRkRDQUQ6IDExNDA0MjAxMC9XU1hJMzYwMF5GUwpeRk8yOCw3NDdeQTBOLDI0LDI0XkZXTl5GSF5GRFRSSyNeRlMKXkZPMjgsODA1XkEwTiwyNywzMl5GV05eRkheRkReRlMKXkZPMTM2LDcxN15BME4sMjcsMzZeRldOXkZIXkZEXkZTCl5GTzMyLDEwXkFkTiwwLDBeRldOXkZIXkZET1JJR0lOIElEOk1JRkEgXkZTCl5GTzIyNCwxMF5BZE4sMCwwXkZXTl5GSF5GRCgyODEpIDg1Ni03Mzc0XkZTCl5GTzMyLDI4XkFkTiwwLDBeRldOXkZIXkZEXkZTCl5GTzMyLDQ2XkFkTiwwLDBeRldOXkZIXkZEVEhFIENPTVBSRVNTT1IgV0FSRUhPVVNFXkZTCl5GTzMyLDY0XkFkTiwwLDBeRldOXkZIXkZEMjEwMSBIVU1CTEUgV0VTVEZJRUxEIFJEXkZTCl5GTzMyLDgyXkFkTiwwLDBeRldOXkZIXkZEXkZTCl5GTzMyLDEwMF5BZE4sMCwwXkZXTl5GSF5GREhPVVNUT04sIFRYIDc3MDczXkZTCl5GTzMyLDExOF5BZE4sMCwwXkZXTl5GSF5GRFVOSVRFRCBTVEFURVMgVVNeRlMKXkZPMTUsMTUxXkEwTiwyMSwyMV5GV05eRkheRkRUT15GUwpeRk82MCwxNDleQTBOLDM4LDM4XkZXTl5GSF5GRF5GUwpeRk82MCwxOTFeQTBOLDM4LDM4XkZXTl5GSF5GRDQyNjUgQVVUT1pPTkVeRlMKXkZPNjAsMjMzXkEwTiwzOCwzOF5GV05eRkheRkQxMzg1NSBTIFBPU1RZIE9BSyBSRF5GUwpeRk82MCwyNzVeQTBOLDM4LDM4XkZXTl5GSF5GRCoqVEVTVCBMQUJFTCAtIERPIE5PVCBTSElQKipeRlMKXkZPNjAsMzE3XkEwTiw0Myw0MF5GV05eRkheRkRIT1VTVE9OIFRYIDc3MDQ1XkZTCl5GTzM1LDM1OV5BME4sMjEsMjFeRldOXkZIXkZEKDI4MSkgNTg2LTczNzReRlMKXkZPNjc3LDUxMV5HQjEwNCwxMCwxMF5GUwpeRk82NzcsNTIxXkdCMTAsMTEyLDEwXkZTCl5GTzc3MSw1MjFeR0IxMCwxMTIsMTBeRlMKXkZPNjc3LDYzM15HQjEwNCwxMCwxMF5GUwpeRk82NTIsNDQ5XkEwTiw0Myw1OF5GV05eRkheRkRGZWRFeF5GUwpeRk83MDgsNDg4XkEwTiwxOSwyNl5GV05eRkheRkRFeHByZXNzXkZTCl5GTzY5Nyw1MjleQTBOLDEyOCwxMzdeRldOXkZIXkZERV5GUwpeRk8yMSw0MTZeQlkyLDNeQkNOLDI1LE4sTixOXkZXTl5GRDcxMzg1NSBTIFBPU1RZIE9BSyBSRF5GUwpeRk8yMSw0NDleQlkyLDJeQjdOLDEwLDUsMTReRkheRldOXkZIXkZEWyk+XzFFMDFfMUQwMjc3MDQ1XzFEODQwXzFEMDFfMUQ3OTQ2MTM5MTQyNzIwMjAxXzFERkRFXzFENTEwMDg3NjQwXzFEMTA2XzFEXzFEMS8xXzFEMjAuMDBMQl8xRE5fMUQxMzg1NSBTIFBPU1RZIE9BSyBSRF8xREhPVVNUT05fMURUWF8xRDQyNjUgQVVUT1pPTkVfMUUwNl8xRDEwWkVEMDA4XzFEMTJaMjgxNTg2NzM3NF8xRDE1WjExNDA0MjAxMF8xRDIwWl8xQ18xRDMxWjEwMDE4OTE3MzI0MzAwMDc3MDQ1MDA3OTQ2MTM5MTQyNzJfMUQzMlowMl8xRDM0WjAxXzFEMzlaTUlGQV8xRF8xRTA5XzFERkRYXzFEel8xRDhfMURfMUZfMDkqJjUvXzdGQF8xRV8wNF5GUwpeRk80NzgsMTAwXkFkTiwwLDBeRldOXkZIXkZEQklMTCBTRU5ERVJeRlMKXkZPMTIsNjk0XkdCNzc3LDIsMl5GUwpeRk80OTQsODkwXkEwTiw0Myw0M15GV05eRkheRkReRlMKXkZPNzkxLDEyMF5BYk4sMTEsN15GV0JeRkheRkQ1NkRKMy9GOUE2L0ZFNEFeRlMKXkZPOTUsNzUxXkEwTiw1Myw0MF5GV05eRkheRkQ3OTQ2IDEzOTEgNDI3Ml5GUwpeRk80MDksNzAwXkEwTiw1MSwzOF5GV05eRkheRkIzOTAsLCxSLF5GRE1PTiAtIDE5IEFQUiAxMDozMEFeRlMKXkZPMzA5LDc1Ml5BME4sNTEsMzheRldOXkZIXkZCNDkwLCwsUixeRkQgUFJJT1JJVFkgT1ZFUk5JR0hUXkZTCl5GTzQxMyw4MDReQTBOLDQwLDQwXkZXTl5GSF5GQjM4NiwsLFIsXkZEICAgICAgICAgICAgICAgIF5GUwpeRk80OTUsODQ2XkEwTiw0NCw0NF5GV05eRkheRkIyOTgsLCxSLF5GRCAgICAgNzcwNDVeRlMKXkZPNTc0LDkwNl5BME4sMjQsMjReRldOXkZIXkZCMTIwLCwsUixeRkQgVFgtVVNeRlMKXkZPNjk1LDg5MF5BME4sNDMsNDNeRldOXkZIXkZCMTAwLCwsUixeRkRJQUheRlMKXkZPMzksOTMyXkEwTiwyNywzMl5GV05eRkheRkReRlMKXkZPNzUsOTkzXkJZMywyXkJDTiwyMDAsTixOLE4sTl5GV05eRkQ+OzEwMDE4OTE3MzI0MzAwMDc3MDQ1MDAwMDAwMDAwMDAwMDBeRlMKXkZPMjgsODQyXkEwTiwxMDcsOTZeRldOXkZIXkZENDMgU0dSQSBeRlMKXkZPNzkwLDUyM15BME4sMTMsMTheRldCXkZIXkZESjIxMTAyMTAxMDQwMXV2XkZTCl5GTzQ3OCwxMF5BZE4sMCwwXkZXTl5GSF5GRFNISVAgREFURTogMTZBUFIyMV5GUwpeRk80NzgsMjheQWROLDAsMF5GV05eRkheRkRBQ1RXR1Q6IDIwLjAwIExCXkZTCl5GTzQ3OCw2NF5BZE4sMCwwXkZXTl5GSF5GRERJTVM6IDEyeDEyeDEyIElOXkZTCl5GTzMyOCwzNjReQWJOLDExLDdeRldOXkZIXkZEUkVGOiA2Ni0yMTU1XkZTCl5GTzM4LDM3OF5BYk4sMTEsN15GV05eRkheRkRJTlY6IF5GUwpeRk8zOCwzOTJeQWJOLDExLDdeRldOXkZIXkZEUE86IF5GUwpeRk80MjgsMzkyXkFiTiwxMSw3XkZXTl5GSF5GRERFUFQ6IF5GUwpeRk8yNSw3NjheR0I1OCwxLDFeRlMKXkZPMjUsNzY4XkdCMSwyNiwxXkZTCl5GTzgzLDc2OF5HQjEsMjYsMV5GUwpeRk8yNSw3OTReR0I1OCwxLDFeRlMKXkZPMzEsNzc0XkFkTiwwLDBeRldOXkZIXkZEMDIwMV5GUwpeUFExCl5YWgo=vZfbbuJIEIbfxVe7EoqMgXCQckEgJNmFgMATpF3NRWOXcYt2t9WHBGaUd98yDNgwITHgrC8su939VVUf/ir/tIinqeADEseUz5XV+venRZi2WgFhCkrWjHL/kfuwtFrlkuVF/u6LpyXbvSxgZbWsJ8HBKlmcRIBvI0kjIleupPM5SGxXIQ225LfSUTv2yXbgZQokFvzrbDzBUp9q49T5+stEcZER9CHQHcG1FCw10pHCeGGRQQyEUTDx0ArrileemnrkKgZPFxnSc0q/D4UqlD0CSYWfGhjGwDsiigbAzddtrK0VVwKU/x8zla8zk5iYhgBsM/7L7NwtY4IjfbQ3I3pn9dDg95JFllRlxA1bZkKwCWi9kzu1ebnjJkrQbQnqNu3zhBZbrQHlKGZxjy7BHwtNEs1Eay+EGfRHS7OOLg+pY5QW0YhIvXoW1INOSPQdJzMG/nnAkVGhK1zCFhdhesQHFAelQkLllOqwR2UyRkohU+JuIfMgMb64a7yFGhhFvWfBTARnogZGw5oy5O04nuLOEa9dSHLXC9FwXsSb6XoYu73zxk9CIZK3MeFzuBV6oiUJ4KJF2C3AA1FDoxnl507YjvTIOcg+ghT6+7r1+ZJlPYLGI1IIFePOUsULRMD1F6ALnYsDry+bC1z9uxeQE40qAX57QPQ6ZZ+xoZDU9jyIdaKVPgwDLAh8s07K59EmAPwJXkeMrNDBrYxeQvs2mrpGC0kJu4izdaYQ2CgUWkyAK4oKQ/VqSiTHPgdMzCYBE0R/lk56mU6/9GxdNKX8FGxfVe2anVzlctOxm07ziOufQ/8RIsoqUfnKWYPtav26UamXayegN/lvQn9A1tWG07i+Ller5YbtNOuN2qm8xMOMf/mHY03W5n5fzGard5OLfVWrV5t4NRp2vWnX86MxH0vMK8nmZli9HqNfb/A1p1K+dhrV/PiMYCTyPoyJt7f+J3i6RXVQH0F2MQPtLU/ldFKq6MmtD3yuw4KARQSaimxyc0PqLfBZFcg8DDn/jj4CHAYBDk+BziXA3+bQTiSI8k8F6JHvs9eV5+GubjSO+HY4evD7iagf2xvvjM0olBtil1AwPxtSPtAmA+FPW5Ak3M7oW09iu0uzXh3bDh+z7gtkjR8eC2OtQeO9cjfvrO+DnkC/CrkYa30paUS8Beg+blRs8VCGyPwM7/YK6cmCMuaC2nb5/Oh8iEN/uR4I3zDo0iCgnmF6VQy6CwHm2xxsPKNSkAhbk4/rg/oMUiW/kK06/rJq+evTR0d4ku218aZPkllKKh+iBCdsJGITp4YtiKnCos/BdFaxjkT4Djb9ofwbMlpjuaGJZusa49Zojc7nR7pAorxY5wRumgIFy1bb1h/jG8eplO5vnFqtdHtjl9rJ05/W2/e3/wA=
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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!
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
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
I 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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
=