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CLISP using WATCOM enhancements
- To: clisp-list@ma2s2.mathematik.uni-karlsruhe.de
- Subject: CLISP using WATCOM enhancements
- From: blake@netcom.com (Blake McBride)
- Date: Wed, 13 Apr 1994 21:31:47 -0700 (PDT)
I have compiled the latest CLISP (1994-01-25) with the WATCOM 9.5
compiler and in the process fixed a couple of problems and thought
others may be interested. The following enumerates the problems
fixed:
1. The doswatcom/makefile had control characters substituted where
the backslash was used and was a little out of date. It was updated
and corrected.
2. Compiler options were changed to increase the resultant executable
speed. Mainly structure packing was turned off and inlining was turned
on.
3. The previous port to WATCOM wouldn't run with virtual memory or in
a DOS box under Windows 3.1. This was because under either of those
conditions the dos extender would set the most significant bit of
all malloc'ed space. The problem was fixed by modifing a few macros
in lispbibl.d.
The diffs to lispbibl.d follow with the complete doswatcom/makefile
thereafter.
Questions or comments may be sent to blake@netcom.com
*** src/lispbibl.org Tue Apr 12 21:37:08 1994
--- src/lispbibl.d Wed Apr 13 20:10:16 1994
***************
*** 2489,2494 ****
--- 2489,2495 ----
|| (defined(I80Z86) && \
(!defined(UNIX_SYSV_UHC_2) && \
!defined(UNIX_SYSV_UHC_1) && \
+ !defined(WATCOM) && \
!defined(UNIX_SYSV_PTX) && \
!defined(UNIX_NEXTSTEP))) \
|| defined(SPARC) \
***************
*** 2542,2547 ****
--- 2543,2556 ----
#define oint_addr_len 24 # vern?nftig nutzbar sind nur die unteren 24 Bit
#define oint_addr_mask 0xC0FFFFFFUL
# Beachte: unten wird aint = uint24 = uint32 sein.
+ #elif defined(WATCOM)
+ # Bits 30..25 = Typcode, Bits 31,24..2 = Adresse, Bits 1..0 Not Used
+ #define oint_type_shift 25
+ #define oint_type_len 6
+ #define oint_type_mask 0x7E000000UL
+ #define oint_addr_shift 0
+ #define oint_addr_len 25
+ #define oint_addr_mask 0x81FFFFFFUL
#elif defined(UNIX_SYSV_UHC_1)
# Bits 31..28,26..24 = Typcode, Bits 23..0 = Adresse
#define oint_type_shift 24
***************
*** 3321,3326 ****
--- 3330,3338 ----
#if defined(HPPA) && defined(UNIX_HPUX)
# sitzen nicht im oint_type-Teil, sondern im oint_addr-Teil.
#define oint_symbolflags_shift oint_addr_shift
+ #endif
+ #if defined(WATCOM)
+ #define NO_symbolflags # active_bit, dynam_bit, svar_bit haben im Symbol keinen Platz
#endif
#if defined(UNIX_SYSV_UHC_2)
# sitzen im oberen oint_addr-Teil.
The following is the new doswatcom/makefile
# Makefile for the CLISP binaries
# DO NOT EDIT! GENERATED AUTOMATICALLY!
# -------------- Start of configurable section --------------------
# Directories used by "make install":
prefix =
exec_prefix = $(prefix)
bindir = $(exec_prefix)\bin
mandir = $(exec_prefix)\man
libdir = $(exec_prefix)\lib
lisplibdir = $(libdir)\lisp
MAKE = make
# Programs used by "make":
CC = wcl386
CFLAGS = -3r -oxet -j -zq -w0 -zp4 # -d2 -w4
CPP = wcl386 -p -zq
LIBS =
DISASM = wdisasm -au -s
RM = del
CP = copy
LN = copy
MV = ren
CAT = type
RANLIB = ranlib
# Programs used by "make install":
INSTALL = copy
INSTALL_PROGRAM = $(INSTALL)
INSTALL_DATA = $(INSTALL)
# Programs used by "make distrib":
# formatter for manual page
ROFF_MAN = nroff -man # try "groff -Tascii -mandoc" or "nroff -man"
ROFF_DVI = # try "groff -Tdvi -mandoc"
# -------------- End of configurable section --------------------
COMMENT5 = comment5
ANSIDECL = ansidecl
DEEMA = deema
TXT2C = txt2c
DFILES = \
spvw.d \
spvwtabf.d \
spvwtabs.d \
spvwtabo.d \
eval.d \
control.d \
pathname.d \
stream.d \
io.d \
array.d \
hashtabl.d \
list.d \
package.d \
record.d \
sequence.d \
charstrg.d \
debug.d \
error.d \
misc.d \
predtype.d \
symbol.d \
lisparit.d \
stdwin.d \
graph.d \
lispbibl.d \
fsubr.d \
subr.d \
pseudofun.d \
constsym.d \
constobj.d \
msdos.d \
constpack.d \
avl.d \
sort.d \
aridecl.d \
arilev0.d \
arilev1.d \
intelem.d \
intlog.d \
intplus.d \
intcomp.d \
intbyte.d \
intmal.d \
intdiv.d \
intgcd.d \
int2adic.d \
intsqrt.d \
intprint.d \
intread.d \
rational.d \
sfloat.d \
ffloat.d \
dfloat.d \
lfloat.d \
flo_konv.d \
flo_rest.d \
realelem.d \
realrand.d \
realtran.d \
compelem.d \
comptran.d \
arilev1c.d \
arilev1e.d \
arilev1i.d \
noreadline.d \
main.d
CFILES = \
spvw.c \
spvwtabf.c \
spvwtabs.c \
spvwtabo.c \
eval.c \
control.c \
pathname.c \
stream.c \
io.c \
array.c \
hashtabl.c \
list.c \
package.c \
record.c \
