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https://github.com/netwide-assembler/nasm.git
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169 lines
6.1 KiB
Makefile
169 lines
6.1 KiB
Makefile
# Makefile for the Netwide Assembler under 16-bit DOS
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#
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# The Netwide Assembler is copyright (C) 1996 Simon Tatham and
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# Julian Hall. All rights reserved. The software is
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# redistributable under the licence given in the file "Licence"
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# distributed in the NASM archive.
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#
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# This Makefile is designed to build NASM using a 16-bit DOS C
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# compiler such as Microsoft C, provided you have a compatible MAKE.
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# It's been tested with Microsoft C 5.x plus Borland Make. (Yes, I
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# know it's silly, but...)
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# update: MSC 5.1 will not compile 'nasmlib.c' (arg lists don't match)
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# MSC 6.00A will not compile 'insnsa.c' (qcl is required)
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# MSC 7.00 will compile all
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#
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# GNU software compiled by DJGPP is also required:
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#
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# grep 2.4
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# perl 5.6.1
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#
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# Source and DOS/Windows binaries may be downloaded from:
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#
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# ftp://ftp.simtel.net/pub/simtelnet/gnu/djgpp/v2gnu/
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#
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# Compilation has been tested under Windows 98 & Windows 2000
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# MSC 7.00 & DJGPP applications require a DPMI interface, which is
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# a part of MSC 7.00 under DOS. It is also a part of Windows.
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#
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#
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# For a 16-bit compiler, we don't need all the formats
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#
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CONFIG = -DOF_ONLY -DOF_BIN -DOF_OBJ -DOF_WIN32 -DOF_AS86
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#CC = cl /c /O /AL /Gt
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# Compile for a 286, ain't nobody using an 8086 anymore
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CC = cl /c /Oz /AL /Gt256 /G2 /I.. # MSC 7.00
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#QCL = qcl /c /AL /Gt
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QCL = $(CC) # MSC 7.00
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LINK = link
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LINKFLAGS = /F4000 /Fm
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LIBRARIES =
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EXE = .exe#
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OBJ = obj#
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.c.$(OBJ):
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$(CC) $(CONFIG) /Fo$@ $*.c
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NASMOBJS1 = nasm.$(OBJ) nasmlib.$(OBJ) float.$(OBJ) insnsa.$(OBJ) \
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assemble.$(OBJ) labels.$(OBJ) parser.$(OBJ) outform.$(OBJ)
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NASMOBJS2 = output\outbin.$(OBJ) output\outaout.$(OBJ) output\outcoff.$(OBJ)
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NASMOBJS3 = output\outelf.$(OBJ) output\outobj.$(OBJ) output\outas86.$(OBJ)
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NASMOBJS4 = output\outrdf.$(OBJ) output\outrdf2.$(OBJ) output\outieee.$(OBJ)
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NASMOBJS5 = output\outdbg.$(OBJ) preproc.$(OBJ) listing.$(OBJ) eval.$(OBJ)
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NASMOBJS = $(NASMOBJS1) $(NASMOBJS2) $(NASMOBJS3) $(NASMOBJS4) $(NASMOBJS5)
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NDISASMOBJS = ndisasm.$(OBJ) disasm.$(OBJ) sync.$(OBJ) nasmlib.$(OBJ) \
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insnsd.$(OBJ)
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all : nasm$(EXE) ndisasm$(EXE)
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# We have to have a horrible kludge here to get round the 128 character
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# limit, as usual...
