1# $NetBSD: L_LIST,v 1.2 1994/10/26 07:48:38 cgd Exp $ 2# 3# MOTOROLA MICROPROCESSOR & MEMORY TECHNOLOGY GROUP 4# M68000 Hi-Performance Microprocessor Division 5# M68040 Software Package 6# 7# M68040 Software Package Copyright (c) 1993, 1994 Motorola Inc. 8# All rights reserved. 9# 10# THE SOFTWARE is provided on an "AS IS" basis and without warranty. 11# To the maximum extent permitted by applicable law, 12# MOTOROLA DISCLAIMS ALL WARRANTIES WHETHER EXPRESS OR IMPLIED, 13# INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A 14# PARTICULAR PURPOSE and any warranty against infringement with 15# regard to the SOFTWARE (INCLUDING ANY MODIFIED VERSIONS THEREOF) 16# and any accompanying written materials. 17# 18# To the maximum extent permitted by applicable law, 19# IN NO EVENT SHALL MOTOROLA BE LIABLE FOR ANY DAMAGES WHATSOEVER 20# (INCLUDING WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS 21# PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR 22# OTHER PECUNIARY LOSS) ARISING OF THE USE OR INABILITY TO USE THE 23# SOFTWARE. Motorola assumes no responsibility for the maintenance 24# and support of the SOFTWARE. 25# 26# You are hereby granted a copyright license to use, modify, and 27# distribute the SOFTWARE so long as this entire notice is retained 28# without alteration in any modified and/or redistributed versions, 29# and that such modified versions are clearly identified as such. 30# No licenses are granted by implication, estoppel or otherwise 31# under any patents or trademarks of Motorola, Inc. 32# 33# L_LIST 1.2 4/30/91 34# 35# Each line specifies the entry points for one function. The first 36# 3 items are the library entry point names for the single, double and 37# extended precision versions of the function. Change them to 38# suit your system. The next item is 39# either MONADIC or DYADIC. The remaining 5 items are the labels 40# in the FPSP code that correspond to subroutines to handle Regular, 41# Zero, Infinity, Nan and Denorm input values. 42# 43# The first 3 44# 45#Sgl Dbl. Ext. Type Reg Zero Inf Nan Denorm 46#---------------------- ---- --- ---- --- --- ------ 47facoss facosd facosx MONADIC sacos ld_ppi2 t_operr mon_nan sacosd 48fasins fasind fasinx MONADIC sasin szero t_operr mon_nan sasind 49fatans fatand fatanx MONADIC satan szero spi_2 mon_nan satand 50fatanhs fatanhd fatanhx MONADIC satanh szero t_operr mon_nan satanhd 51fcoss fcosd fcosx MONADIC scos ld_pone t_operr mon_nan scosd 52fcoshs fcoshd fcoshx MONADIC scosh ld_pone ld_pinf mon_nan scoshd 53fetoxs fetoxd fetoxx MONADIC setox ld_pone szr_inf mon_nan setoxd 54fetoxm1s fetoxm1d fetoxm1x MONADIC setoxm1 szero setoxm1i mon_nan setoxm1d 55fgetexps fgetexpd fgetexpx MONADIC sgetexp szero t_operr mon_nan sgetexpd 56fsins fsind fsinx MONADIC ssin szero t_operr mon_nan ssind 57fsinhs fsinhd fsinhx MONADIC ssinh szero sinf mon_nan ssinhd 58ftans ftand ftanx MONADIC stan szero t_operr mon_nan stand 59ftanhs ftanhd ftanhx MONADIC stanh szero sone mon_nan stanhd 60ftentoxs ftentoxd ftentoxx MONADIC stentox ld_pone szr_inf mon_nan stentoxd 61ftwotoxs ftwotoxd ftwotoxx MONADIC stwotox ld_pone szr_inf mon_nan stwotoxd 62fgetmans fgetmand fgetmanx MONADIC sgetman szero t_operr mon_nan sgetmand 63flogns flognd flognx MONADIC sslogn t_dz2 sopr_inf mon_nan sslognd 64flog2s flog2d flog2x MONADIC sslog2 t_dz2 sopr_inf mon_nan sslog2d 65flog10s flog10d flog10x MONADIC sslog10 t_dz2 sopr_inf mon_nan sslog10d 66flognp1s flognp1d flognp1x MONADIC sslognp1 szero sopr_inf mon_nan slognp1d 67fints fintd fintx MONADIC l_sint szero sinf mon_nan l_sintd 68fintrzs fintrzd fintrzx MONADIC l_sintrz szero sinf mon_nan snzrinx 69frems fremd fremx DYADIC prem 70fmods fmodd fmodx DYADIC pmod 71fscales fscaled fscalex DYADIC pscale 72# 73# 68040 native instructions added for completeness 74# 75fabss fabsd fabsx MONADIC sabs sabs sabs sabs sabs 76fnegs fnegd fnegx MONADIC sneg sneg sneg sneg sneg 77fsqrts fsqrtd fsqrtx MONADIC ssqrt ssqrt ssqrt ssqrt ssqrt 78fadds faddd faddx DYADIC sadd 79fsubs fsubd fsubx DYADIC ssub 80fmuls fmuld fmulx DYADIC smul 81fdivs fdivd fdivx DYADIC sdiv 82