libm/Makefile.in

   1 # Makefile for uClibc
   2 #
   3 # Copyright (C) 2000-2008 Erik Andersen <andersen@uclibc.org>
   4 #
   5 # Licensed under the LGPL v2.1, see the file COPYING.LIB in this tarball.
   6 #
   7 # The routines included in this math library are derived from the
   8 # math library for Apple's MacOS X/Darwin math library, which was
   9 # itself swiped from FreeBSD.  The original copyright information
  10 # is as follows:
  11 #
  12 #     Copyright (C) 1993 by Sun Microsystems, Inc. All rights reserved.
  13 #
  14 #     Developed at SunPro, a Sun Microsystems, Inc. business.
  15 #     Permission to use, copy, modify, and distribute this
  16 #     software is freely granted, provided that this notice
  17 #     is preserved.
  18 #
  19 # It has been ported to work with uClibc and generally behave
  20 # by Erik Andersen <andersen@codepoet.org>
  21 #
  22
  23 subdirs += libm libm/$(TARGET_ARCH)
  24
  25 CFLAGS-libm := -DNOT_IN_libc -DIS_IN_libm $(SSP_ALL_CFLAGS)
  26
  27 libm_DIR:=$(top_srcdir)libm
  28 libm_OUT:=$(top_builddir)libm
  29
  30 libm_ARCH_DIR:=$(libm_DIR)/$(TARGET_ARCH)
  31 libm_ARCH_OUT:=$(libm_OUT)/$(TARGET_ARCH)
  32
  33 ifneq ($(TARGET_SUBARCH),)
  34 libm_SUBARCH_DIR:=$(libm_DIR)/$(TARGET_ARCH)/$(TARGET_SUBARCH)
  35 libm_SUBARCH_OUT:=$(libm_OUT)/$(TARGET_ARCH)/$(TARGET_SUBARCH)
  36 endif
  37
  38 ifeq ($(UCLIBC_HAS_FPU),y)
  39 ifeq ($(DO_C99_MATH),y)
  40 -include $(libm_ARCH_DIR)/Makefile.arch
  41 -include $(libm_SUBARCH_DIR)/Makefile.arch
  42 endif
  43 endif
  44
  45 FL_MSRC := float_wrappers.c
  46 LD_MSRC := ldouble_wrappers.c
  47
  48 ifeq ($(DO_C99_MATH),y)
  49 libm_CSRC := \
  50         e_acos.c e_acosh.c e_asin.c e_atan2.c e_atanh.c e_cosh.c \
  51         e_exp.c e_exp10.c e_fmod.c e_hypot.c \
  52         e_lgamma_r.c e_log.c e_log2.c e_log10.c \
  53         e_pow.c e_remainder.c e_rem_pio2.c e_scalb.c e_sinh.c \
  54         e_sqrt.c k_cos.c k_rem_pio2.c k_sin.c k_tan.c \
  55         s_asinh.c s_atan.c s_cbrt.c s_ceil.c s_copysign.c s_cos.c \
  56         s_erf.c s_expm1.c s_fabs.c s_finite.c s_floor.c s_frexp.c \
  57         s_ilogb.c s_ldexp.c s_lib_version.c s_lrint.c s_lround.c s_llround.c \
  58         s_log1p.c s_logb.c s_modf.c s_nextafter.c \
  59         s_nextafterf.c s_round.c \
  60         s_rint.c s_scalbn.c s_signgam.c s_significand.c s_sin.c s_tan.c \
  61         s_tanh.c s_trunc.c \
  62         w_cabs.c \
  63         nan.c carg.c s_llrint.c \
  64         s_fpclassify.c s_fpclassifyf.c s_signbit.c s_signbitf.c \
  65         s_isnan.c s_isnanf.c s_isinf.c s_isinff.c s_finitef.c \
  66         s_fdim.c s_fma.c s_fmax.c s_fmin.c \
  67         s_remquo.c \
  68         cexp.c sincos.c \
  69         w_acos.c w_acosf.c w_acosl.c \
  70         w_asin.c w_asinf.c w_asinl.c \
  71         w_atan2.c w_atan2f.c w_atan2l.c \
  72         w_hypot.c w_hypotf.c w_hypotl.c \
  73         w_cosh.c w_coshf.c w_coshl.c \
  74         w_exp.c w_expf.c w_expl.c \
  75         w_exp2.c w_exp2f.c w_exp2l.c \
  76         w_exp10.c w_exp10f.c w_exp10l.c \
  77         w_lgamma_r.c w_lgammaf_r.c w_lgammal_r.c \
  78         w_lgamma.c w_lgammaf.c w_lgammal.c \
  79         w_tgamma.c w_tgammaf.c w_tgammal.c \
  80         w_log.c w_logf.c w_logl.c \
  81         w_log2.c w_log2f.c w_log2l.c \
  82         w_log10.c w_log10f.c w_log10l.c \
  83         w_pow.c w_powf.c w_powl.c \
  84         w_sinh.c w_sinhf.c w_sinhl.c \
  85         w_fmod.c w_fmodf.c w_fmodl.c \
  86         w_sqrt.c w_sqrtf.c w_sqrtl.c \
  87         w_remainder.c w_remainderf.c w_remainderl.c \
