o ¨Êh ã@sDdZddlZddlmZiZdd„Zdd„Zdd „ZeZd d „Z dS) u«Transliterate Unicode text into plain 7-bit ASCII. Example usage: >>> from unidecode import unidecode: >>> unidecode(u"北亰") "Bei Jing " The transliteration uses a straightforward map, and doesn't have alternatives for the same character based on language, position, or anything else. In Python 3, a standard string object will be returned. If you need bytes, use: >>> unidecode("Κνωσός").encode("ascii") b'Knosos' éN)Ú version_infocCs:tddkrt|tƒst dt|ƒftd¡dSdSdS)NrézdArgument %r is not an unicode object. Passing an encoded string will likely have unexpected results.é)rÚ isinstanceÚunicodeÚwarningsÚwarnÚtypeÚRuntimeWarning©Ústring©r úD/var/www/html/env/lib/python3.10/site-packages/unidecode/__init__.pyÚ_warn_if_not_unicodesþýÿrcCsFt|ƒz| d¡}Wn tyt|ƒYSwtddkr!|S|S)uÒTransliterate an Unicode object into an ASCII string >>> unidecode(u"北亰") "Bei Jing " This function first tries to convert the string using ASCII codec. If it fails (because of non-ASCII characters), it falls back to transliteration using the character tables. This is approx. five times faster if the string only contains ASCII characters, but slightly slower than using unidecode directly if non-ASCII chars are present. ÚASCIIrr)rÚencodeÚUnicodeEncodeErrorÚ _unidecoder)r Ú bytestringr r rÚunidecode_expect_asciis  ÿ rcCst|ƒt|ƒS)ugTransliterate an Unicode object into an ASCII string >>> unidecode(u"北亰") "Bei Jing " )rrr r r rÚunidecode_expect_nonascii8src Csg}|D]x}t|ƒ}|dkr| t|ƒ¡q|dkrqd|kr%dkr1nn t d|ftd¡|d?}|d}zt|}Wn-tylztd |t ƒt ƒd gƒ}Wnt ybdt|<YYqw|j t|<}Ynw|r|t |ƒ|kr|| ||¡qd  |¡S) Né€iÿÿiØiÿßzQSurrogate character %r will be ignored. You might be using a narrow Python build.réézunidecode.x%03xÚdataÚ)ÚordÚappendÚstrrrr ÚCacheÚKeyErrorÚ __import__ÚglobalsÚlocalsÚ ImportErrorrÚlenÚjoin)r ÚretvalÚcharÚ codepointÚsectionÚpositionÚtableÚmodr r rrDs>ÿþ   þù € r) Ú__doc__rÚsysrrrrrÚ unidecoderr r r rÚs