sequence.c \
charstrg.c \
debug.c \
error.c \
misc.c \
predtype.c \
symbol.c \
lisparit.c \
stdwin.c \
graph.c \
lispbibl.c \
fsubr.c \
subr.c \
pseudofun.c \
constsym.c \
constobj.c \
msdos.c \
constpack.c \
avl.c \
sort.c \
aridecl.c \
arilev0.c \
arilev1.c \
intelem.c \
intlog.c \
intplus.c \
intcomp.c \
intbyte.c \
intmal.c \
intdiv.c \
intgcd.c \
int2adic.c \
intsqrt.c \
intprint.c \
intread.c \
rational.c \
sfloat.c \
ffloat.c \
dfloat.c \
lfloat.c \
flo_konv.c \
flo_rest.c \
realelem.c \
realrand.c \
realtran.c \
compelem.c \
comptran.c \
arilev1c.c \
arilev1e.c \
arilev1i.c \
noreadline.c \
main.c
OBJECTS = \
spvw.obj \
spvwtabf.obj \
spvwtabs.obj \
spvwtabo.obj \
eval.obj \
control.obj \
pathname.obj \
stream.obj \
io.obj \
array.obj \
hashtabl.obj \
list.obj \
package.obj \
record.obj \
sequence.obj \
charstrg.obj \
debug.obj \
error.obj \
misc.obj \
predtype.obj \
symbol.obj \
lisparit.obj \
stdwin.obj \
graph.obj
LSPFILES = \
init.lsp \
defseq.lsp \
backquot.lsp \
defmacro.lsp \
macros1.lsp \
macros2.lsp \
defs1.lsp \
places.lsp \
floatpri.lsp \
type.lsp \
defstruc.lsp \
format.lsp \
user1.lsp \
user2.lsp \
trace.lsp \
macros3.lsp \
config.lsp \
compiler.lsp \
defs2.lsp \
clos.lsp \
conditio.lsp \
defs3.lsp \
screen.lsp \
stdwin2.lsp \
rexx.lsp \
editor.lsp
FASFILES = \
init.fas \
defseq.fas \
backquot.fas \
defmacro.fas \
macros1.fas \
macros2.fas \
defs1.fas \
places.fas \
floatpri.fas \
type.fas \
defstruc.fas \
format.fas \
user1.fas \
user2.fas \
trace.fas \
macros3.fas \
config.fas \
compiler.fas \
defs2.fas \
clos.fas \
conditio.fas \
defs3.fas \
screen.fas \
stdwin2.fas \
rexx.fas \
editor.fas
TXTFILES = \
LISP-tutorial.txt \
CLOS-guide.txt
TESTLSPFILES = \
stage\init.lsp \
stage\defseq.lsp \
stage\backquot.lsp \
stage\defmacro.lsp \
stage\macros1.lsp \
stage\macros2.lsp \
stage\defs1.lsp \
stage\places.lsp \
stage\floatpri.lsp \
stage\type.lsp \
stage\defstruc.lsp \
stage\format.lsp \
stage\user1.lsp \
stage\user2.lsp \
stage\trace.lsp \
stage\macros3.lsp \
stage\config.lsp \
stage\compiler.lsp \
stage\defs2.lsp \
stage\clos.lsp \
stage\conditio.lsp \
stage\defs3.lsp \
stage\screen.lsp \
stage\stdwin2.lsp \
stage\rexx.lsp \
stage\editor.lsp
TESTFASFILES = \
stage\init.fas \
stage\defseq.fas \
stage\backquot.fas \
stage\defmacro.fas \
stage\macros1.fas \
stage\macros2.fas \
stage\defs1.fas \
stage\places.fas \
stage\floatpri.fas \
stage\type.fas \
stage\defstruc.fas \
stage\format.fas \
stage\user1.fas \
stage\user2.fas \
stage\trace.fas \
stage\macros3.fas \
stage\config.fas \
stage\compiler.fas \
stage\defs2.fas \
stage\clos.fas \
stage\conditio.fas \
stage\defs3.fas \
stage\screen.fas \
stage\stdwin2.fas \
stage\rexx.fas \
stage\editor.fas
all : init allc allo lisp.exe interpre.mem halfcompiled-interpre.mem compiled.mem manual
init : comment5.exe ansidecl.exe deema.exe txt2c.exe $(DFILES) errors.c
comment5.exe : ..\utils\comment5.c
$(CC) $(CFLAGS) ..\utils\comment5.c -fo=comment5.exe
ansidecl.exe : ..\utils\ansidecl.d comment5.exe
$(LN) ..\utils\ansidecl.d ansidecl.d
$(COMMENT5) ansidecl.d ansidecl.c
$(RM) ansidecl.d
$(CC) $(CFLAGS) ansidecl.c -fo=ansidecl.exe
$(RM) ansidecl.c
deema.exe : ..\utils\deema.c
$(CC) $(CFLAGS) ..\utils\deema.c -fo=deema.exe
txt2c.exe : ..\utils\txt2c.c
$(CC) $(CFLAGS) ..\utils\txt2c.c -fo=txt2c.exe
generror.exe : ..\utils\generror.c
$(LN) ..\utils\generrors.c generrors.c
$(CC) $(CFLAGS) generrors.c -fo=generrors.exe
$(RM) generrors.c
errors.c : generror.exe
generror > errors.c
allc : init $(CFILES)
spvw.c : spvw.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) spvw.d | $(ANSIDECL) | $(DEEMA) > spvw.c
spvwtabf.c : spvwtabf.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) spvwtabf.d | $(ANSIDECL) | $(DEEMA) > spvwtabf.c
spvwtabs.c : spvwtabs.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) spvwtabs.d | $(ANSIDECL) | $(DEEMA) > spvwtabs.c
spvwtabo.c : spvwtabo.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) spvwtabo.d | $(ANSIDECL) | $(DEEMA) > spvwtabo.c
eval.c : eval.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) eval.d | $(ANSIDECL) | $(DEEMA) > eval.c
control.c : control.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) control.d | $(ANSIDECL) | $(DEEMA) > control.c
pathname.c : pathname.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) pathname.d | $(ANSIDECL) | $(DEEMA) > pathname.c
stream.c : stream.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) stream.d | $(ANSIDECL) | $(DEEMA) > stream.c