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LINKOBJS = a*.obj e*.obj f*.obj insnsa.obj l*.obj na*.obj o*.obj p*.obj
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nasm$(EXE): $(NASMOBJS)
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echo $(NASMOBJS1) + >foo
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echo $(NASMOBJS2) + >>foo
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echo $(NASMOBJS3) + >>foo
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echo $(NASMOBJS4) + >>foo
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echo $(NASMOBJS5) >> foo
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$(LINK) /st:4096 @foo,nasm;
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ndisasm$(EXE): $(NDISASMOBJS)
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$(LINK) $(NDISASMOBJS), ndisasm;
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output\version.h: version.h
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copy version.h output
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output\nasm.h: nasm.h
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copy nasm.h output
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output\insnsi.h: insnsi.h
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copy insnsi.h output
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output\nasmlib.h: nasmlib.h
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copy nasmlib.h output
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output\outform.h: outform.h
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copy outform.h output
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assemble.$(OBJ): assemble.c nasm.h version.h insnsi.h assemble.h insns.h
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disasm.$(OBJ): disasm.c nasm.h version.h insnsi.h disasm.h sync.h insns.h names.c insnsn.c
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eval.$(OBJ): eval.c eval.h nasm.h version.h insnsi.h nasmlib.h
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float.$(OBJ): float.c nasm.h version.h insnsi.h
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labels.$(OBJ): labels.c nasm.h version.h insnsi.h nasmlib.h
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listing.$(OBJ): listing.c nasm.h version.h insnsi.h nasmlib.h listing.h
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nasm.$(OBJ): nasm.c nasm.h insnsi.h nasmlib.h parser.h assemble.h labels.h \
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listing.h outform.h version.h
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nasmlib.$(OBJ): nasmlib.c nasm.h insnsi.h nasmlib.h names.c insnsn.c version.h
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ndisasm.$(OBJ): ndisasm.c nasm.h version.h insnsi.h sync.h disasm.h
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outform.$(OBJ): outform.c outform.h nasm.h version.h insnsi.h
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output\outas86.$(OBJ): output\outas86.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outaout.$(OBJ): output\outaout.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outbin.$(OBJ): output\outbin.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outcoff.$(OBJ): output\outcoff.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outdbg.$(OBJ): output\outdbg.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outelf.$(OBJ): output\outelf.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outobj.$(OBJ): output\outobj.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outrdf.$(OBJ): output\outrdf.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outrdf2.$(OBJ): output\outrdf2.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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output\outieee.$(OBJ): output\outieee.c output\nasm.h output\insnsi.h output\nasmlib.h output\outform.h output\version.h
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parser.$(OBJ): parser.c nasm.h version.h insnsi.h nasmlib.h parser.h float.h names.c insnsn.c
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preproc.$(OBJ): preproc.c macros.c preproc.h nasm.h version.h insnsi.h nasmlib.h
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sync.$(OBJ): sync.c sync.h
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# These files contains all the standard macros that are derived from
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# the version number.
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version.h: version version.pl
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perl version.pl h < version > version.h
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version.mac: version version.pl
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perl version.pl mac < version > version.mac
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# This source file is generated from the standard macros file
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# `standard.mac' by another Perl script. Again, it's part of the
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# standard distribution.
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macros.c: macros.pl standard.mac version.mac
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perl macros.pl standard.mac version.mac
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insnsa.c insnsd.c insnsi.h insnsn.c: insns16.dat insns.pl
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perl insns.pl insns16.dat
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insns16.dat: insns.dat
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grep -v WILLAMETTE insns.dat | grep -v KATMAI | grep -v SSE | \
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grep -v MMX | grep -v 3DNOW | grep -v UNDOC >insns16.dat
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# Another grotty hack: QC is less likely to run out of memory than
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# CL proper; and we don't need any optimisation in these modules
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# since they're just data.
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insnsa.$(OBJ): insnsa.c nasm.h version.h insnsi.h insns.h
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$(QCL) insnsa.c
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insnsd.$(OBJ): insnsd.c nasm.h version.h insnsi.h insns.h
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$(QCL) insnsd.c
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tidy:
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del output\*.h
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del *.$(OBJ)
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del output\*.$(OBJ)
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clean : tidy
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del nasm$(EXE)
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del ndisasm$(EXE)
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spotless: clean
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del insns16.dat
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del insnsa.c
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del insnsd.c
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del insnsi.h
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del insnsn.c
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del version.h
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