aihaug@AUSTIN.LOCKHEED.COM (Daniel A Haug) (04/08/89)
How does one go about getting GNU Emacs on SG machines, in particular, the 4D machine? Is there a PD version for the SG? Not being an Emacs whiz, I took the source code from our Sun version, moved it over, updated the config.h and began recompiling modules. This has not been working very well. Am I naive? What is the best approach here? dan haug Internet: haug@austin.lockheed.com uucp: ut-emx!lad-shrike!aihaug
russo@chaos.utexas.edu (Tom Russo) (04/10/89)
Well, the way I did it was to grab the distribution off of uunet.uu.net (anonymous FTP) and then use the header files which were posted here a few months ago INSTEAD OF THOSE IN THE DISTRIBUTION. Here's the README from my emacs source directory, and a shell script to unpack the header files. Once you do all that's said in the readme, you should have a running emacs. Good luck. --------------/usr/local/emacs/src/README --------------------------- In order to get emacs to compile on the Irises, one must: substitute the .h and .c files in this directory for the ones that come with emacs. edit config.h-dist to use these headerfiles, and save it to config.h edit etc/Makefile to use CFLAGS=-g -I/usr/include/bsd LOADLIBES=-lmld then make from the top directory ---------sgiemacs.shar--------------------------------------------------- #!/bin/sh # This is a shell archive. Remove anything before this line, then # unpack it by saving it in a file and typing "sh file". (Files # unpacked will be owned by you and have default permissions.) # # This archive contains: # s-iris3-6.h m-iris4d.h unexmips.c echo x - s-iris3-6.h cat > "s-iris3-6.h" << '//E*O*F s-iris3-6.h//' /* Definitions file for GNU Emacs running on Silicon Graphics system 3.6. Copyright (C) 1987 Free Software Foundation, Inc. This file is part of GNU Emacs. GNU Emacs is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY. No author or distributor accepts responsibility to anyone for the consequences of using it or for whether it serves any particular purpose or works at all, unless he says so in writing. Refer to the GNU Emacs General Public License for full details. Everyone is granted permission to copy, modify and redistribute GNU Emacs, but only under the conditions described in the GNU Emacs General Public License. A copy of this license is supposed to have been given to you along with GNU Emacs so you can know your rights and responsibilities. It should be in a file named COPYING. Among other things, the copyright notice and this notice must be preserved on all copies. */ /* * Define symbols to identify the version of Unix this is. * Define all the symbols that apply correctly. */ #define USG #define USG5 #define IRIS /* SYSTEM_TYPE should indicate the kind of system you are using. It sets the Lisp variable system-type. */ #define SYSTEM_TYPE "silicon-graphics-unix" /* nomultiplejobs should be defined if your system's shell does not have "job control" (the ability to stop a program, run some other program, then continue the first one). */ #define NOMULTIPLEJOBS /* Default is to set interrupt_input to 0: don't do input buffering within Emacs */ /* #define INTERRUPT_INPUT */ /* Letter to use in finding device name of first pty, if system supports pty's. 'a' means it is /dev/ptya0 */ #define FIRST_PTY_LETTER 'a' /* * Define HAVE_TERMIO if the system provides sysV-style ioctls * for terminal control. */ #define HAVE_TERMIO /* * Define HAVE_TIMEVAL if the system supports the BSD style clock values. * Look in <sys/time.h> for a timeval structure. */ #define HAVE_TIMEVAL /* * Define HAVE_SELECT if the system supports the `select' system call. */ #define HAVE_SELECT /* * Define HAVE_PTYS if the system supports pty devices. */ #define HAVE_PTYS /* Define HAVE_SOCKETS if system supports 4.2-compatible sockets. */ #define HAVE_SOCKETS /* * Define NONSYSTEM_DIR_LIBRARY to make Emacs emulate * The 4.2 opendir, etc., library functions. */ /* #define NONSYSTEM_DIR_LIBRARY */ /* Define this symbol if your system has the functions bcopy, etc. */ #define BSTRING /* subprocesses should be defined if you want to have code for asynchronous subprocesses (as used in M-x compile and M-x shell). This is generally OS dependent, and not supported under most USG systems. */ #define subprocesses /* If your system uses COFF (Common Object File Format) then define the preprocessor symbol "COFF". */ /* #define COFF */ /* define MAIL_USE_FLOCK if