RFC-1947 M7 is Windows CP1253. At the time the RFC was written I was not aware of that code page designation.

There is no special font for Greek. Because Wrds operates via your browser, it is not easy to use a pseudo-Greek font. However, there is another way to test Greek. Wrds can easily remember and test Greek words, the problem is that you cannot type them, because you do not have a Greek keyboard. There is something you can do about this. Caution: do not try this unless you (sort of) know what you are doing.

Yes. The translations of previous versions are preserved when you upload updated versions of your HTML files.

Click the font which character set you want to print. Click the Print button. Select the character set on the General tab. (Scroll to the right) To select more than one font, press and hold down the CTRL key, and then click the fonts you want. For each selected font the keyboard layout will be printed. The font is probable too complicatedly. Please click the "Printer Setup..." button in the Print dialog box. Search a option like "print text as graphic" or "print TrueType as bitmap".

XML parsers are only required to support UTF-8 and UTF-16. If you use anything other than that, there is no guarantee that the parser can interpret the document correctly. In reality, browsers generally seem to support the same range of encodings as for HTML, but if you want to be on the safe side, stick to UTF-8 or UTF-16.

For English, French, German, and Spanish, Extractor currently handles ISO Latin-1, MS-DOS Code Page 437, and Unicode UCS2 double-byte character codes, using native byte ordering. There is a choice of four Japanese character encodings: JIS, Shift-JIS, EUC-JP, and Unicode UCS-2. There is a choice of three Korean character encodings: EUC-KR, Johap, and Unicode UCS-2.

Most browsers allow you to view a page in your chosen encoding by selecting View->Encoding from the browser's main menu. Note, however, that your choice of encoding may not "stick"--that is, when you visit another page, the encoding may change and you may need to set your browser's character encoding again.

The HXTT DBF supports CharacterEncoding. Please use charSet property. //Default: null //You can find a Supported Encodings list of files:///yourdriver/jdk1.2/docs/guide/internat/encoding.doc.html //Extra supports: // Cp895 is supported by HXTT DBF driver. //Czech MS - DOS 895 // Cp620 is supported by HXTT DBF driver. //Polish MS - DOS 620 // Mazovia is supported by HXTT DBF driver. //Polish Properties properties=new Properties(); properties.

No, and it's actually recommended that if you don't want people to know your name, age, where you're from, etc. that you keep your mouth shut entirely about it. And if you give out other people's ooc information, it will likely get you kicked out. Let me restate that: It is dangerous to give away your real life ooc information to people you do not know over the internet.

The SVG files are supposed to be in UTF-8, and almost all of them are. However, the upload script does not correctly handle non-ASCII characters in the metadata, so we often have to manually fix the files (which will delay their entry into the collection). An effort is underway to address this issue during the spring of 2005.

If you use a character output stream to instantiate the StreamResult object which holds the transformation output, the Writer uses its own encoding, not the encoding you specify in the stylesheet. If you want to use the stylesheet output encoding, do not use StreamResult(java.io.Writer) to instantiate the holder for the output. Alternatively, you can specify the encoding when you create a Writer (java.io.OutputStreamWriter). Once the Writer exists, you cannot change its encoding.

This depends on which other software your application communicates with as well as on the language(s) used in the text. Where circumstances permit, UTF-8 is an excellent character encoding for the following reasons: It encodes all Unicode characters, so no information is lost when converting to and from the internal representation in Java, which is UTF-16. Many other encodings can only represent a subset of the Unicode character set.

The .NET Compact Framework implements decoders for UTF8, ASCII and UTF16 (big- and little- endian) encodings in managed code. All other encodings, such as all ANSI codepage encodings involve a PInvoke down to the operating system. So using UTF8, ACII and UTF16 is usually faster. If you don't use international characters (outside of the ASCII character set) use UTF8 or ASCII (these have approximately equal performance). Try to avoid using Windows codepage encodings.

If you are running Java on English Windows platforms, it is probably Cp1252. If you are running Java on English Solaris platforms, it is most likely 8859_1..

XSD has built-in support for two character types: char and wchar_t. You can select the character type with the --char-type command line option. The default character type is char. The character encoding depends on the character type used. For the char character type the encoding is UTF-8. In XSD prior to version 2.3.1, the so-called "local code page" encoding was used via the Xerces-C++ XMLString::transcode functions. On some platforms (e.g.