* to keep its own records, hence is more efficient and guaranteed to
* be accurate.
*
- * -Accflags=-DNO_LOCALE_CTYE
+ * -Accflags=-DNO_LOCALE_CTYPE
* -Accflags=-DNO_LOCALE_NUMERIC
* etc.
*
* If the named category(ies) does(do) not exist on this platform,
* these have no effect. Otherwise they cause perl to be compiled to
- * always keep the named category(ies) in the C locale XXX
+ * always keep the named category(ies) in the C locale.
*
* -Accflags=-DHAS_BROKEN_SETLOCALE_QUERY_LC_ALL
* This would be set in a hints file to tell perl that doing a libc
/* Use -Accflags=-DWIN32_USE_FAKE_OLD_MINGW_LOCALES on a POSIX or *nix box
* to get a semblance of pretending the locale handling is that of a MingW
* that doesn't use UCRT (hence 'OLD' in the name). This exercizes code
- * paths that are not compiled on non-Windows boxes, and allows for ASAN.
- * This is thus a way to see if locale.c on Windows is likely going to
- * compile, without having to use a real Win32 box. And running the test
- * suite will verify to a large extent our logic and memory allocation
- * handling for such boxes. And access to ASAN and PERL_MEMLOG Of course the underlying calls are to the POSIX
- * libc, so any differences in implementation between those and the Windows
- * versions will not be caught by this. */
+ * paths that are not compiled on non-Windows boxes, and allows for ASAN
+ * and PERL_MEMLOG. This is thus a way to see if locale.c on Windows is
+ * likely going to compile, without having to use a real Win32 box. And
+ * running the test suite will verify to a large extent our logic and memory
+ * allocation handling for such boxes. Of course the underlying calls are
+ * to the POSIX libc, so any differences in implementation between those and
+ * the Windows versions will not be caught by this. */
# define WIN32
# undef P_CS_PRECEDES