# Makefile for the Netwide Assembler under 16-bit DOS (aimed at Borland C) # # The Netwide Assembler is copyright (C) 1996 Simon Tatham and # Julian Hall. All rights reserved. The software is # redistributable under the licence given in the file "Licence" # distributed in the NASM archive. # # This makefile is made for compile NASM and NDISASM on a 16 bit dos # compiler like Microsoft C, or Borland C. This should work on all # verioson of Turbo C++ and Borland C++ from version 3.0 and upwords. # I'm not fully sure how it will handel on Microsoft C, but all the # switches are documented, and it shouldn't be a problem to change it # over. # # It does show a few of my preferances, like putting the OBJ files # in a seperat directory, but if you just set OBJD to '.', it will # drop them all in the current directory (though you still need to # make the directory it's self). # # Most everything is remarked, and explaned in full, it should be # easy to convert it to another compiler. I tried to make the devision # of information logical, and easy to follow. # # BEFORE YOU USE THIS MAKE FILE!!! # # Make sure the line below is set to the propper location of your standard # Libaries, if not you'll get some errors. Make sure to keep the trailing # backslash, as it's needed, and remeber to use \\ not \ as that will cause # some errors. # # Also inportant, if you get a DGROUP error when you compile NASM, remove # or comment out the 'NASMSize=l' line, and uncoment (remove the #) from the # NASMSize=h line. Then run 'make Clean' to delete the object files. Then run # make again to re-build NASM as huge. # # History: # 06/13/97: * Added the EXED varable for the location to put the EXE files. # * Because different versions of Borland and Turbo C have # different GROUPings for the DGROUP, some version, when you # compile NASM, you will get a DGROUP overflow error, making it # so NASM has to be compiled as huge. As this isn't a constant # through systems (and apperently some version of Borland, # compileing as huge causes some errors) the NASMSize verable # has been added to spicify what size of code you want to # compile as and defaults to large. # 06/16/97: * Added 'merge dupicate strings' to the options for compiles. NASMSize=l #Compile Nasm as Large #NASMSize=h #Compile Nasm as Huge LIB =c:\\tc\\lib\\ #location standard libaries OBJD=obj\\ #directory to put OBJ files in EXED=.\ #directory to put the EXE files. CC = tcc #compiler LINK = tlink #linker CCFLAGS = /d /c /O /A /m$(NASMSize) /n$(OBJD) #compiler flags for NASM #/d=merge dupicate strings #/c=compile only #/O=Optimise jumps #/A=ANSI standard C #/m$(NASMSize>=the model to use #/n$(OBJD)= put the OBJ files in the diectory given. DCCFLAGS = /d /c /O /A /mh /n$(OBJD) #compiler flags for NDISASM #/d=merge dupicate strings #/c=compile only #/O=Optimise jumps #/A=ANSI standard C #/mh=Model huge #/n$(OBJD)= put the OBJ files in the diectory given. #NOTE: Huge model is used, and the array in insnsd.c is large enough to #over size the d-group in large mode. LINKFLAGS = /c /x #linker flags #/c=case segnificance on symboles #/x=No map file at all LIBRARIES = #any libaries to add, out side of the standard libary EXE = .exe #executable file extention (keep the . as the start) OBJ = obj #OBJ file extention NASM_ASM=$(CC) $(CCFLAGS) $&.c #Command line for NASM DASM_ASM=$(CC) $(DCCFLAGS) $&.c #command line for NDISASM # NOTE: $& is used to create the file name, as it only gives the name it's # self, where as using $* would have give the full path of the file it # want's done. This becomes a problem if the OBJ files are in a seperate # directory, becuse it will then try to find the source file in the OBJ # dir. ################################################################ #The OBJ files that NASM is dependent on NASMOBJS = $(OBJD)nasm.$(OBJ) $(OBJD)nasmlib.$(OBJ) $(OBJD)float.$(OBJ) \ $(OBJD)insnsa.$(OBJ) $(OBJD)assemble.$(OBJ) $(OBJD)labels.$(OBJ) \ $(OBJD)parser.$(OBJ) $(OBJD)outform.$(OBJ) $(OBJD)preproc.