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glibc/math/Versions
Adhemerval Zanella Netto 16439f419b math: Remove the error handling wrapper from fmod and fmodf 
The error handling is moved to sysdeps/ieee754 version with no SVID
support.  The compatibility symbol versions still use the wrapper
with SVID error handling around the new code.  There is no new symbol
version nor compatibility code on !LIBM_SVID_COMPAT targets
(e.g. riscv).

The ia64 is unchanged, since it still uses the arch specific
__libm_error_region on its implementation.  For both i686 and m68k,
which provive arch specific implementation, wrappers are added so
no new symbol are added (which would require to change the
implementations).

It shows an small improvement, the results for fmod:

  Architecture     | Input           | master   | patch
  -----------------|-----------------|----------|--------
  x86_64 (Ryzen 9) | subnormals      | 12.5049  | 9.40992
  x86_64 (Ryzen 9) | normal          | 296.939  | 296.738
  x86_64 (Ryzen 9) | close-exponents | 16.0244  | 13.119
  aarch64 (N1)     | subnormal       | 6.81778  | 4.33313
  aarch64 (N1)     | normal          | 155.620  | 152.915
  aarch64 (N1)     | close-exponents | 8.21306  | 5.76138
  armhf (N1)       | subnormal       | 15.1083  | 14.5746
  armhf (N1)       | normal          | 244.833  | 241.738
  armhf (N1)       | close-exponents | 21.8182  | 22.457

Checked on x86_64-linux-gnu, i686-linux-gnu, and aarch64-linux-gnu.
Reviewed-by: Wilco Dijkstra  <Wilco.Dijkstra@arm.com>
2023-04-03 16:45:27 -03:00

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%include <float128-abi.h>
libc {
GLIBC_2.0 {
# functions used in inline functions or macros
__isnan; __isnanf; __isnanl; __finite; __finitef; __finitel;
__isinf; __isinff; __isinfl;
# global variables
__fpu_control;
# c*
copysign; copysignf; copysignl;
# f*
finite; finitef; finitel; frexp; frexpf; frexpl;
# i*
isinf; isinff; isinfl; isnan; isnanf; isnanl; ldexp; ldexpf; ldexpl;
# m*
modf; modff; modfl;
# s*
scalbn; scalbnf; scalbnl;
}
GLIBC_2.1 {
# functions used in inline functions or macros
__signbit; __signbitf; __signbitl;
# s*
scalbln; scalblnf; scalblnl;
}
GLIBC_2.20 {
}
}
libm {
GLIBC_2.0 {
# mathematical functions
acos; acosf; acosl;
acosh; acoshf; acoshl;
asin; asinf; asinl;
asinh; asinhf; asinhl;
atan2; atan2f; atan2l;
atan; atanf; atanl;
atanh; atanhf; atanhl;
cbrt; cbrtf; cbrtl;
ceil; ceilf; ceill;
copysign; copysignf; copysignl;
cos; cosf; cosl;
coshf; cosh; coshl;
drem; dremf; dreml;
erf; erff; erfl;
erfc; erfcf; erfcl;
exp; expf; expl;
