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I used these shell commands: ../glibc/scripts/update-copyrights $PWD/../gnulib/build-aux/update-copyright (cd ../glibc && git commit -am"[this commit message]") and then ignored the output, which consisted lines saying "FOO: warning: copyright statement not found" for each of 6694 files FOO. I then removed trailing white space from benchtests/bench-pthread-locks.c and iconvdata/tst-iconv-big5-hkscs-to-2ucs4.c, to work around this diagnostic from Savannah: remote: *** pre-commit check failed ... remote: *** error: lines with trailing whitespace found remote: error: hook declined to update refs/heads/master
420 lines
13 KiB
C
420 lines
13 KiB
C
/* _Float128 overrides for building ldbl-128 as _Float128.
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Copyright (C) 2017-2021 Free Software Foundation, Inc.
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This file is part of the GNU C Library.
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The GNU C Library is free software; you can redistribute it and/or
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modify it under the terms of the GNU Lesser General Public
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License as published by the Free Software Foundation; either
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version 2.1 of the License, or (at your option) any later version.
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The GNU C Library is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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Lesser General Public License for more details.
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You should have received a copy of the GNU Lesser General Public
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License along with the GNU C Library; if not, see
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<https://www.gnu.org/licenses/>. */
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/* This must be included before the function renames below. */
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#include <gmp.h>
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#include <math.h>
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#undef HUGE_VALL
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#define HUGE_VALL HUGE_VAL_F128
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#include <math/mul_splitl.h>
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/* This must be included before the renames of types and macros from
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it. */
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#include <ieee754.h>
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/* Renames derived from math_private.h. */
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#include <math_private.h>
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#include <fenv_private.h>
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#include <ieee754_float128.h>
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#define ieee854_long_double_shape_type ieee854_float128_shape_type
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#define ieee854_long_double ieee854_float128
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#undef GET_LDOUBLE_LSW64
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#undef GET_LDOUBLE_MSW64
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#undef GET_LDOUBLE_WORDS64
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#undef SET_LDOUBLE_LSW64
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#undef SET_LDOUBLE_MSW64
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#undef SET_LDOUBLE_WORDS64
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#define GET_LDOUBLE_LSW64(x,y) GET_FLOAT128_LSW64 (x, y)
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#define GET_LDOUBLE_MSW64(x,y) GET_FLOAT128_MSW64 (x, y)
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#define GET_LDOUBLE_WORDS64(x,y,z) GET_FLOAT128_WORDS64 (x, y, z)
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#define SET_LDOUBLE_LSW64(x,y) SET_FLOAT128_LSW64 (x, y)
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#define SET_LDOUBLE_MSW64(x,y) SET_FLOAT128_MSW64 (x, y)
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#define SET_LDOUBLE_WORDS64(x,y,z) SET_FLOAT128_WORDS64 (x, y, z)
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#undef IEEE854_LONG_DOUBLE_BIAS
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#define IEEE854_LONG_DOUBLE_BIAS IEEE854_FLOAT128_BIAS
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#ifdef SET_RESTORE_ROUNDF128
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# undef SET_RESTORE_ROUNDL
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# define SET_RESTORE_ROUNDL(RM) SET_RESTORE_ROUNDF128 (RM)
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#endif
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#ifdef libc_feholdexcept_setroundf128
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# undef libc_feholdexcept_setroundl
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# define libc_feholdexcept_setroundl(ENV, RM) \
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libc_feholdexcept_setroundf128 (ENV, RM)
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#endif
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#ifdef libc_feupdateenv_testf128
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# undef libc_feupdateenv_testl
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# define libc_feupdateenv_testl(ENV, EX) libc_feupdateenv_testf128 (ENV, EX)
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#endif
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/* misc macros from the header below. */
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#include <fix-fp-int-convert-overflow.h>
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#undef FIX_LDBL_LONG_CONVERT_OVERFLOW
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#undef FIX_LDBL_LLONG_CONVERT_OVERFLOW
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#define FIX_LDBL_LONG_CONVERT_OVERFLOW FIX_FLT128_LONG_CONVERT_OVERFLOW
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#define FIX_LDBL_LLONG_CONVERT_OVERFLOW FIX_FLT128_LLONG_CONVERT_OVERFLOW
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/* float.h constants. */
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#include <float.h>
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#undef LDBL_DIG
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#undef LDBL_EPSILON
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#undef LDBL_MANT_DIG
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#undef LDBL_MAX
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#undef LDBL_MAX_10_EXP
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#undef LDBL_MAX_EXP
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#undef LDBL_MIN
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#undef LDBL_MIN_10_EXP
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#undef LDBL_MIN_EXP
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#undef LDBL_TRUE_MIN
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#define LDBL_DIG FLT128_DIG
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#define LDBL_EPSILON FLT128_EPSILON
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#define LDBL_MANT_DIG FLT128_MANT_DIG
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#define LDBL_MAX FLT128_MAX
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#define LDBL_MAX_10_EXP FLT128_MAX_10_EXP
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#define LDBL_MAX_EXP FLT128_MAX_EXP
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#define LDBL_MIN FLT128_MIN
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#define LDBL_MIN_10_EXP FLT128_MIN_10_EXP
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#define LDBL_MIN_EXP FLT128_MIN_EXP
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#define LDBL_TRUE_MIN FLT128_TRUE_MIN
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/* math.h GNU constants. */
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#undef M_El
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#undef M_LOG2El
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#undef M_LOG10El
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#undef M_LN2l
