#

# $Id: makefile.win,v 1.16 2007/11/19 21:17:13 sfeam Exp $

#

# GNUPLOT Makefile for Borland C++ 3.1 Windows version

# and Win32 using Borland C++ 4 (or 5? --- 4.52 is known to work)

# or Borland C++ Builder 1 (newer versions may work as well)

#

# Cd to the 'src' directory, and 'make -f ../config/makefile.win'

# To compile for win32, pass option '-DWIN32=1' to 'make'.

#

# This makefile may need some editing before it can be used. Check

# BCC installation path, the WIN32 and RUNTIME_LIB flags, in particular.

#

# The compile and link includes debug flags. Take them out if you

# do not want them included (-y -v -M, /m /s /v /l)

#

# New 991003: WIN32=1 build makes the helpers (doc2rtf, bf_test) as Win32

# console applications, instead of plain DOS programs. This

# way, it also works with those compilers missing a DOS option.

#

# CAVEAT for the 16bit Windows (BC 3.1) version:

# You will also need to edit term.h to not include some of the

# terminal types which you are not going to use, otherwise you will get a

# message about too much global data defined in term.c. A working example

# is 'config/term_pc.h'.

# directory names, like for use with makefile.all:

T=..\\term\\

D=..\\docs\\

M=..\\demo\\

# where to place wgnuplot.hlp helpfile

HELPFILE = wgnuplot.hlp

# location of Borland C compiler

TC = e:\borl\cbuilder

# location of TLINK.EXE and BCC.EXE

BIN = $(TC)\bin\\

#The full path name of the help compiler. For BC++:

#HC = $(BIN)\hc

# this comes with C++ Builder 1.0 (but doesn't seem to work):

#HC = $(TC)\help\tools\hcw /c /e

# or you can use the 'help workshop' available directly from MS:

HC = h:\mssdk\bin\hcw /c/e

# WIN32=1 for Win32s or Win32 (--> '95 or NT)

# new: allow '-DWIN32=1' on make command line to take effect:

!if "$(WIN32)"==""

WIN32=0

!endif

# Uncomment _this_ for BC++ 4.52 (or others that give linker errors for

# the 'errno' variable)... :

#RUNTIME_LIBRARY=cw32.lib

# ... or this for more modern ones (like C++Builder 1.0) -- it's the

# properly multithreading one:

RUNTIME_LIBRARY=cw32mt.lib

!if $(WIN32)

# 32bit Windows compilation.

CC = bcc32

PROCESSOR_OPT =

DEFINE_HELPFILE = -DHELPFILE=\"$(HELPFILE)\"

# For BC++ 4.52, you may try this version with Pentium scheduling

# optimization. NB: bcc32a in 4.52 increased in bugginess quite

# a bit more than in program speed :-(

#CC = bcc32a

#PROCESSOR_OPT = -5

!else

# 16bit Windows compiler

CC = bcc

DEFINE_HELPFILE = -DHELPFILE="$(HELPFILE)"

!endif

# -c means don't link

# -ml means use large model (large code, large data)

# -M means produce link map

# -y means include line numbers for debugger

# -v means include debug info

# -w- means ignore warnings and do not report them

# -w-rvl ignore function must return a value error

# -Ff=128 means make data object > 128 FAR

# -W means window application

# -DREADLINE to use the history/line editing capability. If you want this

# capability add -DREADLINE to CFLAGS then add 'readline' to the /o

# section of the linker call.

!if $(WIN32)

CFLAGS = -c -W -M -G -y -v -w-rvl -w-use -w-par -w-aus -w-pro $(PROCESSOR_OPT) -I$(TC)\include -Iwin -DREADLINE=1 -DHAVE_STRNICMP -DWIN32 -DHAVE_STRERROR -DNO_GIH -DWIN32_LEAN_AND_MEAN -DPROTOTYPES -DHAVE_VFPRINTF -DHAVE_GETCWD -DHAVE_STPCPY -DUSE_MOUSE=1 -DWIN_IPC -DHAVE_STRINGIZE -DGP_MATHERR=_matherr -DGP_EXCEPTION=_exception -DHAVE_STRUCT_EXCEPTION_IN_MATH_H=1

