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# WMAKE makefile for 16 bit MSDOS or 32 bit DOS extender (PMODE/W or DOS/4GW)
# using Watcom C/C++ v11.0+, by Paul Kienitz, last revised 29 Sep 97. Makes
# UnZip.exe, fUnZip.exe, and UnZipSFX.exe.
#
# Invoke from UnZip source dir with "WMAKE -F MSDOS\MAKEFILE.WAT [targets]".
# To make the PMODE/W version use "WMAKE PM=1 ..."
# To make the DOS/4GW version use "WMAKE GW=1 ..." (overrides PM=1)
# Note: specifying PM or GW without NOASM requires that the win32 source
# directory be present, so it can access the 32 bit assembly source.
# PMODE/W is recommended over DOS/4GW for best performance.
# To build with debug info use "WMAKE DEBUG=1 ..."
# To build with no assembly modules use "WMAKE NOASM=1 ..."
# To support unshrinking and unreducing use "WMAKE LAWSUIT=1 ..."
#
# Other options to be fed to the compiler can be specified in an environment
# variable called LOCAL_UNZIP.
variation = $(%LOCAL_UNZIP)
# Stifle annoying "Delete this file?" questions when errors occur:
.ERASE
.EXTENSIONS:
.EXTENSIONS: .exe .obj .obx .c .h .asm
# We maintain multiple sets of object files in different directories so that
# we can compile msdos, dos/4gw, and win32 versions of UnZip without their
# object files interacting. The following var must be a directory name
# ending with a backslash. All object file names must include this macro
# at the beginning, for example "$(O)foo.obj".
!ifdef GW
PM = 1 # both protected mode formats use the same object files
!endif
!ifdef DEBUG
! ifdef PM
O = od32d\ # comment here so backslash won't continue the line
! else
O = od16d\ # ditto
! endif
!else
! ifdef PM
O = ob32d\ # ditto
! else
O = ob16d\ # ditto
! endif
!endif
!ifdef LAWSUIT
cvars = $+$(cvars)$- -DUSE_SMITH_CODE -DUSE_UNSHRINK
avars = $+$(avars)$- -DUSE_SMITH_CODE -DUSE_UNSHRINK
# "$+$(foo)$-" means expand foo as it has been defined up to now; normally,
# this Make defers inner expansion until the outer macro is expanded.
!endif
# The assembly hot-spot code in crc_i[3]86.asm is optional. This section
# controls its usage.
!ifdef NOASM
crcob = $(O)crc32.obj
crcox = $(O)crc32.obx
!else # !NOASM
cvars = $+$(cvars)$- -DASM_CRC
! ifdef PM
crcob = $(O)crc_i386.obj
crcox = $(O)crc_i386.obx
crc_s = win32\crc_i386.asm # requires that the win32 directory be present
! else
crcob = $(O)crc_i86.obj
crcox = $(O)crc_i86.obx
crc_s = msdos\crc_i86.asm
! endif
!endif
# Our object files: OBJA/OBJB is for UnZip, OBJX for UnZipSFX, OBJF for fUnZip:
OBJA1 = $(O)unzip.obj $(crcob) $(O)crctab.obj $(O)crypt.obj $(O)envargs.obj
OBJA = $(OBJA1) $(O)explode.obj $(O)extract.obj $(O)fileio.obj $(O)globals.obj
OBJB2 = $(O)inflate.obj $(O)list.obj $(O)match.obj $(O)process.obj $(O)ttyio.obj