the mailer uses flock to interlock access to /usr/spool/mail/$USER. The alternative is that a lock file named /usr/spool/mail/$USER.lock. */ /* #define MAIL_USE_FLOCK */ /* Define CLASH_DETECTION if you want lock files to be written so that Emacs can tell instantly when you try to modify a file that someone else has modified in his Emacs. */ /* #define CLASH_DETECTION */ /* We use the Berkeley (and usg5.2.2) interface to nlist. */ #define NLIST_STRUCT /* The file containing the kernel's symbol table is called /vmunix. */ #define KERNEL_FILE "/vmunix" /* The symbol in the kernel where the load average is found is named _avenrun. */ #define LDAV_SYMBOL "_avenrun" /* Special hacks needed to make Emacs run on this system. */ /* * Make the sigsetmask function go away. Don't know what the * ramifications of this are, but doesn't seem possible to * emulate it properly anyway at this point. */ #define sigsetmask(mask) /* Null expansion */ #define sigblock(x) x /* The IRIS defines SIGIO in signal.h, but doesn't implement it. */ #undef SIGIO #define LIBS_MACHINE -lbsd -ldbm -lPW #define C_SWITCH_MACHINE -I/usr/include/bsd /* setjmp and longjmp can safely replace _setjmp and _longjmp, but they will run slower. */ #define _setjmp setjmp #define _longjmp longjmp /* On USG systems the system calls are interruptable by signals that the user program has elected to catch. Thus the system call must be retried in these cases. To handle this without massive changes in the source code, we remap the standard system call names to names for our own functions in sysdep.c that do the system call with retries. */ #define read sys_read #define open sys_open #define write sys_write #define INTERRUPTABLE_OPEN #define INTERRUPTABLE_IO /* On USG systems these have different names */ #define index strchr #define rindex strrchr /* USG systems tend to put everything declared static into the initialized data area, which becomes pure after dumping Emacs. Foil this. Emacs carefully avoids static vars inside functions. */ /* #define static */ /* Compiler bug bites on many systems when default ADDR_CORRECT is used. */ #define ADDR_CORRECT(x) (int)((char *)(x) - (char*)0) /* some errno.h's don't actually allocate the variable itself */ #define NEED_ERRNO //E*O*F s-iris3-6.h// echo x - m-iris4d.h cat > "m-iris4d.h" << '//E*O*F m-iris4d.h//' /* m- file for Iris-4D machines. Use with s-iris3-6.h Copyright (C) 1987 Free Software Foundation, Inc. This file is part of GNU Emacs. GNU Emacs is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY. No author or distributor accepts responsibility to anyone for the consequences of using it or for whether it serves any particular purpose or works at all, unless he says so in writing. Refer to the GNU Emacs General Public License for full details. Everyone is granted permission to copy, modify and redistribute GNU Emacs, but only under the conditions described in the GNU Emacs General Public License. A copy of this license is supposed to have been given to you along with GNU Emacs so you can know your rights and responsibilities. It should be in a file named COPYING. Among other things, the copyright notice and this notice must be preserved on all copies. */ /* The following three symbols give information on the size of various data types. */ #define SHORTBITS 16 /* Number of bits in a short */ #define INTBITS 32 /* Number of bits in an int */ #define LONGBITS 32 /* Number of bits in a long */ /* Define BIG_ENDIAN iff lowest-numbered byte in a word is the most significant byte. */ #define BIG_ENDIAN /* Define NO_ARG_ARRAY if you cannot take the address of the first of a * group of arguments and treat it as an array of the arguments. */ #define NO_ARG_ARRAY /* Define WORD_MACHINE if addresses and such have * to be corrected before they can be used as byte counts. */ #undef WORD_MACHINE /* Define how to take a char and sign-extend into an int. On machines where char is signed, this is a no-op. */ #define SIGN_EXTEND_CHAR(c) ((signed char)(c)) /* Now define a symbol for the cpu type, if your compiler does not define it automatically: Ones defined so far include vax, m68000, ns16000, pyramid, orion, tahoe, APOLLO and many others */ #ifndef mips #define mips #endif #ifndef IRIS_4D #define IRIS_4D #endif /* Use type int rather than a union, to represent Lisp_Object */ /* This is desirable for most machines. */ #define NO_UNION_TYPE /* Define EXPLICIT_SIGN_EXTEND if XINT must explicitly