STINNER Victor added the comment:
Le jeudi 10 juin 2010 14:02:34, vous avez écrit :
> Commited in 3.2 (r81869), blocked in 3.1 (r81870).
This commit introduced a regression: ISO-8859-15 was seen as an alias to
ISO-8859-1 because the normalized string was truncated. Fixed in r81871
(blocked in
STINNER Victor added the comment:
Commited in 3.2 (r81869), blocked in 3.1 (r81870).
--
Oops, I don't know why I wrote utf-16 and utf-32. I don't want to add them to
the shortcuts.
--
resolution: -> fixed
status: open -> closed
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Python tracker
Marc-Andre Lemburg added the comment:
STINNER Victor wrote:
>
> STINNER Victor added the comment:
>
>> Note that these shortcut bypass the codec registry logic.
>
> Yes, but it's already the case without my patch. I don't think that it's
> really useful to override latin1, utf-8, utf-16, ut
STINNER Victor added the comment:
> Note that these shortcut bypass the codec registry logic.
Yes, but it's already the case without my patch. I don't think that it's really
useful to override latin1, utf-8, utf-16, utf-32 or mbcs. I prefer a faster
Python :-)
> we have to be careful about
Marc-Andre Lemburg added the comment:
STINNER Victor wrote:
>
> STINNER Victor added the comment:
>
>> the shortcuts were meant for Python internal use only
>
> str.encode() calls PyUnicode_AsEncodedString() and bytes.decode() calls
> PyUnicode_Decode(), so it is not for internal use only.
STINNER Victor added the comment:
> the shortcuts were meant for Python internal use only
str.encode() calls PyUnicode_AsEncodedString() and bytes.decode() calls
PyUnicode_Decode(), so it is not for internal use only. Eg.
"text".encode("ASCII") doesn't use the fastpath.
--
_
Marc-Andre Lemburg added the comment:
STINNER Victor wrote:
>
> New submission from STINNER Victor :
>
> PyUnicode_Decode() and PyUnicode_AsEncodedString() calls directly builtin
> decoders/encoders for some known encodings (eg. "utf-8"), instead of using
> the slow path (call PyCodec_Decode
New submission from STINNER Victor :
PyUnicode_Decode() and PyUnicode_AsEncodedString() calls directly builtin
decoders/encoders for some known encodings (eg. "utf-8"), instead of using the
slow path (call PyCodec_Decode() / PyCodec_Encode()).
PyUnicode_Decode() does normalize the encoding na