io.c : io.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) io.d | $(ANSIDECL) | $(DEEMA) > io.c
array.c : array.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) array.d | $(ANSIDECL) | $(DEEMA) > array.c
hashtabl.c : hashtabl.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) hashtabl.d | $(ANSIDECL) | $(DEEMA) > hashtabl.c
list.c : list.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) list.d | $(ANSIDECL) | $(DEEMA) > list.c
package.c : package.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) package.d | $(ANSIDECL) | $(DEEMA) > package.c
record.c : record.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) record.d | $(ANSIDECL) | $(DEEMA) > record.c
sequence.c : sequence.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) sequence.d | $(ANSIDECL) | $(DEEMA) > sequence.c
charstrg.c : charstrg.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) charstrg.d | $(ANSIDECL) | $(DEEMA) > charstrg.c
debug.c : debug.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) debug.d | $(ANSIDECL) | $(DEEMA) > debug.c
error.c : error.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) error.d | $(ANSIDECL) | $(DEEMA) > error.c
misc.c : misc.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) misc.d | $(ANSIDECL) | $(DEEMA) > misc.c
predtype.c : predtype.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) predtype.d | $(ANSIDECL) | $(DEEMA) > predtype.c
symbol.c : symbol.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) symbol.d | $(ANSIDECL) | $(DEEMA) > symbol.c
lisparit.c : lisparit.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) lisparit.d | $(ANSIDECL) | $(DEEMA) > lisparit.c
stdwin.c : stdwin.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) stdwin.d | $(ANSIDECL) | $(DEEMA) > stdwin.c
graph.c : graph.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) graph.d | $(ANSIDECL) | $(DEEMA) > graph.c
lispbibl.c : lispbibl.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) lispbibl.d | $(ANSIDECL) | $(DEEMA) > lispbibl.c
fsubr.c : fsubr.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) fsubr.d | $(ANSIDECL) | $(DEEMA) > fsubr.c
subr.c : subr.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) subr.d | $(ANSIDECL) | $(DEEMA) > subr.c
pseudofun.c : pseudofun.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) pseudofun.d | $(ANSIDECL) | $(DEEMA) > pseudofun.c
constsym.c : constsym.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) constsym.d | $(ANSIDECL) | $(DEEMA) > constsym.c
constobj.c : constobj.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) constobj.d | $(ANSIDECL) | $(DEEMA) > constobj.c
msdos.c : msdos.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) msdos.d | $(ANSIDECL) | $(DEEMA) > msdos.c
constpack.c : constpack.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) constpack.d | $(ANSIDECL) | $(DEEMA) > constpack.c
avl.c : avl.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) avl.d | $(ANSIDECL) | $(DEEMA) > avl.c
sort.c : sort.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) sort.d | $(ANSIDECL) | $(DEEMA) > sort.c
aridecl.c : aridecl.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) aridecl.d | $(ANSIDECL) | $(DEEMA) > aridecl.c
arilev0.c : arilev0.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) arilev0.d | $(ANSIDECL) | $(DEEMA) > arilev0.c
arilev1.c : arilev1.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) arilev1.d | $(ANSIDECL) | $(DEEMA) > arilev1.c
intelem.c : intelem.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intelem.d | $(ANSIDECL) | $(DEEMA) > intelem.c
intlog.c : intlog.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intlog.d | $(ANSIDECL) | $(DEEMA) > intlog.c
intplus.c : intplus.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intplus.d | $(ANSIDECL) | $(DEEMA) > intplus.c
intcomp.c : intcomp.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intcomp.d | $(ANSIDECL) | $(DEEMA) > intcomp.c
intbyte.c : intbyte.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intbyte.d | $(ANSIDECL) | $(DEEMA) > intbyte.c
intmal.c : intmal.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intmal.d | $(ANSIDECL) | $(DEEMA) > intmal.c
intdiv.c : intdiv.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intdiv.d | $(ANSIDECL) | $(DEEMA) > intdiv.c
intgcd.c : intgcd.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intgcd.d | $(ANSIDECL) | $(DEEMA) > intgcd.c
