openlibm/ld80/Make.files

$(CUR_SRCS) += 	invtrig.c \
            e_acoshl.c     e_powl.c       k_tanl.c       s_exp2l.c \
            e_atanhl.c     e_lgammal_r.c  e_sinhl.c      s_asinhl.c     s_expm1l.c \
            e_coshl.c      e_log10l.c     e_tgammal.c \
            e_expl.c       e_log2l.c      k_cosl.c       s_log1pl.c     s_tanhl.c \
            e_logl.c       k_sinl.c       s_erfl.c

#           s_remquol.c    e_fmodl.c      s_truncl.c
#           e_hypotl.c     s_floorl.c     s_nextafterl.c s_ceill.c      s_modfl.c

ifneq ($(OS), WINNT)
$(CUR_SRCS) += s_nanl.c
endif
Import long double versions from OpenBSD. 2014-12-04 23:11:16 +05:30			`$(CUR_SRCS) += invtrig.c \`
Get the ld80 routines from OpenBSD to build on mac and linux. Bump version number and SO major version, since we have introduced new long double APIs. 2014-12-04 23:32:39 +05:30			`e_acoshl.c e_powl.c k_tanl.c s_exp2l.c \`
Add lgammal_r(). We already provide lgammaf_r() and lgamma_r(). It's not hard to also add lgammal_r(), for consistency. I am currently working on porting openlibm to an environment where global state, and thus signgam, is not available. By adding lgammal_r(), I can trivially disable support for signgam by just patching up src/e_lgamma{f,,l}.c. That way there is no need to patch up the actual algorithms. 2015-01-08 11:23:28 +01:00			`e_atanhl.c e_lgammal_r.c e_sinhl.c s_asinhl.c s_expm1l.c \`
Get the ld80 routines from OpenBSD to build on mac and linux. Bump version number and SO major version, since we have introduced new long double APIs. 2014-12-04 23:32:39 +05:30			`e_coshl.c e_log10l.c e_tgammal.c \`
			`e_expl.c e_log2l.c k_cosl.c s_log1pl.c s_tanhl.c \`
			`e_logl.c k_sinl.c s_erfl.c`

			`# s_remquol.c e_fmodl.c s_truncl.c`
			`# e_hypotl.c s_floorl.c s_nextafterl.c s_ceill.c s_modfl.c`
Build fixes for Windows 2012-05-25 21:25:13 -04:00
			`ifneq ($(OS), WINNT)`
			`$(CUR_SRCS) += s_nanl.c`
Import long double versions from OpenBSD. 2014-12-04 23:11:16 +05:30			`endif`