OBJB = $(OBJB2) $(O)unreduce.obj $(O)unshrink.obj $(O)zipinfo.obj $(O)msdos.obj
OBJX2 = $(O)unzip.obx $(crcox) $(O)crctab.obx $(O)crypt.obx $(O)extract.obx
OBJX1 = $(OBJX2) $(O)fileio.obx $(O)globals.obx $(O)inflate.obx $(O)match.obx
OBJX = $(OBJX1) $(O)process.obx $(O)ttyio.obx $(O)msdos.obx
OBJF1 = $(O)funzip.obj $(crcox) $(O)cryptf.obj $(O)globalsf.obj
OBJF = $(OBJF1) $(O)inflatef.obj $(O)ttyio.obx
# fUnZip uses $(crcox) and $(O)ttyio.obx because they're small-model.
# Common header files included by all C sources:
UNZIP_H = unzip.h unzpriv.h globals.h msdos\doscfg.h
# Now we have to pick out the proper compiler and options for it. This gets
# pretty complicated with the PM, GW, DEBUG, and NOASM options...
link = wlink
asm = wasm
!ifdef PM
cc = wcc386
# Use Pentium Pro timings, flat memory, static strings in code, max strictness:
cflags = -bt=DOS -mf -6r -zt -zq -wx
aflags = -bt=DOS -mf -3 -zq
cflagx = $(cflags)
aflagx = $(aflags)
! ifdef GW
lflags = sys DOS4G
! else
# THIS REQUIRES THAT PMODEW.EXE BE FINDABLE IN THE COMMAND PATH.
# It does NOT require you to add a pmodew entry to wlink.lnk or wlsystem.lnk.
defaultlibs = libpath %WATCOM%\lib386 libpath %WATCOM%\lib386\dos
lflags = format os2 le op osname='PMODE/W' op stub=pmodew.exe $(defaultlibs)
! endif
!else # plain 16-bit DOS:
cc = wcc
# Use plain 8086 code, medium memory, static strings in code, max strictness:
cflags = -bt=DOS -mm -0 -zt -zq -wx
aflags = -bt=DOS -mm -0 -zq
# for UnZipSFX and fUnZip, use the small memory model:
cflagx = -bt=DOS -ms -0 -zt -zq -wx
aflagx = -bt=DOS -ms -0 -zq
lflags = sys DOS
!endif # !PM
cvars = $+$(cvars)$- -DMSDOS $(variation)
avars = $+$(avars)$- $(variation)
# Specify optimizations, or a nonoptimized debugging version:
!ifdef DEBUG
cdebug = -od -d2
cdebux = -od -d2
ldebug = d w all op symf
!else
! ifdef PM
cdebug = -s -obhikl+rt -oe=100 -zp8
# -oa helps slightly but might be dangerous.
! else
cdebug = -s -oehiklrt
! endif
cdebux = -s -obhiklrs
ldebug = op el
!endif
# How to compile sources:
.c.obx:
$(cc) $(cdebux) $(cflagx) $(cvars) -DSFX $[@ -fo=$@
.c.obj:
$(cc) $(cdebug) $(cflags) $(cvars) $[@ -fo=$@
# Here we go! By default, make all targets, except no UnZipSFX for PMODE:
!ifdef PM
all: UnZip.exe fUnZip.exe
!else
all: UnZip.exe fUnZip.exe UnZipSFX.exe
!endif
# Convenient shorthand options for single targets:
u: UnZip.exe .SYMBOLIC
f: fUnZip.exe .SYMBOLIC
x: UnZipSFX.exe .SYMBOLIC
UnZip.exe: $(OBJA) $(OBJB)
set WLK_VA=file {$(OBJA)}
set WLK_VB=file {$(OBJB)}
$(link) $(lflags) $(ldebug) name $@ @WLK_VA @WLK_VB
set WLK_VA=
set WLK_VB=
# We use WLK_VA/WLK_VB to keep the size of each command under 256 chars.
UnZipSFX.exe: $(OBJX)
set WLK_VX=file {$(OBJX)}
$(link) $(lflags) $(ldebug) name $@ @WLK_VX
set WLK_VX=
fUnZip.exe: $(OBJF)