int2adic.c : int2adic.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) int2adic.d | $(ANSIDECL) | $(DEEMA) > int2adic.c
intsqrt.c : intsqrt.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intsqrt.d | $(ANSIDECL) | $(DEEMA) > intsqrt.c
intprint.c : intprint.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intprint.d | $(ANSIDECL) | $(DEEMA) > intprint.c
intread.c : intread.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) intread.d | $(ANSIDECL) | $(DEEMA) > intread.c
rational.c : rational.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) rational.d | $(ANSIDECL) | $(DEEMA) > rational.c
sfloat.c : sfloat.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) sfloat.d | $(ANSIDECL) | $(DEEMA) > sfloat.c
ffloat.c : ffloat.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) ffloat.d | $(ANSIDECL) | $(DEEMA) > ffloat.c
dfloat.c : dfloat.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) dfloat.d | $(ANSIDECL) | $(DEEMA) > dfloat.c
lfloat.c : lfloat.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) lfloat.d | $(ANSIDECL) | $(DEEMA) > lfloat.c
flo_konv.c : flo_konv.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) flo_konv.d | $(ANSIDECL) | $(DEEMA) > flo_konv.c
flo_rest.c : flo_rest.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) flo_rest.d | $(ANSIDECL) | $(DEEMA) > flo_rest.c
realelem.c : realelem.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) realelem.d | $(ANSIDECL) | $(DEEMA) > realelem.c
realrand.c : realrand.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) realrand.d | $(ANSIDECL) | $(DEEMA) > realrand.c
realtran.c : realtran.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) realtran.d | $(ANSIDECL) | $(DEEMA) > realtran.c
compelem.c : compelem.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) compelem.d | $(ANSIDECL) | $(DEEMA) > compelem.c
comptran.c : comptran.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) comptran.d | $(ANSIDECL) | $(DEEMA) > comptran.c
arilev1c.c : arilev1c.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) arilev1c.d | $(ANSIDECL) | $(DEEMA) > arilev1c.c
arilev1e.c : arilev1e.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) arilev1e.d | $(ANSIDECL) | $(DEEMA) > arilev1e.c
arilev1i.c : arilev1i.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) arilev1i.d | $(ANSIDECL) | $(DEEMA) > arilev1i.c
noreadline.c : noreadline.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) noreadline.d | $(ANSIDECL) | $(DEEMA) > noreadline.c
main.c : main.d comment5.exe ansidecl.exe deema.exe
$(COMMENT5) main.d | $(ANSIDECL) | $(DEEMA) > main.c
allo : allc spvw.obj spvwtabf.obj spvwtabs.obj spvwtabo.obj eval.obj control.obj pathname.obj stream.obj io.obj array.obj hashtabl.obj list.obj package.obj record.obj sequence.obj charstrg.obj debug.obj error.obj misc.obj predtype.obj symbol.obj lisparit.obj stdwin.obj graph.obj
alls : allc spvw.s spvwtabf.s spvwtabs.s spvwtabo.s eval.s control.s pathname.s stream.s io.s array.s hashtabl.s list.s package.s record.s sequence.s charstrg.s debug.s error.s misc.s predtype.s symbol.s lisparit.s stdwin.s graph.s
spvw.i : spvw.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c constpack.c avl.c sort.c
$(CPP) $(CFLAGS) spvw.c > spvw.i
spvw.s : spvw.obj
$(DISASM) spvw.obj -l=spvw.s
spvw.obj : spvw.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c constpack.c avl.c sort.c
$(CC) $(CFLAGS) -c spvw.c
spvwtabf.i : spvwtabf.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) spvwtabf.c > spvwtabf.i
spvwtabf.s : spvwtabf.obj
$(DISASM) spvwtabf.obj -l=spvwtabf.s
spvwtabf.obj : spvwtabf.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c spvwtabf.c
spvwtabs.i : spvwtabs.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) spvwtabs.c > spvwtabs.i
spvwtabs.s : spvwtabs.obj
$(DISASM) spvwtabs.obj -l=spvwtabs.s
spvwtabs.obj : spvwtabs.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c spvwtabs.c
spvwtabo.i : spvwtabo.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) spvwtabo.c > spvwtabo.i
spvwtabo.s : spvwtabo.obj
$(DISASM) spvwtabo.obj -l=spvwtabo.s
spvwtabo.obj : spvwtabo.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c spvwtabo.c
eval.i : eval.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) eval.c > eval.i
eval.s : eval.obj
$(DISASM) eval.obj -l=eval.s
eval.obj : eval.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c eval.c
control.i : control.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) control.c > control.i
control.s : control.obj
