Windows code page 1252 encoding

For a list of supported code page identifiers, see Code Page Identifiers. That draft eventually became ISO , but Windows code page was implemented before the standard became final, and is not exactly the same as ISO The "A" version handles text based on Windows code pages, while the "W" version handles Unicode text.

Windows code pages are also sometimes referred to as "active code pages" or "system active code pages". A Windows operating system always has one currently active Windows code page. The usual OEM code page for English is code page Code values 0x00 through 0x19 and 0x7F always represent standardized control characters and 0x20 through 0x7E represent standardized displayable characters.

Characters represented by the remaining codes, 0x80 through 0xff, vary among character sets. Each character set includes different special characters, typically customized for a language or group of languages. In addition to Windows and OEM code pages, your applications can use non-native code pages.

Like other code pages, each page is known by a numeric identifier and can be handled with many of the same Unicode and character set API functions. In SBCS pages, each byte directly encodes a single character, so that it is possible to represent exactly distinct characters including control characters, letters, digits, punctuation, symbols, and the like. In such a code page, some characters have two-byte encodings with certain byte values always values greater than serving as "lead bytes".

UTF-8 is an encoding from the Unicode standard. This means that each character uses at least 8 bits for its code point, but some may use more. As with Windows, the first code points are identical to ASCII, but above that the two encodings differ considerably. While Windows only contains code points altogether, UTF-8 has code points for the entire Unicode character set. The way this is handled is to define some of the byte values above as prefixes for further byte values.

Because the C2 byte is designed as a prefix byte, this opens an additional 2-byte code points with C2 as the first byte. This design means that most of the common characters used in western languages only take up a single byte of space, while the multi-byte encodings are used less frequently.

As a result, UTF-8 is able to encode any character while still keeping the data size relatively small. This is valuable for both permanent storage small file sizes and transmission e. In Windows, all characters are encoded using a single byte and therefore the encoding only contains characters altogether. In UTF-8 however, those two characters are ones that are encoded using 2 bytes each. Maybe the tool is executed during build. But this fails because it search for Microsoft.

I have a professional edition for work too. KinNeko-De thanks a lot for your try. The tool is not part of the build anymore so we need to restore it. Otherwise I'll fix it myself. Thanks for bringing this issue to our attention. I think you are faster when you do it alone : I have to thank you for your great work. The encoding package is very usefull for me when i write new code to old requirements.

KinNeko-De as a side note you'll need to wait until 6. Skip to content. Star 7. New issue. Jump to bottom. Labels area-System. Encoding enhancement. Milestone Future.