expm1; expm1f; expm1l;
fabs; fabsf; fabsl;
finite; finitef; finitel;
floor; floorf; floorl;
fmod; fmodf; fmodl;
frexp; frexpf; frexpl;
gamma; gammaf; gammal;
gamma_r; gammaf_r; gammal_r;
hypot; hypotf; hypotl;
ilogb; ilogbf; ilogbl;
j0; j0f; j0l;
j1; j1f; j1l;
jn; jnf; jnl;
ldexp; ldexpf; ldexpl;
lgamma; lgammaf; lgammal;
lgamma_r; lgammaf_r; lgammal_r;
log10; log10f; log10l;
log1p; log1pf; log1pl;
log; logf; logl;
logb; logbf; logbl;
matherr;
modf; modff; modfl;
nextafter; nextafterf; nextafterl;
pow; powf; powl;
remainder; remainderf; remainderl;
rint; rintf; rintl;
scalb; scalbf; scalbl;
scalbn; scalbnf; scalbnl;
significand; significandf; significandl;
sin; sinf; sinl;
sinh; sinhf; sinhl;
sqrt; sqrtf; sqrtl;
tan; tanf; tanl;
tanh; tanhf; tanhl;
y0; y0f; y0l;
y1; y1f; y1l;
yn; ynf; ynl;
# global variables
_LIB_VERSION; signgam;
}
GLIBC_2.1 {
# mathematical functions
exp2; exp2f; # exp2l; -- bug omitted this until GLIBC_2.4 (below)
exp10; exp10f; exp10l;
fdim; fdimf; fdiml;
fma; fmaf; fmal;
fmax; fmaxf; fmaxl;
fmin; fminf; fminl;
log2; log2f; log2l;
nan; nanf; nanl;
nearbyint; nearbyintf; nearbyintl;
nexttoward; nexttowardf; nexttowardl;
pow10; pow10f; pow10l;
remquo; remquof; remquol;
lrint; lrintf; lrintl;
llrint; llrintf; llrintl;
round; roundf; roundl;
lround; lroundf; lroundl;
llround; llroundf; llroundl;
scalbln; scalblnf; scalblnl;
sincos; sincosf; sincosl;
trunc; truncf; truncl;
tgamma; tgammaf; tgammal;
# complex functions
cabs; cabsf; cabsl;
cacos; cacosf; cacosl;
cacosh; cacoshf; cacoshl;
carg; cargf; cargl;
casin; casinf; casinl;
casinh; casinhf; casinhl;
catan; catanf; catanl;
catanh; catanhf; catanhl;
ccos; ccosf; ccosl;
ccosh; ccoshf; ccoshl;
cexp; cexpf; cexpl;
cimag; cimagf; cimagl;
clog; clogf; clogl;
clog10; clog10f; clog10l;
__clog10; __clog10f; __clog10l;
conj; conjf; conjl;
cpow; cpowf; cpowl;
cproj; cprojf; cprojl;
creal; crealf; creall;
csin; csinf; csinl;
csinh; csinhf; csinhl;
csqrt; csqrtf; csqrtl;
ctan; ctanf; ctanl;
ctanh; ctanhf; ctanhl;
# fp environment functions
feclearexcept; fegetenv; fegetexceptflag;
fegetround; feholdexcept; feraiseexcept;
fesetenv; fesetexceptflag; fesetround;
fetestexcept; feupdateenv;
# functions used in inline functions or macros
__finite; __finitef; __finitel;
__fpclassify; __fpclassifyf; __fpclassifyl;
__signbit; __signbitf; __signbitl;
}
GLIBC_2.2 {
# fp environment functions changes from ISO C99 TR1
feclearexcept; fegetenv; fegetexceptflag; feraiseexcept;
fesetenv; fesetexceptflag; feupdateenv;
# fp environment function
feenableexcept; fedisableexcept; fegetexcept;