$(DISASM) control.obj -l=control.s
control.obj : control.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c control.c
pathname.i : pathname.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) pathname.c > pathname.i
pathname.s : pathname.obj
$(DISASM) pathname.obj -l=pathname.s
pathname.obj : pathname.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c pathname.c
stream.i : stream.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) stream.c > stream.i
stream.s : stream.obj
$(DISASM) stream.obj -l=stream.s
stream.obj : stream.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c stream.c
io.i : io.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CPP) $(CFLAGS) io.c > io.i
io.s : io.obj
$(DISASM) io.obj -l=io.s
io.obj : io.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CC) $(CFLAGS) -c io.c
array.i : array.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CPP) $(CFLAGS) array.c > array.i
array.s : array.obj
$(DISASM) array.obj -l=array.s
array.obj : array.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CC) $(CFLAGS) -c array.c
hashtabl.i : hashtabl.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c aridecl.c
$(CPP) $(CFLAGS) hashtabl.c > hashtabl.i
hashtabl.s : hashtabl.obj
$(DISASM) hashtabl.obj -l=hashtabl.s
hashtabl.obj : hashtabl.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c aridecl.c
$(CC) $(CFLAGS) -c hashtabl.c
list.i : list.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) list.c > list.i
list.s : list.obj
$(DISASM) list.obj -l=list.s
list.obj : list.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c list.c
package.i : package.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c constpack.c arilev0.c
$(CPP) $(CFLAGS) package.c > package.i
package.s : package.obj
$(DISASM) package.obj -l=package.s
package.obj : package.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c constpack.c arilev0.c
$(CC) $(CFLAGS) -c package.c
record.i : record.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) record.c > record.i
record.s : record.obj
$(DISASM) record.obj -l=record.s
record.obj : record.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c record.c
sequence.i : sequence.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) sequence.c > sequence.i
sequence.s : sequence.obj
$(DISASM) sequence.obj -l=sequence.s
sequence.obj : sequence.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c sequence.c
charstrg.i : charstrg.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) charstrg.c > charstrg.i
charstrg.s : charstrg.obj
$(DISASM) charstrg.obj -l=charstrg.s
charstrg.obj : charstrg.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c charstrg.c
debug.i : debug.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) debug.c > debug.i
debug.s : debug.obj
$(DISASM) debug.obj -l=debug.s
debug.obj : debug.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c debug.c
error.i : error.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c errors.c
$(CPP) $(CFLAGS) error.c > error.i
error.s : error.obj
$(DISASM) error.obj -l=error.s
error.obj : error.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c errors.c
$(CC) $(CFLAGS) -c error.c
misc.i : misc.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CPP) $(CFLAGS) misc.c > misc.i
misc.s : misc.obj
$(DISASM) misc.obj -l=misc.s
misc.obj : misc.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CC) $(CFLAGS) -c misc.c
predtype.i : predtype.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) predtype.c > predtype.i
predtype.s : predtype.obj
$(DISASM) predtype.obj -l=predtype.s
predtype.obj : predtype.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c predtype.c
symbol.i : symbol.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) symbol.c > symbol.i
symbol.s : symbol.obj
$(DISASM) symbol.obj -l=symbol.s
symbol.obj : symbol.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c symbol.c
lisparit.i : lisparit.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c aridecl.c arilev0.c arilev1.c intelem.c intlog.c intplus.c intcomp.c intbyte.c intmal.c intdiv.c intgcd.c int2adic.c intsqrt.c intprint.c intread.c rational.c sfloat.c ffloat.c dfloat.c lfloat.c flo_konv.c flo_rest.c realelem.c realrand.c realtran.c compelem.c comptran.c arilev1c.c arilev1e.c arilev1i.c
$(CPP) $(CFLAGS) lisparit.c > lisparit.i
lisparit.s : lisparit.obj
$(DISASM) lisparit.obj -l=lisparit.s
