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NET Core:ġ2001 utf-32BE Unicode (UTF-32 Big-Endian) The example produces the following output when run on. System::Collections::IEnumerator^ myEnum = Encoding::GetEncodings()->GetEnumerator() ĮncodingInfo ^ ei = safe_cast(myEnum->Current) Ĭonsole::Write( "", ei.DisplayName ) An encoding determines what code(numeric value)is assigned to each letter of a character set. But different authors of such Web pages use differentmethods to represent Cyrillic letters, that is, they use different encodings. Since the program uses a completely different character set from the one used by the default non-Unicode program language, it is not displayed correctly. Two possible solutions: a) Use NSIS 3: Since NSIS 3 beta the usage of Unicode is possible and the cyrillic letters are displayed correctly. Display the EncodingInfo names for every encoding, and compare with the equivalent Encoding names. Ok, you work with MS Windows and would like to browse Russian language Web sites. By default, non-Unicode programs are set in Windows to use the same language as the operating system. Subject: Re: jabref Unreadable Russian text in Windows installer ( 144) Problem is indeed the UTF8 encoding of the russian language file.
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#Why use russian windows text encoding code
The following code example retrieves the different names for each encoding and compares them with the equivalent Encoding names. Thus, the Console’s text buffer contains 2-byte wchart values. System::Text::Encoding ^ GetEncoding() public GetEncoding () member this.GetEncoding : unit -> Public Function GetEncoding () As Encoding Returns EncodingĪ Encoding object that corresponds to the current EncodingInfo object. Alas, the Windows Console is not (currently) able to support UTF-8 text Windows Console was created way back in the early days of Windows, back before Unicode itself existed Back then, a decision was made to represent each text character as a fixed-length 16-bit value (UCS-2). Returns a Encoding object that corresponds to the current EncodingInfo object.