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#undef M_LN10l
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#undef M_PIl
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#undef M_PI_2l
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#undef M_PI_4l
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#undef M_1_PIl
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#undef M_2_PIl
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#undef M_2_SQRTPIl
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#undef M_SQRT2l
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#undef M_SQRT1_2l
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#define M_El M_Ef128
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#define M_LOG2El M_LOG2Ef128
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#define M_LOG10El M_LOG10Ef128
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#define M_LN2l M_LN2f128
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#define M_LN10l M_LN10f128
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#define M_PIl M_PIf128
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#define M_PI_2l M_PI_2f128
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#define M_PI_4l M_PI_4f128
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#define M_1_PIl M_1_PIf128
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#define M_2_PIl M_2_PIf128
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#define M_2_SQRTPIl M_2_SQRTPIf128
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#define M_SQRT2l M_SQRT2f128
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#define M_SQRT1_2l M_SQRT1_2f128
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#include <libm-alias-ldouble.h>
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#include <libm-alias-float128.h>
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#undef libm_alias_ldouble_r
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#define libm_alias_ldouble_r(from, to, r) libm_alias_float128_r (from, to, r)
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#include <math/math-narrow.h>
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#undef libm_alias_float_ldouble
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#define libm_alias_float_ldouble(func) libm_alias_float32_float128 (func)
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#undef libm_alias_double_ldouble
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#define libm_alias_double_ldouble(func) libm_alias_float64_float128 (func)
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#include <math-use-builtins.h>
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#undef USE_NEARBYINTL_BUILTIN
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#define USE_NEARBYINTL_BUILTIN USE_NEARBYINTF128_BUILTIN
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#undef USE_RINTL_BUILTIN
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#define USE_RINTL_BUILTIN USE_RINTF128_BUILTIN
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#undef USE_FLOORL_BUILTIN
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#define USE_FLOORL_BUILTIN USE_FLOORF128_BUILTIN
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#undef USE_CEILL_BUILTIN
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#define USE_CEILL_BUILTIN USE_CEILF128_BUILTIN
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#undef USE_TRUNCL_BUILTIN
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#define USE_TRUNCL_BUILTIN USE_TRUNCF128_BUILTIN
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#undef USE_ROUNDL_BUILTIN
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#define USE_ROUNDL_BUILTIN USE_ROUNDF128_BUILTIN
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#undef USE_COPYSIGNL_BUILTIN
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#define USE_COPYSIGNL_BUILTIN USE_COPYSIGNF128_BUILTIN
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#undef USE_FMAL_BUILTIN
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#define USE_FMAL_BUILTIN USE_FMAF128_BUILTIN
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/* IEEE function renames. */
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#define __ieee754_acoshl __ieee754_acoshf128
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#define __ieee754_acosl __ieee754_acosf128
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#define __ieee754_asinhl __ieee754_asinhf128
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#define __ieee754_asinl __ieee754_asinf128
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#define __ieee754_atan2l __ieee754_atan2f128
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#define __ieee754_atanhl __ieee754_atanhf128
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#define __ieee754_coshl __ieee754_coshf128
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#define __ieee754_cosl __ieee754_cosf128
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#define __ieee754_exp10l __ieee754_exp10f128
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#define __ieee754_exp2l __ieee754_exp2f128
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#define __ieee754_expl __ieee754_expf128
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#define __ieee754_fmodl __ieee754_fmodf128
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#define __ieee754_gammal_r __ieee754_gammaf128_r
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#define __ieee754_hypotl __ieee754_hypotf128
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#define __ieee754_ilogbl __ieee754_ilogbf128
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#define __ieee754_j0l __ieee754_j0f128
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#define __ieee754_j1l __ieee754_j1f128
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#define __ieee754_jnl __ieee754_jnf128
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#define __ieee754_lgammal_r __ieee754_lgammaf128_r
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#define __ieee754_log10l __ieee754_log10f128
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#define __ieee754_log2l __ieee754_log2f128
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#define __ieee754_logl __ieee754_logf128
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#define __ieee754_powl __ieee754_powf128
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#define __ieee754_rem_pio2l __ieee754_rem_pio2f128
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#define __ieee754_remainderl __ieee754_remainderf128
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#define __ieee754_sinhl __ieee754_sinhf128
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#define __ieee754_sqrtl __ieee754_sqrtf128
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#define __ieee754_y0l __ieee754_y0f128
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#define __ieee754_y1l __ieee754_y1f128
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#define __ieee754_ynl __ieee754_ynf128
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/* finite math entry points. */
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#define __acoshl_finite __acoshf128_finite
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#define __acosl_finite __acosf128_finite
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#define __asinl_finite __asinf128_finite
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#define __atan2l_finite __atan2f128_finite
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#define __atanhl_finite __atanhf128_finite
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#define __coshl_finite __coshf128_finite
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#define __cosl_finite __cosf128_finite
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#define __exp10l_finite __exp10f128_finite
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#define __exp2l_finite __exp2f128_finite
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#define __expl_finite __expf128_finite
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#define __fmodl_finite __fmodf128_finite
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#define __hypotl_finite __hypotf128_finite
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#define __ilogbl_finite __ilogbf128_finite
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#define __j0l_finite __j0f128_finite