lisparit.obj : lisparit.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c aridecl.c arilev0.c arilev1.c intelem.c intlog.c intplus.c intcomp.c intbyte.c intmal.c intdiv.c intgcd.c int2adic.c intsqrt.c intprint.c intread.c rational.c sfloat.c ffloat.c dfloat.c lfloat.c flo_konv.c flo_rest.c realelem.c realrand.c realtran.c compelem.c comptran.c arilev1c.c arilev1e.c arilev1i.c
$(CC) $(CFLAGS) -c lisparit.c
stdwin.i : stdwin.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) -i=stdwin\H stdwin.c > stdwin.i
stdwin.s : stdwin.obj
$(DISASM) stdwin.obj -l=stdwin.s
stdwin.obj : stdwin.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -i=stdwin\H -c stdwin.c
graph.i : graph.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CPP) $(CFLAGS) graph.c > graph.i
graph.s : graph.obj
$(DISASM) graph.obj -l=graph.s
graph.obj : graph.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c arilev0.c
$(CC) $(CFLAGS) -c graph.c
noreadline.i : noreadline.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) noreadline.c > noreadline.i
noreadline.s : noreadline.obj
$(DISASM) noreadline.obj -l=noreadline.s
noreadline.obj : noreadline.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c noreadline.c
main.i : main.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CPP) $(CFLAGS) main.c > main.i
main.s : main.obj
$(DISASM) main.obj -l=main.s
main.obj : main.c lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c
$(CC) $(CFLAGS) -c main.c
lisp.exe : $(OBJECTS)
$(RM) -qz lisp.exe
$(CC) -fe=lisp.exe -fd=wcclink.lnk
wlink @wcclink.lnk @wcclink.in
$(RM) wcclink.lnk
alllsp : $(LSPFILES)
config.lsp : cfgdos.lsp
$(CP) cfgdos.lsp config.lsp
interpre.mem : lisp.exe $(LSPFILES)
lisp.exe -m 750KW < interpre.in
-$(RM) interpre.mem
$(MV) lispinit.mem interpre.mem
init.fas : init.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c init.lsp
defseq.fas : defseq.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defseq.lsp
backquot.fas : backquot.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c backquot.lsp
defmacro.fas : defmacro.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defmacro.lsp
macros1.fas : macros1.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c macros1.lsp
macros2.fas : macros2.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c macros2.lsp
defs1.fas : defs1.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defs1.lsp
places.fas : places.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c places.lsp
floatpri.fas : floatpri.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c floatpri.lsp
type.fas : type.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c type.lsp
defstruc.fas : defstruc.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defstruc.lsp
format.fas : format.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c format.lsp
user1.fas : user1.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c user1.lsp
user2.fas : user2.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c user2.lsp
trace.fas : trace.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c trace.lsp
macros3.fas : macros3.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c macros3.lsp
config.fas : config.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c config.lsp
compiler.fas : compiler.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c compiler.lsp
defs2.fas : defs2.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defs2.lsp
clos.fas : clos.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c clos.lsp
conditio.fas : conditio.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c conditio.lsp
defs3.fas : defs3.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c defs3.lsp
screen.fas : screen.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c screen.lsp
stdwin2.fas : stdwin2.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c stdwin2.lsp
rexx.fas : rexx.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c rexx.lsp
editor.fas : editor.lsp lisp.exe interpre.mem
lisp.exe -m 750KW -M interpre.mem -q -c editor.lsp
halfcompiled-interpre.mem : lisp.exe $(LSPFILES) compiler.fas
-$(RM) interpre.mem
lisp.exe -m 750KW < interpre.in
$(MV) lispinit.mem interpre.mem
touch compiler.fas
touch halfcompiled-interpre.mem
compiled.mem : lisp.exe $(FASFILES)
lisp.exe < compiled.in
-$(RM) compiled.mem
$(MV) lispinit.mem compiled.mem
# Test: recompile $(LSPFILES) and check if the resulting .mem file has the same length.
test : compiled.mem stage $(TESTLSPFILES) $(TESTFASFILES)
comp *.fas stage
REM The test passed if no differences were found.