  88         w_acosh.c w_acoshf.c w_acoshl.c \
  89         w_atanh.c w_atanhf.c w_atanhl.c \
  90         w_scalb.c w_scalbf.c w_scalbl.c
  91
  92 ifeq ($(UCLIBC_HAS_FENV),y)
  93         libm_CSRC += k_standard.c k_standardf.c k_standardl.c
  94 endif
  95
  96 FL_MOBJ := \
  97         acosf.o \
  98         acoshf.o \
  99         asinf.o \
 100         asinhf.o \
 101         atan2f.o \
 102         atanf.o \
 103         atanhf.o \
 104         cargf.o \
 105         cbrtf.o \
 106         ceilf.o \
 107         copysignf.o \
 108         cosf.o \
 109         coshf.o \
 110         erfcf.o \
 111         erff.o \
 112         exp2f.o \
 113         expf.o \
 114         expm1f.o \
 115         fabsf.o \
 116         fdimf.o \
 117         floorf.o \
 118         fmaf.o \
 119         fmaxf.o \
 120         fminf.o \
 121         fmodf.o \
 122         frexpf.o \
 123         gammaf.o \
 124         hypotf.o \
 125         ilogbf.o \
 126         ldexpf.o \
 127         lgammaf.o \
 128         llrintf.o \
 129         llroundf.o \
 130         log10f.o \
 131         log1pf.o \
 132         log2f.o \
 133         logbf.o \
 134         logf.o \
 135         lrintf.o \
 136         lroundf.o \
 137         modff.o \
 138         nearbyintf.o \
 139         nexttowardf.o \
 140         powf.o \
 141         remainderf.o \
 142         remquof.o \
 143         rintf.o \
 144         roundf.o \
 145         scalblnf.o \
 146         scalbnf.o \
 147         significandf.o \
 148         sinf.o \
 149         sinhf.o \
 150         sqrtf.o \
 151         tanf.o \
 152         tanhf.o \
 153         tgammaf.o \
 154         truncf.o \
 155
 156 ifeq ($(UCLIBC_SUSV3_LEGACY),y)
 157 FL_MOBJ += scalbf.o
 158 endif
 159
 160 # Do not (yet?) implement the float variants of bessel functions
 161 ifeq (not-yet-implemented-$(DO_XSI_MATH),y)
 162 FL_MOBJ += \
 163         j0f.o \
 164         j1f.o \
 165         jnf.o \
 166         y0f.o \
 167         y1f.o \
 168         ynf.o
 169 endif
 170
 171 LD_MOBJ := \
 172         __finitel.o \
 173         __fpclassifyl.o \
 174         __isinfl.o \
 175         __isnanl.o \
 176         __signbitl.o \
 177         acoshl.o \
 178         acosl.o \
 179         asinhl.o \
 180         asinl.o \
 181         atan2l.o \
 182         atanhl.o \
 183         atanl.o \
 184         cargl.o \
 185         cbrtl.o \
 186         ceill.o \
 187         copysignl.o \
 188         coshl.o \
 189         cosl.o \
 190         erfcl.o \
 191         erfl.o \
 192         exp2l.o \
 193         expl.o \
 194         expm1l.o \
 195         fabsl.o \
 196         fdiml.o \
 197         floorl.o \
 198         fmal.o \
 199         fmaxl.o \
 200         fminl.o \
 201         fmodl.o \
 202         frexpl.o \
 203         gammal.o \
 204         hypotl.o \
 205         ilogbl.o \
 206         ldexpl.o \
 207         lgammal.o \
 208         llrintl.o \
 209         llroundl.o \
 210         log10l.o \
 211         log1pl.o \
 212         log2l.o \
 213         logbl.o \
 214         logl.o \
 215         lrintl.o \
 216         lroundl.o \
 217         modfl.o \
 218         nearbyintl.o \
 219         nextafterl.o \
 220         nexttowardl.o \
 221         powl.o \
 222         remainderl.o \
 223         remquol.o \
 224         rintl.o \
 225         roundl.o \
 226         scalblnl.o \
 227         scalbnl.o \
 228         significandl.o \
 229         sinhl.o \
 230         sinl.o \
 231         sqrtl.o \
 232         tanhl.o \
 233         tanl.o \