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#define __j1l_finite __j1f128_finite
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#define __jnl_finite __jnf128_finite
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#define __lgammal_r_finite __lgammaf128_r_finite
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#define __log10l_finite __log10f128_finite
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#define __log2l_finite __log2f128_finite
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#define __logl_finite __logf128_finite
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#define __powl_finite __powf128_finite
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#define __remainderl_finite __remainderf128_finite
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#define __sinhl_finite __sinhf128_finite
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#define __y0l_finite __y0f128_finite
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#define __y1l_finite __y1f128_finite
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#define __ynl_finite __ynf128_finite
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/* internal function names. */
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#define __asinhl __asinhf128
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#define __atanl __atanf128
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#define __cbrtl __cbrtf128
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#define __ceill __ceilf128
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#define __copysignl __copysignf128
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#define __cosl __cosf128
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#define __erfcl __erfcf128
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#define __erfl __erff128
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#define __expl __expf128
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#define __expm1l __expm1f128
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#define __fabsl __fabsf128
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#define __fdiml __fdimf128
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#define __finitel __finitef128
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#define __floorl __floorf128
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#define __fmal __fmaf128
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#define __fmaxl __fmaxf128
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#define __fminl __fminf128
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#define __fpclassifyl __fpclassifyf128
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#define __frexpl __frexpf128
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#define __gammal_r_finite __gammaf128_r_finite
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#define __getpayloadl __getpayloadf128
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#define __isinfl __isinff128
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#define __isnanl __isnanf128
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#define __issignalingl __issignalingf128
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#define __ldexpl __ldexpf128
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#define __llrintl __llrintf128
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#define __llroundl __llroundf128
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#define __log1pl __log1pf128
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#define __logbl __logbf128
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#define __logl __logf128
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#define __lrintl __lrintf128
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#define __lroundl __lroundf128
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#define __modfl __modff128
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#define __nearbyintl __nearbyintf128
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#define __nextafterl __nextafterf128
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#define __nextdownl __nextdownf128
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#define __nextupl __nextupf128
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#define __remquol __remquof128
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#define __rintl __rintf128
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#define __roundevenl __roundevenf128
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#define __roundl __roundf128
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#define __scalblnl __scalblnf128
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#define __scalbnl __scalbnf128
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#define __signbitl __signbitf128
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#define __sincosl __sincosf128
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#define __sinl __sinf128
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#define __sqrtl __sqrtf128
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#define __tanhl __tanhf128
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#define __tanl __tanf128
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#define __totalorderl __totalorderf128
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#define __totalorder_compatl __totalorder_compatf128
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#define __totalordermagl __totalordermagf128
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#define __totalordermag_compatl __totalordermag_compatf128
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#define __truncl __truncf128
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#define __x2y2m1l __x2y2m1f128
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#define __faddl __f32addf128
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#define __daddl __f64addf128
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#define __fdivl __f32divf128
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#define __ddivl __f64divf128
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#define __fmull __f32mulf128
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#define __dmull __f64mulf128
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#define __fsubl __f32subf128
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#define __dsubl __f64subf128
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/* Used on __finite compat alias. */
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#define __acosl __acosf128
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#define __acoshl __acoshf128
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#define __asinl __asinf128
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#define __atan2l __atan2f128
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#define __atanhl __atanhf128
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#define __coshl __coshf128
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#define __exp10l __exp10f128
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#define __expl __expf128
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#define __fmodl __fmodf128
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#define __gammal_r __gammaf128_r
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#define __hypotl __hypotf128
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#define __j0l __j0f128
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#define __j1l __j1f128
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#define __jnl __jnf128
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#define __lgammal_r __lgammaf128_r
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#define __log10l __log10f128
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#define __log2l __log2f128
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#define __logl __logf128
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#define __powl __powf128
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#define __remainderl __remainderf128
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#define __sinhl __sinhf128
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#define __y0l __y0f128
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#define __y1l __y1f128