}
GLIBC_2.4 {
# A bug in sysdeps/generic/w_exp2.c kept this from appearing
# in GLIBC_2.1 as it should have on platforms using that
# implementation file. On others, sysdeps/CPU/Versions now
# puts exp2l in GLIBC_2.1, which will override this entry.
exp2l;
}
GLIBC_2.15 {
# Optimized -ffinite-math-only entry points
__acos_finite; __acosf_finite; __acosl_finite;
__acosh_finite; __acoshf_finite; __acoshl_finite;
__asin_finite; __asinf_finite; __asinl_finite;
__atan2_finite; __atan2f_finite; __atan2l_finite;
__atanh_finite; __atanhf_finite; __atanhl_finite;
__cosh_finite; __coshf_finite; __coshl_finite;
__exp10_finite; __exp10f_finite; __exp10l_finite;
__exp2_finite; __exp2f_finite; __exp2l_finite;
__fmod_finite; __fmodf_finite; __fmodl_finite;
__hypot_finite; __hypotf_finite; __hypotl_finite;
__j0_finite; __j0f_finite; __j0l_finite;
__y0_finite; __y0f_finite; __y0l_finite;
__j1_finite; __j1f_finite; __j1l_finite;
__y1_finite; __y1f_finite; __y1l_finite;
__jn_finite; __jnf_finite; __jnl_finite;
__yn_finite; __ynf_finite; __ynl_finite;
__lgamma_r_finite; __lgammaf_r_finite; __lgammal_r_finite;
__log_finite; __logf_finite; __logl_finite;
__log10_finite; __log10f_finite; __log10l_finite;
__log2_finite; __log2f_finite; __log2l_finite;
__pow_finite; __powf_finite; __powl_finite;
__remainder_finite; __remainderf_finite; __remainderl_finite;
__scalb_finite; __scalbf_finite; __scalbl_finite;
__sinh_finite; __sinhf_finite; __sinhl_finite;
__sqrt_finite; __sqrtf_finite; __sqrtl_finite;
__gamma_r_finite; __gammaf_r_finite; __gammal_r_finite;
__exp_finite; __expf_finite; __expl_finite;
}
GLIBC_2.18 {
__issignaling; __issignalingf; __issignalingl;
}
GLIBC_2.23 {
# The __signgam name must be exported for the signgam weak alias
# to work. New symbol versions of lgamma* that set __signgam are
# needed to preserve compatibility with old binaries that have a
# dynamic symbol for signgam but not __signgam.
lgamma; lgammaf; lgammal; __signgam;
}
GLIBC_2.24 {
nextup; nextupf; nextupl;
nextdown; nextdownf; nextdownl;
}
GLIBC_2.25 {
fesetexcept; fetestexceptflag; fegetmode; fesetmode;
__iscanonicall; __iseqsigf; __iseqsig; __iseqsigl;
totalorder; totalorderf; totalorderl;
totalordermag; totalordermagf; totalordermagl;
getpayload; getpayloadf; getpayloadl;
canonicalize; canonicalizef; canonicalizel;
setpayload; setpayloadf; setpayloadl;
setpayloadsig; setpayloadsigf; setpayloadsigl;
llogb; llogbf; llogbl;
fmaxmag; fmaxmagf; fmaxmagl; fminmag; fminmagf; fminmagl;
roundeven; roundevenf; roundevenl;
fromfp; fromfpf; fromfpl; ufromfp; ufromfpf; ufromfpl;
fromfpx; fromfpxf; fromfpxl; ufromfpx; ufromfpxf; ufromfpxl;
}
%ifdef FLOAT128_VERSION
FLOAT128_VERSION {
acosf128;
acoshf128;
asinf128;
asinhf128;
atan2f128;
atanf128;
atanhf128;
cabsf128;
cacosf128;
cacoshf128;
canonicalizef128;
cargf128;
casinf128;
casinhf128;
catanf128;
catanhf128;
cbrtf128;
ccosf128;
ccoshf128;
ceilf128;
cexpf128;
cimagf128;
clog10f128;
clogf128;
conjf128;
copysignf128;
cosf128;
coshf128;
cpowf128;
cprojf128;
crealf128;
csinf128;
csinhf128;
csqrtf128;
ctanf128;
ctanhf128;
erfcf128;
erff128;
exp10f128;
exp2f128;
expf128;
expm1f128;
fabsf128;
fdimf128;
floorf128;
fmaf128;
fmaxf128;
fmaxmagf128;
fminf128;
fminmagf128;
fmodf128;
frexpf128;
fromfpf128;
fromfpxf128;
getpayloadf128;
hypotf128;
ilogbf128;
j0f128;
j1f128;
jnf128;
ldexpf128;
lgammaf128;
lgammaf128_r;
llogbf128;
llrintf128;
llroundf128;
log10f128;
log1pf128;
log2f128;
logbf128;
logf128;
lrintf128;
lroundf128;
modff128;
nanf128;
nearbyintf128;
nextafterf128;
nextdownf128;
nextupf128;
powf128;
remainderf128;
remquof128;
rintf128;
roundevenf128;
roundf128;
scalblnf128;
scalbnf128;
setpayloadf128;
setpayloadsigf128;
sincosf128;
sinf128;
sinhf128;
sqrtf128;
tanf128;
tanhf128;
tgammaf128;
totalorderf128;
totalordermagf128;
truncf128;
ufromfpf128;
ufromfpxf128;
y0f128;
y1f128;
ynf128;
}
%endif
GLIBC_2.27 {
expf; exp2f; logf; log2f; powf;
