Unicode to 8-bit charset transliteration codec
Project description
-*- coding: utf-8 -*-
Unicode to 8-bit charset transliteration codec.
This package contains codecs for transliterating ISO 10646 texts into
best-effort representations using smaller coded character sets (ASCII,
ISO 8859, etc.). The translation tables used by the codecs are from
the ``transtab`` collection by Markus Kuhn.
Three types of transliterating codecs are provided:
"long", using as many characters as needed to make a natural
replacement. For example, \u00e4 LATIN SMALL LETTER A WITH
DIAERESIS ``ä`` will be replaced with ``ae``.
"short", using the minimum number of characters to make a
replacement. For example, \u00e4 LATIN SMALL LETTER A WITH
DIAERESIS ``ä`` will be replaced with ``a``.
"one", only performing single character replacements. Characters
that can not be transliterated with a single character are passed
through unchanged. For example, \u2639 WHITE FROWNING FACE ``☹``
will be passed through unchanged.
Using the codecs is simple::
>>> import translitcodec
>>> u'fácil € ☺'.encode('translit/long')
u'facil EUR :-)'
>>> u'fácil € ☺'.encode('translit/short')
u'facil E :-)'
The codecs return Unicode by default. To receive a bytestring back,
either chain the output of encode() to another codec, or append the
name of the desired byte encoding to the codec name::
>>> u'fácil € ☺'.encode('translit/one').encode('ascii', 'replace')
'facil E ?'
>>> u'fácil € ☺'.encode('translit/one/ascii', 'replace')
'facil E ?'
The package also supplies a 'transliterate' codec, an alias for
'translit/long'.
Unicode to 8-bit charset transliteration codec.
This package contains codecs for transliterating ISO 10646 texts into
best-effort representations using smaller coded character sets (ASCII,
ISO 8859, etc.). The translation tables used by the codecs are from
the ``transtab`` collection by Markus Kuhn.
Three types of transliterating codecs are provided:
"long", using as many characters as needed to make a natural
replacement. For example, \u00e4 LATIN SMALL LETTER A WITH
DIAERESIS ``ä`` will be replaced with ``ae``.
"short", using the minimum number of characters to make a
replacement. For example, \u00e4 LATIN SMALL LETTER A WITH
DIAERESIS ``ä`` will be replaced with ``a``.
"one", only performing single character replacements. Characters
that can not be transliterated with a single character are passed
through unchanged. For example, \u2639 WHITE FROWNING FACE ``☹``
will be passed through unchanged.
Using the codecs is simple::
>>> import translitcodec
>>> u'fácil € ☺'.encode('translit/long')
u'facil EUR :-)'
>>> u'fácil € ☺'.encode('translit/short')
u'facil E :-)'
The codecs return Unicode by default. To receive a bytestring back,
either chain the output of encode() to another codec, or append the
name of the desired byte encoding to the codec name::
>>> u'fácil € ☺'.encode('translit/one').encode('ascii', 'replace')
'facil E ?'
>>> u'fácil € ☺'.encode('translit/one/ascii', 'replace')
'facil E ?'
The package also supplies a 'transliterate' codec, an alias for
'translit/long'.
Project details
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