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#define __ynl __ynf128
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/* __nexttowardf128 is not _Float128 API. */
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#define __nexttowardl __nexttowardf128_do_not_use
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#define nexttowardl nexttowardf128_do_not_use
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/* public entry points. */
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#define asinhl asinhf128
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#define atanl atanf128
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#define cbrtl cbrtf128
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#define ceill ceilf128
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#define copysignl copysignf128
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#define cosl cosf128
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#define erfcl erfcf128
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#define erfl erff128
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#define expl expf128
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#define expm1l expm1f128
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#define fabsl fabsf128
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#define fdiml fdimf128
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#define finitel finitef128_do_not_use
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#define floorl floorf128
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#define fmal fmaf128
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#define fmaxl fmaxf128
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#define fminl fminf128
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#define frexpl frexpf128
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#define getpayloadl getpayloadf128
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#define isinfl isinff128_do_not_use
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#define isnanl isnanf128_do_not_use
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#define ldexpl ldexpf128
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#define llrintl llrintf128
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#define llroundl llroundf128
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#define log1pl log1pf128
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#define logbl logbf128
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#define logl logf128
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#define lrintl lrintf128
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#define lroundl lroundf128
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#define modfl modff128
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#define nanl nanf128
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#define nearbyintl nearbyintf128
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#define nextafterl nextafterf128
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#define nextdownl nextdownf128
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#define nextupl nextupf128
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#define remquol remquof128
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#define rintl rintf128
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#define roundevenl roundevenf128
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#define roundl roundf128
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#define scalbnl scalbnf128
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#define sincosl sincosf128
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#define sinl sinf128
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#define sqrtl sqrtf128
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#define tanhl tanhf128
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#define tanl tanf128
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#define totalorderl totalorderf128
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#define totalordermagl totalordermagf128
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#define truncl truncf128
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/* misc internal renames. */
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#define __builtin_fmal __builtin_fmaf128
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#define __expl_table __expf128_table
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#define __gamma_productl __gamma_productf128
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#define __kernel_cosl __kernel_cosf128
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#define __kernel_rem_pio2l __kernel_rem_pio2f128
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#define __kernel_sincosl __kernel_sincosf128
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#define __kernel_sinl __kernel_sinf128
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#define __kernel_tanl __kernel_tanf128
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#define __lgamma_negl __lgamma_negf128
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#define __lgamma_productl __lgamma_productf128
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#define __mpn_extract_long_double __mpn_extract_float128
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#define __sincosl_table __sincosf128_table
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#define mul_splitl mul_splitf128
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/* Builtin renames. */
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#define __builtin_copysignl __builtin_copysignf128
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#define __builtin_signbitl __builtin_signbit
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#define __builtin_nearbyintl __builtin_nearbyintf128
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#define __builtin_rintl __builtin_rintf128
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#define __builtin_floorl __builtin_floorf128
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#define __builtin_ceill __builtin_ceilf128
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#define __builtin_truncl __builtin_truncf128
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#define __builtin_roundl __builtin_roundf128
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#define __builtin_copysignl __builtin_copysignf128
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/* Get the constant suffix from bits/floatn-compat.h. */
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#define L(x) __f128 (x)
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static inline void
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mul_splitf128 (_Float128 *hi, _Float128 *lo, _Float128 x, _Float128 y)
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{
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#ifdef __FP_FAST_FMAF128
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/* Fast built-in fused multiply-add. */
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*hi = x * y;
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*lo = __builtin_fmal (x, y, -*hi);
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#else
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/* Apply Dekker's algorithm. */
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*hi = x * y;
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# define C ((1LL << (FLT128_MANT_DIG + 1) / 2) + 1)
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_Float128 x1 = x * C;
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_Float128 y1 = y * C;
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# undef C
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x1 = (x - x1) + x1;
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y1 = (y - y1) + y1;
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_Float128 x2 = x - x1;
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_Float128 y2 = y - y1;
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*lo = (((x1 * y1 - *hi) + x1 * y2) + x2 * y1) + x2 * y2;
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#endif
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}
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