If no encoding is specified, UTF-8 will be used. Sascii = s.decode('utf-16-be', errors='ignore').encode('ascii')Ĭourse, if your inputs are just NUL interspersed ASCII and you can't figure out the endianness or how to get an even number of bytes, you can just cheat: sascii = s.replace('\x00', '')īut that won't raise exceptions in the case where the input is some completely different encoding, so it may hide errors that specifying what you expect would have caught. UTF-8 encode the string: txt 'My name is Stle' x txt.encode () print(x) Run example Definition and Usage The encode () method encodes the string, using the specified encoding. These examples uses ascii encoding, and a. All of Djangos database backends automatically convert strings into the appropriate encoding for talking to the. UTF-8 encode the string: txt My name is Stle x txt.encode() Example. In these examples, colored digits indicate multi-byte sequences used to encode characters beyond ASCII, while digits in black are ASCII. # Or without manually removing leading \x00 SQLite always uses UTF-8 for internal encoding. The default encoding in Python 2 is ASCII (unfortunately). Sascii = s.decode('utf-16-le').encode('ascii') UTF8 is also known as Unicode or Unicode Transformation Format. In any event, converting to plain ASCII is fairly easy, you just need to deal with the uneven length one way or another: s = 'u\x00s\x00e\x00r\x00n\x00a\x00m\x00e\x00' # I removed \x00 from beginning manually We'll start with an example string containing a non-ASCII character (i.e. For text in the ASCII range, UTF-8 is indistinguishable from ASCII, while UTF-16 alternates NUL bytes with the ASCII encoded bytes (as in your example). That's not UTF-8, it's UTF-16, though it's unclear whether it's big endian or little endian (you have no BOM, and you have a leading and trailing NUL byte, making it an uneven length).
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