# _Float64x functions, only present for some configurations.
acosf64x;
acoshf64x;
asinf64x;
asinhf64x;
atan2f64x;
atanf64x;
atanhf64x;
cabsf64x;
cacosf64x;
cacoshf64x;
canonicalizef64x;
cargf64x;
casinf64x;
casinhf64x;
catanf64x;
catanhf64x;
cbrtf64x;
ccosf64x;
ccoshf64x;
ceilf64x;
cexpf64x;
cimagf64x;
clog10f64x;
clogf64x;
conjf64x;
copysignf64x;
cosf64x;
coshf64x;
cpowf64x;
cprojf64x;
crealf64x;
csinf64x;
csinhf64x;
csqrtf64x;
ctanf64x;
ctanhf64x;
erfcf64x;
erff64x;
exp10f64x;
exp2f64x;
expf64x;
expm1f64x;
fabsf64x;
fdimf64x;
floorf64x;
fmaf64x;
fmaxf64x;
fmaxmagf64x;
fminf64x;
fminmagf64x;
fmodf64x;
frexpf64x;
fromfpf64x;
fromfpxf64x;
getpayloadf64x;
hypotf64x;
ilogbf64x;
j0f64x;
j1f64x;
jnf64x;
ldexpf64x;
lgammaf64x;
lgammaf64x_r;
llogbf64x;
llrintf64x;
llroundf64x;
log10f64x;
log1pf64x;
log2f64x;
logbf64x;
logf64x;
lrintf64x;
lroundf64x;
modff64x;
nanf64x;
nearbyintf64x;
nextafterf64x;
nextdownf64x;
nextupf64x;
powf64x;
remainderf64x;
remquof64x;
rintf64x;
roundevenf64x;
roundf64x;
scalblnf64x;
scalbnf64x;
setpayloadf64x;
setpayloadsigf64x;
sincosf64x;
sinf64x;
sinhf64x;
sqrtf64x;
tanf64x;
tanhf64x;
tgammaf64x;
totalorderf64x;
totalordermagf64x;
truncf64x;
ufromfpf64x;
ufromfpxf64x;
y0f64x;
y1f64x;
ynf64x;
# _Float32, _Float64 and _Float32x functions, for all configurations.
acosf32; acosf64; acosf32x;
acoshf32; acoshf64; acoshf32x;
asinf32; asinf64; asinf32x;
asinhf32; asinhf64; asinhf32x;
atan2f32; atan2f64; atan2f32x;
atanf32; atanf64; atanf32x;
atanhf32; atanhf64; atanhf32x;
cabsf32; cabsf64; cabsf32x;
cacosf32; cacosf64; cacosf32x;
cacoshf32; cacoshf64; cacoshf32x;
canonicalizef32; canonicalizef64; canonicalizef32x;
cargf32; cargf64; cargf32x;
casinf32; casinf64; casinf32x;
casinhf32; casinhf64; casinhf32x;
catanf32; catanf64; catanf32x;
catanhf32; catanhf64; catanhf32x;
cbrtf32; cbrtf64; cbrtf32x;
ccosf32; ccosf64; ccosf32x;
ccoshf32; ccoshf64; ccoshf32x;
ceilf32; ceilf64; ceilf32x;
cexpf32; cexpf64; cexpf32x;
cimagf32; cimagf64; cimagf32x;
clog10f32; clog10f64; clog10f32x;
clogf32; clogf64; clogf32x;
conjf32; conjf64; conjf32x;
copysignf32; copysignf64; copysignf32x;
cosf32; cosf64; cosf32x;
coshf32; coshf64; coshf32x;
cpowf32; cpowf64; cpowf32x;
cprojf32; cprojf64; cprojf32x;
crealf32; crealf64; crealf32x;
csinf32; csinf64; csinf32x;
