lib/libc/gdtoa/hdtoa.c

294

for (fbits = EXT_FRACHBITS / 4; fbits > 0 && s > s0; s--, fbits--) {

lib/libm/src/ld128/invtrig.h

35

#define MANH_SIZE (EXT_FRACHBITS + EXT_FRACHMBITS + 1)

lib/libm/src/ld128/s_remquol.c

32

#define HFRAC_BITS (EXT_FRACHBITS + EXT_FRACHMBITS)

lib/libm/src/ld128/s_remquol.c

36

#define HFRAC_BITS (EXT_FRACHBITS + EXT_FRACHMBITS - 1)

lib/libm/src/ld128/s_truncl.c

33

#define MANH_SIZE (EXT_FRACHBITS + EXT_FRACHMBITS + 1)

lib/libm/src/ld128/s_truncl.c

35

#define MANH_SIZE (EXT_FRACHBITS + EXT_FRACHMBITS)

lib/libm/src/ld80/e_fmodl.c

32

#define HFRAC_BITS EXT_FRACHBITS

lib/libm/src/ld80/e_fmodl.c

36

#define HFRAC_BITS (EXT_FRACHBITS - 1)

lib/libm/src/ld80/invtrig.h

35

#define MANH_SIZE EXT_FRACHBITS

lib/libm/src/ld80/s_remquol.c

32

#define HFRAC_BITS EXT_FRACHBITS

lib/libm/src/ld80/s_remquol.c

36

#define HFRAC_BITS (EXT_FRACHBITS - 1)

lib/libm/src/ld80/s_truncl.c

33

#define MANH_SIZE (EXT_FRACHBITS + 1)

lib/libm/src/ld80/s_truncl.c

35

#define MANH_SIZE EXT_FRACHBITS

lib/libm/src/s_atanl.c

69

((u.bits.ext_frach >> (EXT_FRACHBITS - 9)) & 0xff);

lib/libm/src/s_logbl.c

50

for (b = EXT_FRACHBITS; !(u.bits.ext_fracl & m); m >>= 1)

lib/libm/src/s_logbl.c

59

m = 1lu << (EXT_FRACHBITS - 1);