-
width of
wchar_t. In most implementations,
wchar_t is at
least 16 bits, and so all 16-bit encodings, such as UCS-2, can be stored. If
wchar_t is 32-bits...
- = "\u00C0"; // A
single wchar_t with the
value 0x00C0
wchar_t s3[] = L"\xC0"; // A
single wchar_t with the
value 0x00C0
wchar_t s4[] = L"\u00C0"; A value...
- *fileName, char
const *err );
DWORD dumbP****DWORD(
wchar_t
const *str );
wstring getAbsolutePath(
wchar_t
const *makeAbsolute, char
const *errStr ); [[noreturn]]...
-
transformation formats,
leaving wchar_t implementation-defined. The ISO/IEC 10646:2003
Unicode standard 4.0 says that: "The
width of
wchar_t is compiler-specific...
- Single-byte
character (1 byte,
limited to
characters 0 to 255 of ISO/IEC 10646)
WCHAR – Double-byte
character (2 byte,
limited to
characters 0 to 65535 of ISO/IEC...
- of each word.[citation needed] Use of UTF-32
strings on
Windows (where
wchar_t is 16 bits) is
almost non-existent. On Unix systems, UTF-32
strings are...
-
Reads a byte/
wchar_t from a file
stream fgets fgetws Reads a byte/
wchar_t line from a file
stream fputc putc
fputwc putwc Writes a byte/
wchar_t to a file...
-
called "wide characters". The
original C type was
called wchar_t. Due to some
platforms defining wchar_t as 16 bits and
others defining it as 32 bits, recent...
- not even
guarantee that a
wchar_t
holds more bits than a char. To
resolve some of the
incompatibilities resulting from
wchar_t's properties, C++11 added...
- on
characters of type char
wstreambuf –
operates on
characters of type
wchar_t
basic_filebuf implements low
level input/output
interface for file-based...