CAUXFLAGS = -tWC -w-par -w-use -w-aus -f -N -M -y -v -d -I$(TC)\include -DWIN32 -DWINDOWS_NO_GUI -DHAVE_STRNICMP -DPROTOTYPES -DHAVE_STRINGIZE

!else

CFLAGS = -c -W -ml -w-par -w-use -w-aus -f -h -N -M -y -v -d -Ff=32 -I$(TC)\include -Iwin -DREADLINE=1 -zEGPFAR_DATA -DHAVE_STRNICMP -DMSDOS=1 -DNO_GIH -DPROTOTYPES -DHAVE_GETCWD -DHAVE_VFPRINTF -DNDEBUG -DHAVE_STRINGIZE

CAUXFLAGS = -ml -w-par -w-use -w-aus -f -N -M -y -v -d -I$(TC)\include -DMSDOS=1 -DHAVE_STRNICMP -DPROTOTYPES -DHAVE_VFPRINTF -DHAVE_STRINGIZE

!endif

OBJS = alloc.obj axis.obj binary.obj bitmap.obj color.obj command.obj contour.obj datafile.obj \

dynarray.obj eval.obj fit.obj gadgets.obj getcolor.obj graphics.obj graph3d.obj help.obj \

hidden3d.obj history.obj internal.obj interpol.obj matrix.obj misc.obj mouse.obj parse.obj \

plot.obj plot2d.obj plot3d.obj pm3d.obj readline.obj save.obj scanner.obj \

set.obj show.obj specfun.obj standard.obj stdfn.obj tables.obj tabulate.obj \

term.obj time.obj unset.obj util.obj util3d.obj variable.obj \

history.obj version.obj winmain.obj

DLLOBJS = gpexecute.obj wgnuplib.obj wtext.obj wmenu.obj wpause.obj wgraph.obj wprinter.obj

CSOURCE5 = $(T)aed.trm $(T)cgi.trm $(T)cgm.trm $(T)debug.trm \

$(T)dumb.trm $(T)dxy.trm \

$(T)eepic.trm $(T)epson.trm $(T)fig.trm $(T)hp26.trm \

$(T)hp2648.trm $(T)hpgl.trm $(T)hpljii.trm

CSOURCE6 = $(T)impcodes.h $(T)imagen.trm $(T)object.h \

$(T)kyo.trm $(T)latex.trm $(T)pbm.trm $(T)win.trm

CSOURCE7 = $(T)post.trm $(T)qms.trm $(T)regis.trm $(T)sun.trm \

$(T)t410x.trm $(T)tek.trm $(T)unixpc.trm $(T)unixplot.trm \

$(T)v384.trm $(T)x11.trm

CSOURCE8 = contour.c specfun.c binary.c interpol.obj

WINDOWS = makefile.win makefile.msw README.win win\wcommon.h \

win\wgnuplib.c win\wgnuplib.def win\wgnuplib.h win\wgnuplib.rc\

win\wgnuplot.def win\wgnuplot.hpj win\wgnuplot.mnu win\wgnuplot.rc \

win\wgraph.c win\winmain.c win\wmenu.c win\wpause.c \

win\wprinter.c win\wresourc.h win\wtext.c win\wtext.h \

win\geticon.c $(D)doc2rtf.c $(T)win.trm win\wgnupl32.def

!if $(WIN32)

all: wgnupl32.exe $(HELPFILE) wgnuplot.mnu $(M)bf_test.exe

!else

all: wgnuplot.exe wgnuplot.dll $(HELPFILE) wgnuplot.mnu $(M)bf_test.exe

!endif

wgnuplot.exe: $(OBJS) win\wgnuplot.def win\wgnuplot.rc winmain.obj wgnuplot.lib

# $(BIN)tlink /Twe /c @&&!

$(BIN)tlink /Twe /c /s /v /l @&&!