set WLK_VF=file {$(OBJF)}
$(link) $(lflags) $(ldebug) name $@ @WLK_VF
set WLK_VF=
# Source dependencies:
# for UnZip ...
$(O)crc32.obj: crc32.c $(UNZIP_H) zip.h
$(O)crctab.obj: crctab.c $(UNZIP_H) zip.h
$(O)crypt.obj: crypt.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(O)envargs.obj: envargs.c $(UNZIP_H)
$(O)explode.obj: explode.c $(UNZIP_H)
$(O)extract.obj: extract.c $(UNZIP_H) crypt.h
$(O)fileio.obj: fileio.c $(UNZIP_H) crypt.h ttyio.h ebcdic.h
$(O)globals.obj: globals.c $(UNZIP_H)
$(O)inflate.obj: inflate.c inflate.h $(UNZIP_H)
$(O)list.obj: list.c $(UNZIP_H)
$(O)match.obj: match.c $(UNZIP_H)
$(O)process.obj: process.c $(UNZIP_H)
$(O)ttyio.obj: ttyio.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(O)unreduce.obj: unreduce.c $(UNZIP_H)
$(O)unshrink.obj: unshrink.c $(UNZIP_H)
$(O)unzip.obj: unzip.c $(UNZIP_H) crypt.h version.h consts.h
$(O)zipinfo.obj: zipinfo.c $(UNZIP_H)
# for UnZipSFX ...
$(O)crc32.obx: crc32.c $(UNZIP_H) zip.h
$(O)crctab.obx: crctab.c $(UNZIP_H) zip.h
$(O)crypt.obx: crypt.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(O)extract.obx: extract.c $(UNZIP_H) crypt.h
$(O)fileio.obx: fileio.c $(UNZIP_H) crypt.h ttyio.h ebcdic.h
$(O)globals.obx: globals.c $(UNZIP_H)
$(O)inflate.obx: inflate.c inflate.h $(UNZIP_H)
$(O)match.obx: match.c $(UNZIP_H)
$(O)process.obx: process.c $(UNZIP_H)
$(O)ttyio.obx: ttyio.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(O)unzip.obx: unzip.c $(UNZIP_H) crypt.h version.h consts.h
# Special case object files:
$(O)msdos.obj: msdos\msdos.c $(UNZIP_H)
$(cc) $(cdebug) $(cflags) $(cvars) msdos\msdos.c -fo=$@
$(O)msdos.obx: msdos\msdos.c $(UNZIP_H)
$(cc) $(cdebux) $(cflagx) $(cvars) -DSFX msdos\msdos.c -fo=$@
!ifndef NOASM
$(crcob): $(crc_s)
$(asm) $(aflags) $(avars) $(crc_s) -fo=$@
$(crcox): $(crc_s)
$(asm) $(aflagx) $(avars) $(crc_s) -fo=$@
!endif
# Variant object files for fUnZip, using $(cflagx):
$(O)funzip.obj: funzip.c $(UNZIP_H) crypt.h ttyio.h tables.h
$(cc) $(cdebux) $(cflagx) $(cvars) funzip.c -fo=$@
$(O)cryptf.obj: crypt.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(cc) $(cdebux) $(cflagx) $(cvars) -DFUNZIP crypt.c -fo=$@
$(O)globalsf.obj: globals.c $(UNZIP_H)
$(cc) $(cdebux) $(cflagx) $(cvars) -DFUNZIP globals.c -fo=$@
$(O)inflatef.obj: inflate.c inflate.h $(UNZIP_H) crypt.h
$(cc) $(cdebux) $(cflagx) $(cvars) -DFUNZIP inflate.c -fo=$@
$(O)ttyiof.obj: ttyio.c $(UNZIP_H) zip.h crypt.h ttyio.h
$(cc) $(cdebux) $(cflagx) $(cvars) -DFUNZIP ttyio.c -fo=$@
# Unwanted file removal:
clean: .SYMBOLIC
!ifdef PM
del ob32d\*.ob?
!else
del ob16d\*.ob?
!endif
cleaner: clean .SYMBOLIC
del UnZip.exe
del fUnZip.exe
del UnZipSFX.exe
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