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ASCII
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... multinational systems. Given that there are a number of character
sets in current use that provide more characters than 7-bit ASCII, it
makes sense to decide on a convenient way to represent the union of
those possibilities. To work globally either requires support of a
...
... defines a single character set, in addition to NVT ASCII and EBCDIC,
which is understandable by all systems. For FTP ...
... international exchange of pathnames, will still allow backward
compatibility with older systems because the code set positions for
ASCII characters are identical to the one byte sequence in UTF-8.
...
... UTF-8's benefits are that it is
compatible with 7 bit ASCII, so it doesn't affect programs that give
special meanings to various ASCII characters; it is immune to
...
... bit ASCII, so it doesn't affect programs that give
special meanings to various ASCII characters; it is immune to
synchronization errors; its encoding rules ...
... A beneficial property of UTF-8 is that its single byte sequence is
consistent with the ASCII character set. This feature will allow a
transition where old ASCII-only clients ...
... consistent with the ASCII character set. This feature will allow a
transition where old ASCII-only clients can still interoperate with
new servers that support the UTF-8 encoding ...
... speaking person". This specification RECOMMENDS that the server
default language be English encoded using ASCII. This text may be
augmented by text from other languages. Once negotiated, server-PI ...
... Character Sets - 7 Bit American National Standard Code for Information Interchange (7- bit ASCII) ...
... words had a 2.7% false reading; SJIS had a 0.0005% false reading;
other encoding such as ASCII or KOI-8 have a 0% false reading. This
probability is highest for short pathnames and decreases as
pathname size increases. Implementers ...
... FTP
server cannot be configured, the server should simply use the raw
bytes in the file name. They might be ASCII or UTF-8.
...
... while (ucs4_buf != ucs4_endbuf)
{
if ( *ucs4_buf <= 0x7F) // ASCII chars no conversion needed
{
*t_utf8_buf++ = (unsigned char) *ucs4_buf;
...
... {
if ((*utf8_buf & 0x80) == 0x00) /*ASCII chars no conversion
needed */
{
...