$(OBJ) \ $(OBJD)listing.$(OBJ) $(OBJD)eval.$(OBJ) ################################################################ #The OBJ files that NDISASM is dependent on NDISASMOBJS = $(OBJD)ndisasm.$(OBJ) $(OBJD)disasm.$(OBJ) $(OBJD)sync.$(OBJ) \ $(OBJD)nasmlibd.$(OBJ) $(OBJD)insnsd.$(OBJ) ################################################################ #The OBJ file for the output formats. OUTOBJ= $(OBJD)outbin.$(OBJ) $(OBJD)outaout.$(OBJ) $(OBJD)outcoff.$(OBJ) \ $(OBJD)outelf.$(OBJ) $(OBJD)outobj.$(OBJ) $(OBJD)outas86.$(OBJ) \ $(OBJD)outrdf.$(OBJ) $(OBJD)outdbg.$(OBJ) ################################################################ # Build everything all : nasm$(EXE) ndisasm$(EXE) ################################################################ #NASM, NDISASM compile, I hope it's self explanitorie nasm$(EXE): $(NASMOBJS) $(OUTOBJ) $(LINK) $(LINKFLAGS) @&&^ #command for the linker $(LIB)c0$(NASMSize).obj $(NASMOBJS) $(OUTOBJ) #OBJ file list $(EXED)nasm$(EXE) #EXE file name # No need of a map file $(LIB)c$(NASMSize).lib $(LIBRARIES) #Libaries needed ^ ndisasm$(EXE): $(NDISASMOBJS) $(LINK) $(LINKFLAGS) @&&^ #command for the linker $(LIB)c0h.obj $(NDISASMOBJS) #OBJ file list $(EXED)ndisasm$(EXE) #EXE file name # No need of a map file $(LIB)ch.lib $(LIBRARIES) #Libaries needed ^ ################################################################ # Dependencies for all of NASM's obj files $(OBJD)assemble.$(OBJ): assemble.c nasm.h assemble.h insns.h $(NASM_ASM) $(OBJD)float.$(OBJ): float.c nasm.h $(NASM_ASM) $(OBJD)labels.$(OBJ): labels.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)listing.$(OBJ): listing.c nasm.h nasmlib.h listing.h $(NASM_ASM) $(OBJD)eval.$(OBJ): eval.c nasm.h nasmlib.h eval.h $(NASM_ASM) $(OBJD)nasm.$(OBJ): nasm.c nasm.h nasmlib.h parser.h assemble.h labels.h \ listing.h outform.h $(NASM_ASM) $(OBJD)nasmlib.$(OBJ): nasmlib.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)parser.$(OBJ): parser.c nasm.h nasmlib.h parser.h float.h names.c $(NASM_ASM) $(OBJD)preproc.$(OBJ): preproc.c macros.c preproc.h nasm.h nasmlib.h $(NASM_ASM) $(OBJD)insnsa.$(OBJ): insnsa.c nasm.h insns.h $(NASM_ASM) ################################################################ # Dependencies for all of NDISASM's obj files $(OBJD)disasm.$(OBJ): disasm.c nasm.h disasm.h sync.h insns.h names.c $(DASM_ASM) $(OBJD)ndisasm.$(OBJ): ndisasm.c nasm.h sync.h disasm.h $(DASM_ASM) $(OBJD)sync.$(OBJ): sync.c sync.h $(DASM_ASM) $(OBJD)insnsd.$(OBJ): insnsd.c nasm.h insns.h $(DASM_ASM) # This is a kludge from the word go, as we can't use the nasmlib.obj compiled # for NASM, as it's could be the wrong model size, so we have to compile it # again as huge to make sure. # # So as not to overwrite the nasmlib.obj for NASM (if it did, that # could cause all kinds of problems) it compiles it into nasmlibd.obj. # # the -o... switch tells it the name to compile the obj file to, right here # $(OBJD)nasmlibd.obj $(OBJD)nasmlibd.$(OBJ): nasmlib.c nasm.h nasmlib.h $(CC) $(DCCFLAGS) -o$(OBJD)nasmlibd.obj nasmlib.c ################################################################ # Dependencies for all of the output format's OBJ files $(OBJD)outas86.$(OBJ): outas86.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outaout.$(OBJ): outaout.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outbin.$(OBJ): outbin.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outcoff.$(OBJ): outcoff.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outdbg.$(OBJ): outdbg.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outelf.$(OBJ): outelf.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outobj.$(OBJ): outobj.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outrdf.$(OBJ): outrdf.c nasm.h nasmlib.h $(NASM_ASM) $(OBJD)outform.$(OBJ): outform.c outform.h nasm.h $(NASM_ASM) ################################################################ # A quick way to delete the OBJ files as well as the binaries. clean : del $(OBJD)*.obj del nasm$(EXE) del ndisasm$(EXE) # Makefile created by Fox Cutter --01/27/97