-
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...
- wide
wchar_
t suffers the same
limitation as char, in that
certain characters (those
outside the BMP)
cannot be
represented in a
single wchar_
t; but must...
- 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...
- ****ignments
fixing the
compatibility and
portability of char8_
t relaxing requirements on
wchar_
t to
match existing practices allowing some
pointers and references...
-
called wchar_
t. Due to some
platforms defining wchar_
t as 16 bits and
others defining it as 32 bits,
recent versions have
added char16_
t, char32_
t. Even...
- by the JNA library. Note: The
meaning of
TCHAR changes between char and
wchar_
t according to some
preprocessor definitions.
LPCTSTR follows.
Native libraries...
-
defined as L"",
produces a null-terminated
array of type
const wchar_
t,
where wchar_
t is a wide-character of
undefined size and semantics.
Neither literal...