stage :
-mkdir stage
stage\init.lsp : init.lsp
$(LN) init.lsp stage
stage\defseq.lsp : defseq.lsp
$(LN) defseq.lsp stage
stage\backquot.lsp : backquot.lsp
$(LN) backquot.lsp stage
stage\defmacro.lsp : defmacro.lsp
$(LN) defmacro.lsp stage
stage\macros1.lsp : macros1.lsp
$(LN) macros1.lsp stage
stage\macros2.lsp : macros2.lsp
$(LN) macros2.lsp stage
stage\defs1.lsp : defs1.lsp
$(LN) defs1.lsp stage
stage\places.lsp : places.lsp
$(LN) places.lsp stage
stage\floatpri.lsp : floatpri.lsp
$(LN) floatpri.lsp stage
stage\type.lsp : type.lsp
$(LN) type.lsp stage
stage\defstruc.lsp : defstruc.lsp
$(LN) defstruc.lsp stage
stage\format.lsp : format.lsp
$(LN) format.lsp stage
stage\user1.lsp : user1.lsp
$(LN) user1.lsp stage
stage\user2.lsp : user2.lsp
$(LN) user2.lsp stage
stage\trace.lsp : trace.lsp
$(LN) trace.lsp stage
stage\macros3.lsp : macros3.lsp
$(LN) macros3.lsp stage
stage\config.lsp : config.lsp
$(LN) config.lsp stage
stage\compiler.lsp : compiler.lsp
$(LN) compiler.lsp stage
stage\defs2.lsp : defs2.lsp
$(LN) defs2.lsp stage
stage\clos.lsp : clos.lsp
$(LN) clos.lsp stage
stage\conditio.lsp : conditio.lsp
$(LN) conditio.lsp stage
stage\defs3.lsp : defs3.lsp
$(LN) defs3.lsp stage
stage\screen.lsp : screen.lsp
$(LN) screen.lsp stage
stage\stdwin2.lsp : stdwin2.lsp
$(LN) stdwin2.lsp stage
stage\rexx.lsp : rexx.lsp
$(LN) rexx.lsp stage
stage\editor.lsp : editor.lsp
$(LN) editor.lsp stage
stage\init.fas : stage\init.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/init.lsp
stage\defseq.fas : stage\defseq.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defseq.lsp
stage\backquot.fas : stage\backquot.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/backquot.lsp
stage\defmacro.fas : stage\defmacro.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defmacro.lsp
stage\macros1.fas : stage\macros1.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/macros1.lsp
stage\macros2.fas : stage\macros2.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/macros2.lsp
stage\defs1.fas : stage\defs1.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defs1.lsp
stage\places.fas : stage\places.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/places.lsp
stage\floatpri.fas : stage\floatpri.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/floatpri.lsp
stage\type.fas : stage\type.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/type.lsp
stage\defstruc.fas : stage\defstruc.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defstruc.lsp
stage\format.fas : stage\format.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/format.lsp
stage\user1.fas : stage\user1.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/user1.lsp
stage\user2.fas : stage\user2.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/user2.lsp
stage\trace.fas : stage\trace.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/trace.lsp
stage\macros3.fas : stage\macros3.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/macros3.lsp
stage\config.fas : stage\config.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/config.lsp
stage\compiler.fas : stage\compiler.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/compiler.lsp
stage\defs2.fas : stage\defs2.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defs2.lsp
stage\clos.fas : stage\clos.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/clos.lsp
stage\conditio.fas : stage\conditio.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/conditio.lsp
stage\defs3.fas : stage\defs3.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/defs3.lsp
stage\screen.fas : stage\screen.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/screen.lsp
stage\stdwin2.fas : stage\stdwin2.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/stdwin2.lsp
stage\rexx.fas : stage\rexx.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/rexx.lsp
stage\editor.fas : stage\editor.lsp lisp.exe compiled.mem
