D2 B0 D0 Bb D1 82 D1 82 D1 8b D2 9b D0 Bc D0 B5 D0 Bc D0 Bb D0 B5 D0 D0 80: cyrillic capital letter ie with grave: u 0401: d0 bd: cyrillic small letter en: u 043e: d1 b3: cyrillic small letter fita: u 0474: Ѵ: d1 b4: cyrillic capital letter izhitsa: u 0475:. Url encoding is pretty straight forward, just a percent sign followed by the hexadecimal digits of the byte values corresponding to the codepoints of illegal characters.
E5 86 99 E7 9c 9f Ef Bc 97 Ef Bc 9b E6 84 9b E5 Ae 95 E7 A5 9e E7 A4 This is a chart of all the characters that can be generated with the international character input utility. note that this is not a complete character chart, characters that the input utility does not generate are not included. When scripting, you can use the following syntax: however above syntax won't handle pluses ( ) correctly, so you've to replace them with spaces via sed or as suggested by @isaac, use the following syntax: you can also use the following urlencode() and urldecode() functions: # urlencode
Main D0 Ba D1 80 D0 B0 D1 81 D0 Bd D1 8b D0 B9 D0 B4 D0 B2 D0 Be D1 Url encoding converts characters into a format that can be transmitted over the internet. urls can only be sent over the internet using the ascii character set. since urls often contain characters outside the ascii set, the url has to be converted into a valid ascii format. To quickly decode, even when you do not know how the string is encoded, use the free online service for determining and converting encoding. this service is copied from here 0xcc jsescape . In url encoding, special characters, control characters and extended characters are converted into a percent symbol followed by a two digit hexadecimal code, so a space character encodes into %20 within the string. It looks like it has perhaps been read using the wrong encoding (ko18?) causing the persian code point values to be read as cyrillic and then saved using the utf8 encoding for cyrillic, if you know what the arabic characters were for the first few words, you may be able to deduce a numeric transformation needed to reverse the incorrect re encoding. Utf 8 is variable width character encoding method that uses one to four 8 bit bytes (8, 16, 32, 64 bits). this allows it to be backwards compatible with the original ascii characters 0 127, while providing millions of other characters from both modern and ancient languages. Это сканер определил по qr коду номер контакта =d0=90=d0=93=d0=9d=d0=9a=d0=a1 1 Похожие вопросы Мобильная версия · Приложение в vk · Сообщество в vk · Помощь · Отправить отзыв.