$(TC)\lib\C0Wl +

bitmap command eval graphics graph3d help internal misc parse +

plot plot2d plot3d scanner set show specfun standard stdfn term util version contour +

binary interpol variable +

axis gadgets color getcolor pm3d mouse +

winmain +

readline history +

fit matrix datafile alloc util3d hidden3d dynarray time +

,wgnuplot,wgnuplot, +

wgnuplot.lib +

$(TC)\lib\import +

$(TC)\lib\mathwl +

$(TC)\lib\cwl, +

win\wgnuplot.def

!

$(BIN)brc -30 -k -i$(TC)\include win\wgnuplot.rc wgnuplot.exe

# gnuplot.opt contains a list of the 'core' files, in case that's of

# any use...

wgnupl32.exe: $(OBJS) $(DLLOBJS) win\wgnupl32.def wgnupl32.res winmain.obj

# $(BIN)tlink32 /Tpe /c @&&!

$(BIN)tlink32 /Tpe /c /m /s /v @&&!

$(TC)\lib\C0W32 +

bitmap command eval graphics graph3d help internal misc parse +

plot plot2d plot3d scanner set show specfun standard stdfn term util version contour +

wgnuplib wtext wmenu wpause wgraph wprinter gpexecute +

binary interpol +

axis gadgets color getcolor pm3d mouse +

winmain +

readline history +

fit matrix datafile alloc util3d hidden3d dynarray time +

save unset variable tables +

,wgnupl32,wgnupl32, +

$(TC)\lib\import32 +

$(TC)\lib\$(RUNTIME_LIBRARY), +

win\wgnupl32.def, wgnupl32.res

!

wgnupl32.res: win\wgnuplot.rc win\wgnuplib.rc

$(BIN)brcc32 -DWIN32 -i$(TC)\include -r -fowgnupl32 win\wgnuplot.rc

# default rules

.c.obj:

$(BIN)$(CC) @&&!

$(CFLAGS)

! $<

# rules

bitmap.obj: bitmap.c bitmap.h plot.h

command.obj: command.c plot.h setshow.h fit.h

$(BIN)$(CC) $(DEFINE_HELPFILE) @&&!

$(CFLAGS)

! command.c

contour.obj: contour.c plot.h

eval.obj: eval.c plot.h

graphics.obj: graphics.c plot.h setshow.h

graph3d.obj: graphics.c plot.h setshow.h

fit.obj: fit.c fit.h matrix.h plot.h

matrix.obj: matrix.c matrix.h fit.h

internal.obj: internal.c plot.h

misc.obj: misc.c plot.h setshow.h

parse.obj: parse.c plot.h

$(BIN)$(CC) @&&!

$(CFLAGS)

! parse.c

plot.obj: plot.c plot.h setshow.h

$(BIN)$(CC) @&&!

$(CFLAGS)

! plot.c

hidden3d.obj: hidden3d.c plot.h setshow.h

plot3d.obj: plot3d.c plot.h setshow.h

plot2d.obj: plot2d.c plot.h setshow.h

readline.obj: readline.c plot.h

scanner.obj: scanner.c plot.h

set.obj: set.c plot.h setshow.h

show.obj: show.c plot.h setshow.h

$(BIN)$(CC) $(DEFINE_HELPFILE) @&&!

$(CFLAGS)

! show.c

specfun.obj: specfun.c

standard.obj: standard.c plot.h

stdfn.obj: stdfn.c stdfn.h

interpol.obj: interpol.c plot.h setshow.h

tabulate.obj: tabulate.c tabulate.h alloc.h axis.h graphics.h graph3d.h plot3d.h

term.obj: term.c term.h plot.h set.c show.c bitmap.h $(CSOURCE5) $(CSOURCE6) $(CSOURCE7) win\wgnuplib.h

$(BIN)$(CC) @&&!

$(CFLAGS)

! $(TERMFLAGS) -I$(T) -I. term.c

util.obj: util.c plot.h

util3d.obj: util3d.c plot.h setshow.h

variable.obj: variable.c plot.h variable.h

version.obj: version.c

winmain.obj: win\winmain.c win\wgnuplib.h win\wtext.h plot.h

$(BIN)$(CC) $(DEFINE_HELPFILE) @&&!

