![]() Then, I printed b'\xee\x80\xa1', which is how you would actually use the symbol in your software. Next I printed the data as a string to show you a common error, and what would be printed if you attempted to print a string of those bytes. ![]() Then I proceeded to get the hexdump of the code point by encoding the character using the default utf-8 encoding, which turned out to be \xee\x80\xa1 as a bytes object. (I moved the cursor around to get it to render full-width.) The environment may truncate it on the right since it is a wide character and the environment didn't seem to like that. I used the Character Map program in Windows 10 to copy the symbol and paste it into my python environment. I will put an image of my test here since it wouldn't be rendered properly in text here on Stack Overflow. I tested your issue by generating a private character of my own. NOTE: Use Unicode points E021 or higher, since lower number code points are usually used for control, and it seems that the Windows shell that the python interpreter and IDLE use doesn't let you override those with private characters. To get those, you need to get a hex dump of the character on a shell in Windows, then you can render the character in Python. In our case, Windows uses special code points to represent private character encodings. This is different from a keyboard layout. Python isn't really the interesting part of this, rather the shell or terminal is. A Unicode input system must provide for a large repertoire of characters, ideally all valid Unicode code points.
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