39 #define isControl(c)	(_PL_char_types[(unsigned)(c) & 0xff] == CT)  argument
40 #define isBlank(c)	(_PL_char_types[(unsigned)(c) & 0xff] <= SP)  argument
41 #define isDigit(c)	(_PL_char_types[(unsigned)(c) & 0xff] == DI)  argument
42 #define isLower(c)	(_PL_char_types[(unsigned)(c) & 0xff] == LC)  argument
43 #define isUpper(c)	(_PL_char_types[(unsigned)(c) & 0xff] == UC)  argument
44 #define isSymbol(c)	(_PL_char_types[(unsigned)(c) & 0xff] == SY)  argument
45 #define isPunct(c)	(_PL_char_types[(unsigned)(c) & 0xff] == PU)  argument
46 #define isSolo(c)	(_PL_char_types[(unsigned)(c) & 0xff] == SO)  argument
47 #define isAlpha(c)	(_PL_char_types[(unsigned)(c) & 0xff] >= UC)  argument
48 #define isLetter(c)	(isLower(c) || isUpper(c))  argument
50 #define toLower(c)	((c) + 'a' - 'A')  argument
51 #define makeLower(c)	((c) >= 'A' && (c) <= 'Z' ? toLower(c) : (c))  argument
53 #define matchingBracket(c)	((c) == '[' ? ']' :\  argument
56 #define Control(c)		((c) == '?' ? 127 : (c) - '@')  argument
66 #define PlCharType(c, t, w) \  argument
69 #define isControlW(c)	PlCharType(c, == CT, iswcntrl((wint_t)c))  argument
70 #define isBlankW(c)	PlCharType(c, <= SP, iswspace((wint_t)c))  argument
71 #define isDigitW(c)	PlCharType(c, == DI, FALSE)  argument
72 #define isLowerW(c)	PlCharType(c, == LC, iswlower((wint_t)c))  argument
73 #define isUpperW(c)	PlCharType(c, == UC, iswupper((wint_t)c))  argument
74 #define isSymbolW(c)	PlCharType(c, == SY, FALSE)  argument
75 #define isPunctW(c)	PlCharType(c, == PU, FALSE)  argument
76 #define isSoloW(c)	PlCharType(c, == SO, FALSE)  argument
77 #define isAlphaW(c)	PlCharType(c, >= UC, iswalnum((wint_t)c))  argument
78 #define isLetterW(c)	(PlCharType(c, == LC, iswalpha((wint_t)c)) || \  argument
81 #define toLowerW(c)	((unsigned)(c) <= 'Z' ? (c) + 'a' - 'A' : towlower(c))  argument
82 #define makeLowerW(c)	((c) >= 'A' && (c) <= 'Z' ? toLower(c) : towlower(c))  argument