$(CFLAGS)

! win\winmain.c

wgnuplot.mnu: win\wgnuplot.mnu

copy win\wgnuplot.mnu wgnuplot.mnu

# different compiler options for DLL's */

!if $(WIN32)

DLLCC = $(BIN)$(CC) -DWIN32 -c -M -y -v -WE -I$(TC)\include -Iwin -DPROTOTYPES -DUSE_MOUSE=1 -DWIN_IPC -DHAVE_STRINGIZE

!else

DLLCC = $(BIN)$(CC) -c -WD -ms! -w-par -f -M -y -v -w -N -I$(TC)\include -Iwin

!endif

wgnuplot.lib: wgnuplot.dll

$(BIN)implib wgnuplot.lib wgnuplot.dll

wgnuplot.dll: $(DLLOBJS) win/wgnuplib.def win/wgnuplib.rc

$(BIN)tlink /c /n /Twd /L$(TC)\lib /m /s /v /l @&&!

c0ds +

wgnuplib wtext wmenu wpause wgraph wprinter, +

wgnuplot.dll, +

wgnuplib.map, +

import mathws cws, +

win\wgnuplib.def

!

$(BIN)brc -30 -i$(TC)\include -t win\wgnuplib.rc wgnuplot.dll

wgnuplib.obj: win/wgnuplib.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wgnuplib.c

wmenu.obj: win/wmenu.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wmenu.c

wtext.obj: win/wtext.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wtext.c

wpause.obj: win/wpause.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wpause.c

wprinter.obj: win/wprinter.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wprinter.c

wgraph.obj: win/wgraph.c win/wgnuplib.h win/wcommon.h win/wresourc.h

$(DLLCC) win/wgraph.c

# convert gnuplot.doc to gnuplot.rtf

$(HELPFILE): win\gnuplot.rtf

$(HC) win\wgnuplot.hpj

-copy win\wgnuplot.hlp $(HELPFILE)

win\gnuplot.rtf: doc2rtf.exe $(D)gnuplot.doc win\wgnuplot.hpj

doc2rtf $(D)gnuplot.doc win\gnuplot.rtf

doc2rtf.exe: $(D)doc2rtf.c $(D)termdoc.c $(D)xref.c $(CSOURCE5) $(CSOURCE6) $(CSOURCE7)

$(BIN)$(CC) -edoc2rtf.exe @&&!

-D_Windows

-w-pro

$(CAUXFLAGS)

-I. -I$(T) -I$(D)

! $(D)doc2rtf.c $(D)termdoc.c $(D)xref.c

# make binary demo files

$(M)bf_test.exe: bf_test.c dbinary.obj dalloc.obj

$(BIN)$(CC) -e$(M)bf_test.exe @&&!

-L$(TC)\lib

$(CAUXFLAGS)

! bf_test.c dbinary.obj dalloc.obj

cd ..\demo

bf_test

cd ..\src

dalloc.obj: alloc.c

$(BIN)$(CC) -c @&&!

$(CAUXFLAGS)

! -odalloc.obj alloc.c

dbinary.obj: binary.c

$(BIN)$(CC) -c @&&!

$(CAUXFLAGS)

! -odbinary.obj binary.c

# clean up temporary files

clean:

del *.obj

del win\*.obj

del wgnuplot.map

del win\wgnuplot.res

del wgnupl32.map

del wgnupl32.res

del win\gnuplot.rtf

del doc2rtf.map

del doc2rtf.exe

del win\wgnuplib.res

del wgnuplib.map

del wgnuplot.lib

del bf_test.map

del $(M)bf_test.exe

del $(M)bf_test.map

realclean: veryclean

veryclean: clean

del wgnuplot.exe

del wgnuplot.hlp

del win\wgnuplot.hlp

-attrib -h wgnuplot.gid

del wgnuplot.gid

del wgnuplot.mnu

del wgnuplot.dll

del wgnupl32.exe

del $(M)binary1

del $(M)binary2

del $(M)binary3

del $(M)fit.log

del $(M)soundfit.par