Peter Landgren peter.tal...@telia.com added the comment:
Martin v. Löwis mar...@v.loewis.de added the comment:
The same applies Å and A, Ä and A and Ö and O
which also are also different letters as Ø and O are.
Sure. And rightfully, they Å is *not* (I repeat: not)
normalized as A, under
Martin v. Löwis mar...@v.loewis.de added the comment:
Can you think of any solution to this conflict?
I don't quite understand why you want to place É, È, Ë, Ê all along
with E, yet Å,Ä,Ö after Z. Because that's what the Swedish alphabet
says?
Please understand that collation varies across
Peter Landgren peter.tal...@telia.com added the comment:
The È... comes from French surnames and our French developer wants to group all
versions
of E together. The É... can be found in French surnames in Sweden as well as in
Germany.
The program, GRAMPS is a genealogy program used in about
Martin v. Löwis mar...@v.loewis.de added the comment:
The È... comes from French surnames and our French developer wants to group
all versions
of E together. The É... can be found in French surnames in Sweden as well as
in Germany.
The program, GRAMPS is a genealogy program used in about
New submission from Peter Landgren peter.tal...@telia.com:
If any of the Swedish characters åäöÅÄÖ are input to
unicode.normalize(form, ustr) with form = NFD or NFKD the result
will be aaoAAO. åäöÅÄÖ are normal character and should be the same
after normalize. They are not connected to aaoAAO
Martin v. Löwis mar...@v.loewis.de added the comment:
It is not true that normalize produces aaoAAO. Instead, it produces
u'a\u030aa\u0308o\u0308A\u030aA\u0308O\u0308'
This is the correct result, according to the Unicode specification. It
would be incorrect to normalize them unchanged under
Peter Landgren peter.tal...@telia.com added the comment:
Thanks for the fast response.
I understand that python follows the unicode specification. I think the unicode
standard
is not correct in this case for the Swedish letters. I have asked unicode.org
for an
explanation.
Should not the
Martin v. Löwis mar...@v.loewis.de added the comment:
Should not the Danish letter Ø be normalized as O? I get Ø for all
NFC/NFD/NFKC/NFKD
normalizations?
I think you have a fundamental misunderstanding what a decomposition
is. Ø should *not* be decomposed as O, because clearly, Ø and O
Peter Landgren peter.tal...@telia.com added the comment:
The same applies Å and A, Ä and A and Ö and O
which also are also different letters as Ø and O are. (Ø is the Danish
version of
Ö )
Maybe not in the unicode world but in treal life.
That's why I'm a little confused.
Will wait and see
Martin v. Löwis mar...@v.loewis.de added the comment:
The same applies Å and A, Ä and A and Ö and O
which also are also different letters as Ø and O are.
Sure. And rightfully, they Å is *not* (I repeat: not)
normalized as A, under NFD:
py unicodedata.normalize(NFD, uÅ)
u'A\u030a'
Maybe
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