csinhf32; csinhf64; csinhf32x;
csqrtf32; csqrtf64; csqrtf32x;
ctanf32; ctanf64; ctanf32x;
ctanhf32; ctanhf64; ctanhf32x;
erfcf32; erfcf64; erfcf32x;
erff32; erff64; erff32x;
exp10f32; exp10f64; exp10f32x;
exp2f32; exp2f64; exp2f32x;
expf32; expf64; expf32x;
expm1f32; expm1f64; expm1f32x;
fabsf32; fabsf64; fabsf32x;
fdimf32; fdimf64; fdimf32x;
floorf32; floorf64; floorf32x;
fmaf32; fmaf64; fmaf32x;
fmaxf32; fmaxf64; fmaxf32x;
fmaxmagf32; fmaxmagf64; fmaxmagf32x;
fminf32; fminf64; fminf32x;
fminmagf32; fminmagf64; fminmagf32x;
fmodf32; fmodf64; fmodf32x;
frexpf32; frexpf64; frexpf32x;
fromfpf32; fromfpf64; fromfpf32x;
fromfpxf32; fromfpxf64; fromfpxf32x;
getpayloadf32; getpayloadf64; getpayloadf32x;
hypotf32; hypotf64; hypotf32x;
ilogbf32; ilogbf64; ilogbf32x;
j0f32; j0f64; j0f32x;
j1f32; j1f64; j1f32x;
jnf32; jnf64; jnf32x;
ldexpf32; ldexpf64; ldexpf32x;
lgammaf32; lgammaf64; lgammaf32x;
lgammaf32_r; lgammaf64_r; lgammaf32x_r;
llogbf32; llogbf64; llogbf32x;
llrintf32; llrintf64; llrintf32x;
llroundf32; llroundf64; llroundf32x;
log10f32; log10f64; log10f32x;
log1pf32; log1pf64; log1pf32x;
log2f32; log2f64; log2f32x;
logbf32; logbf64; logbf32x;
logf32; logf64; logf32x;
lrintf32; lrintf64; lrintf32x;
lroundf32; lroundf64; lroundf32x;
modff32; modff64; modff32x;
nanf32; nanf64; nanf32x;
nearbyintf32; nearbyintf64; nearbyintf32x;
nextafterf32; nextafterf64; nextafterf32x;
nextdownf32; nextdownf64; nextdownf32x;
nextupf32; nextupf64; nextupf32x;
powf32; powf64; powf32x;
remainderf32; remainderf64; remainderf32x;
remquof32; remquof64; remquof32x;
rintf32; rintf64; rintf32x;
roundevenf32; roundevenf64; roundevenf32x;
roundf32; roundf64; roundf32x;
scalblnf32; scalblnf64; scalblnf32x;
scalbnf32; scalbnf64; scalbnf32x;
setpayloadf32; setpayloadf64; setpayloadf32x;
setpayloadsigf32; setpayloadsigf64; setpayloadsigf32x;
sincosf32; sincosf64; sincosf32x;
sinf32; sinf64; sinf32x;
sinhf32; sinhf64; sinhf32x;
sqrtf32; sqrtf64; sqrtf32x;
tanf32; tanf64; tanf32x;
tanhf32; tanhf64; tanhf32x;
tgammaf32; tgammaf64; tgammaf32x;
totalorderf32; totalorderf64; totalorderf32x;
totalordermagf32; totalordermagf64; totalordermagf32x;
truncf32; truncf64; truncf32x;
ufromfpf32; ufromfpf64; ufromfpf32x;
ufromfpxf32; ufromfpxf64; ufromfpxf32x;
y0f32; y0f64; y0f32x;
y1f32; y1f64; y1f32x;
ynf32; ynf64; ynf32x;