lisp.exe -M compiled.mem -q -c stage/editor.lsp
compiled2.mem : lisp.exe $(TESTFASFILES)
lisp.exe -x "(cd \"stage/\") (load \"init.fas\") (cd \"..\\\") (sys::%saveinitmem) (exit)"
-$(RM) compiled2.mem
$(MV) lispinit.mem compiled2.mem
manual : ANNOUNCE COPYRIGHT GNU-GPL SUMMARY README NEWS clisp.1 impnotes.txt $(TXTFILES) readline.dvi
manualx : manual clisp.man
ANNOUNCE : ..\ANNOUNCE
-$(LN) ..\ANNOUNCE ANNOUNCE
COPYRIGHT : ..\COPYRIGHT
-$(LN) ..\COPYRIGHT COPYRIGHT
GNU-GPL : ..\GNU-GPL
-$(LN) ..\GNU-GPL GNU-GPL
SUMMARY : ..\SUMMARY
-$(LN) ..\SUMMARY SUMMARY
NEWS : ..\NEWS
-$(LN) ..\NEWS NEWS
README : _README lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c txt2c.exe
$(TXT2C) < _README > txt.c
$(CC) $(CFLAGS) txt.c -fo=txt.exe
txt > README
$(RM) txt.c
$(RM) txt.exe
clisp.1 : _clisp.1 lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c txt2c.exe
$(TXT2C) < _clisp.1 > txt.c
$(CC) $(CFLAGS) txt.c -fo=txt.exe
txt | grep -v -f grep.in > clisp.1
$(RM) txt.c
$(RM) txt.exe
impnotes.txt : _impnotes.txt lispbibl.c fsubr.c subr.c pseudofun.c constsym.c constobj.c msdos.c txt2c.exe
$(TXT2C) < _impnotes.txt > txt.c
$(CC) $(CFLAGS) txt.c -fo=txt.exe
txt > impnotes.txt
$(RM) txt.c
$(RM) txt.exe
clisp.man : clisp.1
$(ROFF_MAN) clisp.1 > clisp.man
clisp.dvi : clisp.1
$(ROFF_DVI) clisp.1 > clisp.dvi
LISP-tutorial.txt : ..\doc\LISP-tutorial.txt
-$(LN) ..\doc\LISP-tutorial.txt LISP-tutorial.txt
CLOS-guide.txt : ..\doc\CLOS-guide.txt
-$(LN) ..\doc\CLOS-guide.txt CLOS-guide.txt
readline\doc\rluserman.dvi :
cd readline\doc ; $(TEXI2DVI) rluserman.texinfo
readline.dvi : readline\doc\rluserman.dvi
-$(LN) readline\doc\rluserman.dvi readline.dvi
install : install-bin
install-bin : lisp.exe compiled.mem force
-mkdir $(libdir)
-mkdir $(lisplibdir)
$(INSTALL_PROGRAM) lisp.exe $(lisplibdir)\lisp.exe
$(INSTALL_DATA) compiled.mem $(lisplibdir)\lispinit.mem
-mkdir $(bindir)
echo $(lisplibdir)\lisp.exe -M $(lisplibdir)\lispinit.mem %1 %2 %3 %4 %5 %6 %7 %8 %9 > $(bindir)\clisp.bat
# clean0 is harmless: removes only superfluous things: temporary files.
clean0 : force
-$(RM) core ansidecl.c generrors.c lisparit.tmp txt.c txt.exe
# clean1 removes everything that becomes obsolete once lisp.run is recompiled
# without changing the bytecode format and the tables in
# constobj.d, constpack.d, constsym.d, subr.d, fsubr.d, pseudofun.d.
clean1 : clean0
-$(RM) clisp.h *.i *.s *.obj *.a lisp.exe stage/* suite/*
-rmdir stage
-rmdir suite
-$(RM) README clisp.1 impnotes.txt $(TXTFILES) readline.dvi
# clean2 removes everything that becomes obsolete once lisp.run is recompiled
# without changing the bytecode format.
clean2 : clean1
-$(RM) interpre.mem halfcompiled-interpre.mem compiled.mem compiled2.mem
# clean3 removes everything that becomes obsolete once lisp.run is recompiled.
# It leaves everything generated by "make allc".
clean3 : clean2
-$(RM) $(FASFILES) *.lib
# clean4 removes everything that becomes obsolete
# when switching to a new version of the C compiler.
# It leaves everything generated by "make init".
clean4 : clean3
-$(RM) $(CFILES)
# clean5 even undoes "make init".
clean5 : clean4
-$(RM) config.lsp
-$(RM) comment5.exe ansidecl.exe ccpaux.exe deelif.exe deerror.exe dedefined.exe traddecl.exe deema.exe mergestrings.exe txt2c.exe
-$(RM) generrors.exe errors.c
# clean6 lets us go back to "makemake > makefile".
clean6 : clean5
-$(RM) makefile
# clean7 lets us go back to "target".
clean7 : clean6
-$(RM) config.status machine.h unixconf.h makemake
-$(RM) readline.tar.Z
cd readline ; $(MAKE) clean
# clean8 moreover cleans up the SRCDIR.
clean8 : clean7
-$(RM) lisparit0.d
# The normal "start over" command:
clean : clean4
# Make "clear for distribution":
distclean : clean7
# Remove everything that can be generated otherwise:
realclean : clean8
force:
--
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