 234         tgammal.o \
 235         truncl.o \
 236
 237 # Do not (yet?) implement the long double variants of bessel functions
 238 ifeq (not-yet-implemented-$(DO_XSI_MATH),y)
 239 LD_MOBJ += \
 240         j0l.o \
 241         j1l.o \
 242         jnl.o \
 243         y0l.o \
 244         y1l.o \
 245         ynl.o
 246 endif
 247
 248 else
 249
 250 # This list of math functions was taken from POSIX/IEEE 1003.1b-1993
 251 libm_CSRC := \
 252         s_atan.c s_ceil.c s_cos.c \
 253         s_fabs.c s_floor.c s_frexp.c \
 254         s_ldexp.c s_modf.c s_sin.c \
 255         s_tan.c s_tanh.c \
 256         s_expm1.c s_scalbn.c s_copysign.c e_acos.c e_asin.c e_atan2.c \
 257         k_cos.c e_cosh.c e_exp.c e_fmod.c e_log.c e_log10.c e_pow.c \
 258         k_sin.c e_sinh.c e_sqrt.c k_tan.c e_rem_pio2.c k_rem_pio2.c \
 259         s_finite.c e_exp10.c    \
 260         matherr_wrapers.c k_standart.c
 261
 262 # We'll add sqrtf to avoid problems with libstdc++
 263 FL_MOBJ := sqrtf.o
 264 endif
 265
 266 ifeq ($(DO_XSI_MATH),y)
 267 libm_CSRC += \
 268         e_j0.c e_j1.c e_jn.c \
 269         w_j0.c w_j0f.c w_j0l.c \
 270         w_j1.c w_j1f.c w_j1l.c \
 271         w_jn.c w_jnf.c w_jnl.c
 272 endif
 273
 274 # assume that arch specific versions are provided as single sources/objects
 275 ifeq ($(UCLIBC_HAS_FPU),y)
 276 ifeq ($(DO_C99_MATH),y)
 277 ifneq ($(strip $(libm_ARCH_OBJS)),)
 278
 279 # remove generic sources, if arch specific version is present
 280 ifneq ($(strip $(libm_ARCH_SRC)),)
 281 libm_CSRC := $(filter-out $(notdir $(libm_ARCH_SRC)),$(libm_CSRC))
 282 endif
 283
 284 # remove generic objects built from multi-sources, if arch specific version is present
 285 FL_MOBJ := $(filter-out $(notdir $(libm_ARCH_OBJS)),$(FL_MOBJ))
 286 LD_MOBJ := $(filter-out $(notdir $(libm_ARCH_OBJS)),$(LD_MOBJ))
 287
 288 # we also try to remove % if s_% is in arch specific subdir
 289 FL_MOBJ := $(filter-out $(patsubst s_%.o,%.o,$(notdir $(libm_ARCH_OBJS))),$(FL_MOBJ))
 290 LD_MOBJ := $(filter-out $(patsubst s_%.o,%.o,$(notdir $(libm_ARCH_OBJS))),$(LD_MOBJ))
 291 endif
 292 endif
 293 endif
 294
 295 libm_SRC := $(patsubst %.c,$(libm_DIR)/%.c,$(libm_CSRC))
 296 libm_OBJ := $(patsubst $(libm_DIR)/%.c,$(libm_OUT)/%.o,$(libm_SRC))
 297
 298 ifeq ($(strip $(UCLIBC_HAS_LONG_DOUBLE_MATH)),y)
 299 libm_MSRC_LD := $(libm_DIR)/$(LD_MSRC)
 300 libm_MOBJ_LD := $(patsubst %.o,$(libm_OUT)/%.o,$(LD_MOBJ))
 301 endif
 302 libm_MSRC_FL := $(libm_DIR)/$(FL_MSRC)
 303 libm_MOBJ_FL := $(patsubst %.o,$(libm_OUT)/%.o,$(FL_MOBJ))
 304
 305 libm_OBJS := $(libm_OBJ) $(libm_MOBJ_FL) $(libm_MOBJ_LD)
 306
 307 ifeq ($(DOPIC),y)
 308 libm-a-y += $(libm_OBJS:.o=.os)
 309 else
 310 libm-a-y += $(libm_OBJS)
 311 endif
 312 libm-so-y += $(libm_OBJS:.o=.os)
 313
 314 objclean-y += CLEAN_libm
 315
 316 $(libm_OUT)/libm.oS: $(libm_SRC) $(libm_MSRC_FL) $(libm_MSRC_LD) $(libm_ARCH_SRC)
 317         $(Q)$(RM) $@
 318         $(compile-m)
 319
 320 $(libm_MOBJ_FL): $(libm_MSRC_FL)
 321         $(compile.m)
 322
 323 $(libm_MOBJ_LD): $(libm_MSRC_LD)
 324         $(compile.m)
 325
 326 $(libm_MOBJ_FL:.o=.os): $(libm_MSRC_FL)
 327         $(compile.m)
 328
 329 $(libm_MOBJ_LD:.o=.os): $(libm_MSRC_LD)
 330         $(compile.m)
 331
 332 # spare us from adding a gazillion dummy two-liner files
 333 $(libm_MOBJ_FL:.o=.i): $(libm_MSRC_FL)
 334         $(compile.mi)
 335
 336 $(libm_MOBJ_LD:.o=.i): $(libm_MSRC_LD)
 337         $(compile.mi)
 338
 339 CLEAN_libm:
 340         $(do_rm) $(addprefix $(libm_OUT)/,$(foreach e, o os oS a,$(foreach d, *. */*. */*/*.,$(d)$(e))))