Unicode string is designed to store text data. (4) J'essaie de traiter avec unicode en python 2.7.2.

This is no big deal in Python 2.x, as a string will only be Unicode if you make it so (by using the unicode method or str.decode), but in Python 3.x all strings are Unicode by default, so if we want to write such a string, e.g. (At least, that's how Python makes it seem for you.) In this lesson, you’ll practice with encode() and decode(), which allow you to convert between the two.You’ll also start to work with Unicode and learn the difference between an encoding and a code point.

Unicode specifies code points for characters but not their encodings. Existe-t-il un moyen facile de faire fonctionner unicode en python?
I don't see the path.

Only unicode strings live in pure, abstract, heavenly, platonic form. Unicode string is a python data structure that can store zero or more unicode characters.

Python3 supports both types, bytes and unicode, but disallow mixing them. Seems like python is easier to understand for me at least and much easier to read, but is there some other benefit I’m not understanding? nonlat, to file, we'd need to use str.encode and the wb (binary) mode for open to write the string to a file without causing an error, like so:

Russian is the default system language, and utf-8 is the default encoding. EDIT: Thanks everyone!

Looking at the answer to a previous question, I have attempting using the " Python 3 stores data as either a string or a byte. Don't think about decoding unicode strings, and don't think about encoding bytes. If you ask for unicode, you will always get unicode or an exception is raised. When you work on strings in RAM, you can probably do it with unicode string alone.

Similar to those of encode(), the decoding parameter decides the type of encoding from which the byte sequence is decoded.

You should only use unicode filenames, except if you are writing a program fixing file system encoding, a backup … On the other hand, bytes are just a serial of bytes, which could store arbitrary binary data. The bytes are already coded. And why is Python so popular if this is the case? There is no code there, only perfect clarity. I am using python 3.1, on a windows 7 machines.
Once you need to do IO, you need a binary representation of the string.

The errors parameter denotes the behavior if the decoding fails, which has the same values as that of encode(). Sorry if this had been asked before, I can’t find any direct comparison information between Python and other languages. Again, sadly, I have no idea how to get from UTF-32 to Python unicode.

français - python encode decode . This shows that decode() converts bytes to a Python string.


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