#############################################################################
#
# The make process relies on the creation of DLL and library response file  #
# creation.  To control the location of object modules the following should #
# be defined:                                                               #
#                                                                           #
#     IMPOBJS - A list of object modules that should appear in the DLL      #
#               import library.                                             #
#                                                                           #
#        OBJS - If a DLL is build, this is a list of the object modules     #
#               that are linked into the DLL.  If building a library, this  #
#               is the list of object modules that goes into the library.   #
#                                                                           #
# The building of miscellaneous object modules and libraries is controlled  #
# by the list of files in the MISC variable.                                #
#                                                                           #
#############################################################################

#############################################################################
# Build the object module lists.                                            #
#############################################################################
!if $(OS) != DPMI16
    MATHOBJS =           \
	    matherrl.obj \
	    matherr.obj  \
	    pow10d.obj   \
	    pow10l.obj   \
	    _matherl.obj \
	    _matherr.obj \
	    acosasin.obj \
	    acossinl.obj \
	    atan2.obj    \
	    atan2l.obj   \
	    ceil.obj     \
	    ceill.obj    \
	    cos.obj      \
	    cosh.obj     \
	    coshl.obj    \
	    cosl.obj     \
	    exp.obj      \
	    expl.obj     \
	    floor.obj    \
	    floorl.obj   \
	    fmod.obj     \
	    fmodl.obj    \
	    frexp.obj    \
	    frexpl.obj   \
	    hypot.obj    \
	    ldexp.obj    \
	    ldexpl.obj   \
	    log.obj      \
	    log10.obj    \
	    log10l.obj   \
	    logl.obj     \
	    modf.obj     \
	    modfl.obj    \
	    poly.obj     \
	    pow.obj      \
	    powl.obj     \
	    sin.obj      \
	    sinh.obj     \
	    sinhl.obj    \
	    sinl.obj     \
	    sqrt.obj     \
	    sqrtl.obj    \
	    tan.obj      \
	    tanh.obj     \
	    tanhl.obj    \
	    tanl.obj     \
	    _pow10.obj

    MATHAUXOBJS=         \
	    atof.obj     \
	    atold.obj    \
	    difftime.obj \
	    efcvt.obj    \
	    gcvt.obj     \
	    hugeval.obj  \
	    mathwhy.obj  \
	    strtod.obj   \
	    atan.obj     \
	    atanl.obj    \
	    clear87.obj  \
	    ctrl87.obj   \
	    expld.obj    \
	    fabs.obj     \
	    fabsl.obj    \
	    hypotl.obj   \
	    ldtrunc.obj  \
	    polyl.obj    \
	    realcvt2.obj \
	    round.obj    \
	    scantod2.obj \
	    stat87.obj   \
	    xcvt.obj

!   if $(OS) == WIN16
	MATHAUXOBJS =                \
		      $(MATHAUXOBJS) \
		      fbstp.obj      \
		      wintrans.obj

!   else
	MATHOBJS =               \
		     $(MATHOBJS) \
		     fperr.obj   \
		     fpreset.obj
!   endif

!   if !$d(DLL)
	MATHMISC =               \
		     emuvars.obj \
		     flags87.obj
!   endif

    MATHMISC =          \
	    $(MATHMISC) \
	    fftol.obj   \
	    nftol.obj

!   if $d(DLL)
	IMPOBJS  = $(MATHAUXOBJS) $(MATHMISC)
	OBJS     = $(MATHOBJS)
!   else
	MATHOBJS = $(MATHAUXOBJS) $(MATHOBJS) $(MATHMISC)
!   endif

!   if !$d(DLL)
!       if $(OS) == DOS
	    MISC =                   \
		   math$(MODEL).lib
!       else
	    MISC =                   \
		   mathw$(MODEL).lib
!       endif
!   endif
!else
    OBJS =            \
	    $(OBJS)   \
	    fperr.obj
!endif

#############################################################################
# Configure the environment appropriately.                                  #
#############################################################################
CCSFX = -D__NO_INTRINSICS__ -Z

!if $(OS) == DOS
    CCPFX = -k
!endif

TASMCFG = 1        # Force tasm.cfg creation
NOOPT   = 1        # Suppress optimizations

!include rules.mak

ASM = $(ASM) -I$(SRCBASE)\emu

#############################################################################
# MISC explicit rules.                                                      #
#############################################################################
math$(MODEL).lib : $(MATHOBJS)
    makersp "-+%s &\n" &&|
	    $?
|   >> $(LIBDIR)\math.rsp
    $(TLIB) $(LIBDIR)\$& @$(LIBDIR)\math.rsp, $(LIBDIR)\temp.lst
    if exist $(LIBDIR)\$&.bak del $(LIBDIR)\$&.bak
    del $(LIBDIR)\temp.lst
    del $(LIBDIR)\math.rsp

mathw$(MODEL).lib : $(MATHOBJS)
    makersp "-+%s &\n" &&|
	    $?
|   >> $(LIBDIR)\math.rsp
    $(TLIB) $(LIBDIR)\$& @$(LIBDIR)\math.rsp, $(LIBDIR)\temp.lst
    if exist $(LIBDIR)\$&.bak del $(LIBDIR)\$&.bak
    del $(LIBDIR)\temp.lst
    del $(LIBDIR)\math.rsp

ASMOPTS = -m -mx -q -t -I$(INCLBASE)\rtlinc\common16 -D__COMPACT__ -D__BSS__

!if $(OS) == WIN16
    ASMOPTS = $(ASMOPTS) -D_WINDOWS -D_Windows -o
!endif

!if $(MODEL) == s || $(MODEL) == m
    LDATA = 0
!else
    LDATA = 1
!endif

emuvars.obj : emuvars.asm
	echo $(ASMOPTS) > tasm.cfg
	$(ASM) -DLDATA=$(LDATA) $&,$(OBJDIR)\$.
	del tasm.cfg

fftol.obj : ftol.asm
	echo $(ASMOPTS) > tasm.cfg
	$(ASM) -DFCall ftol, $(OBJDIR)\$.
	del tasm.cfg

flags87.obj : flags87.asm
	echo $(ASMOPTS) > tasm.cfg
	$(ASM) $&, $(OBJDIR)\$.
	del tasm.cfg

nftol.obj : ftol.asm
	echo $(ASMOPTS) > tasm.cfg
	$(ASM) -DNCall ftol, $(OBJDIR)\$.
	del tasm.cfg