}
GLIBC_2.28 {
# Functions not involving _Float64x or _Float128, for all configurations.
fadd; faddl; daddl;
f32addf32x; f32addf64; f32xaddf64;
fdiv; fdivl; ddivl;
f32divf32x; f32divf64; f32xdivf64;
fmul; fmull; dmull;
f32mulf32x; f32mulf64; f32xmulf64;
fsub; fsubl; dsubl;
f32subf32x; f32subf64; f32xsubf64;
# Functions involving _Float64x or _Float128, for some configurations.
f32addf64x; f32addf128;
f32xaddf64x; f32xaddf128; f64addf64x; f64addf128;
f64xaddf128;
f32divf64x; f32divf128;
f32xdivf64x; f32xdivf128; f64divf64x; f64divf128;
f64xdivf128;
f32mulf64x; f32mulf128;
f32xmulf64x; f32xmulf128; f64mulf64x; f64mulf128;
f64xmulf128;
f32subf64x; f32subf128;
f32xsubf64x; f32xsubf128; f64subf64x; f64subf128;
f64xsubf128;
}
GLIBC_2.29 {
# No SVID compatible error handling.
exp; exp2; log; log2; pow;
}
GLIBC_2.31 {
# totalorder changed to take pointer arguments.
totalorder; totalorderf; totalorderl;
totalordermag; totalordermagf; totalordermagl;
totalorderf32; totalorderf64; totalorderf32x;
totalordermagf32; totalordermagf64; totalordermagf32x;
totalorderf64x;
totalordermagf64x;
totalorderf128;
totalordermagf128;
}
GLIBC_2.32 {
exp10f;
}
GLIBC_2.35 {
# Functions not involving _Float64x or _Float128, for all configurations.
ffma; ffmal; dfmal;
f32fmaf32x; f32fmaf64; f32xfmaf64;
fsqrt; fsqrtl; dsqrtl;
f32sqrtf32x; f32sqrtf64; f32xsqrtf64;
fmaximum; fmaximumf; fmaximuml; fmaximumf32; fmaximumf64; fmaximumf32x;
fmaximum_num; fmaximum_numf; fmaximum_numl;
fmaximum_numf32; fmaximum_numf64; fmaximum_numf32x;
fmaximum_mag; fmaximum_magf; fmaximum_magl;
fmaximum_magf32; fmaximum_magf64; fmaximum_magf32x;
fmaximum_mag_num; fmaximum_mag_numf; fmaximum_mag_numl;
fmaximum_mag_numf32; fmaximum_mag_numf64; fmaximum_mag_numf32x;
fminimum; fminimumf; fminimuml; fminimumf32; fminimumf64; fminimumf32x;
fminimum_num; fminimum_numf; fminimum_numl;
fminimum_numf32; fminimum_numf64; fminimum_numf32x;
fminimum_mag; fminimum_magf; fminimum_magl;
fminimum_magf32; fminimum_magf64; fminimum_magf32x;
fminimum_mag_num; fminimum_mag_numf; fminimum_mag_numl;
fminimum_mag_numf32; fminimum_mag_numf64; fminimum_mag_numf32x;
# Functions involving _Float64x or _Float128, for some configurations.
f32fmaf64x; f32fmaf128;
f32xfmaf64x; f32xfmaf128; f64fmaf64x; f64fmaf128;
f64xfmaf128;
f32sqrtf64x; f32sqrtf128;
f32xsqrtf64x; f32xsqrtf128; f64sqrtf64x; f64sqrtf128;
f64xsqrtf128;
fmaximumf64x; fmaximumf128;
fmaximum_numf64x; fmaximum_numf128;
fmaximum_magf64x; fmaximum_magf128;
fmaximum_mag_numf64x; fmaximum_mag_numf128;
fminimumf64x; fminimumf128;
fminimum_numf64x; fminimum_numf128;
fminimum_magf64x; fminimum_magf128;
fminimum_mag_numf64x; fminimum_mag_numf128;
# No SVID compatible error handling.
hypotf; hypot;
}
GLIBC_2.38 {
# No SVID compatible error handling.
fmod; fmodf;
}
}
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