sign-extend the 24-bit bit field into an int. In other words, if bit fields are always unsigned. If you use NO_UNION_TYPE, this flag does not matter. */ #define EXPLICIT_SIGN_EXTEND /* Data type of load average, as read out of kmem. */ #define LOAD_AVE_TYPE long /* This doesn't quite work on the 4D */ /* Convert that into an integer that is 100 for a load average of 1.0 */ #define LOAD_AVE_CVT(x) (int) (((double) (x)) * 100.0 / 256.0) /* s-iris3-6.h uses /vmunix */ #undef KERNEL_FILE #define KERNEL_FILE "/unix" /* Define CANNOT_DUMP on machines where unexec does not work. Then the function dump-emacs will not be defined and temacs will do (load "loadup") automatically unless told otherwise. */ #undef CANNOT_DUMP /* Define VIRT_ADDR_VARIES if the virtual addresses of pure and impure space as loaded can vary, and even their relative order cannot be relied on. Otherwise Emacs assumes that text space precedes data space, numerically. */ /* #define VIRT_ADDR_VARIES */ /* Define C_ALLOCA if this machine does not support a true alloca and the one written in C should be used instead. Define HAVE_ALLOCA to say that the system provides a properly working alloca function and it should be used. Define neither one if an assembler-language alloca in the file alloca.s should be used. */ #define C_ALLOCA /* #define HAVE_ALLOCA */ /* Define NO_REMAP if memory segmentation makes it not work well to change the boundary between the text section and data section when Emacs is dumped. If you define this, the preloaded Lisp code will not be sharable; but that's better than failing completely. */ #define NO_REMAP /* This machine requires completely different unexec code which lives in a separate file. Specify the file name. */ #define UNEXEC unexmips.o /* * The TEXT_START here is by experiment; the DATA_START is as per the * manual (Assembly Language Programmers guide). These values can be * found at run time from &_ftext and &_fdata, though the C file which * reads these must be compile with -G 0 (prevent access to those two * 'variables' using the $gp register). However, I am lazy and don't * really want to rewrite unexec.c yet again to use this instead of * TEXT_START and DATA_START. The manual indicates that these * locations are fixed for ZMAGIC files, so I'll be lazy and do it * this way. It will probably break as of the next release of the * IRIS4D, but I've described up above how to find the new values, so * I won't feel too guilty. Note that the value returned through * _ftext is the start of text space (in this case it was 0x400140); I * presumed that the headers started at 0x400000 and was right. * * DATA_SEG_BITS forces that bit to be or'd in with any pointers which * are trying to access pure strings (as gnu-emacs only allows 24 bits * for the value field of a LISP_OBJECT). */ #define TEXT_START 0x400000 #define DATA_START 0x10000000 #define DATA_SEG_BITS 0x10000000 #undef LIBS_MACHINE #define LIBS_MACHINE -lbsd -lPW -lmld #define LIBS_DEBUG /* Define this if you have a fairly recent system, in which crt1.o and crt1.n should be used. */ #define HAVE_CRTN #ifdef HAVE_CRTN /* Must define START-FILES so that the linker can find /usr/lib/crt0.o. */ #define START_FILES pre-crt0.o /usr/lib/crt1.o #define LIB_STANDARD -lc /usr/lib/crtn.o #else #define START_FILES pre-crt0.o /usr/lib/crt0.o /* The entry-point label (start of text segment) is `start', not `__start'. */ #define DEFAULT_ENTRY_ADDRESS start #endif /* Use terminfo instead of termcap. */ #define TERMINFO /* Letter to use in finding device name of first pty, if system supports pty's. 'a' means it is /dev/ptya0 */ #undef FIRST_PTY_LETTER #define FIRST_PTY_LETTER 'q' /* Define STACK_DIRECTION for alloca.c */ #define STACK_DIRECTION -1 /* The standard definitions of these macros would work ok, but these are faster because the constants are short. */ #define XUINT(a) (((unsigned)(a) << INTBITS-VALBITS) >> INTBITS-VALBITS) #define XSET(var, type, ptr) \ ((var) = ((int)(type) << VALBITS) + (((unsigned) (ptr) << INTBITS-VALBITS) >> INTBITS-VALBITS)) #define XSETINT(a, b) XSET(a, XTYPE(a), b) #define XSETUINT(a, b) XSET(a, XTYPE(a), b) #define XSETPNTR(a, b) XSET(a, XTYPE(a), b) #define XMARKBIT(a) ((a) < 0) #define XSETMARKBIT(a,b) ((a) = ((a) & ~MARKBIT) | ((b) ? MARKBIT : 0)) #define XUNMARK(a) ((a) = (((unsigned)(a) << INTBITS-GCTYPEBITS-VALBITS) >> INTBITS-GCTYPEBITS-VALBITS)) //E*O*F m-iris4d.h// echo x - unexmips.c cat > "unexmips.c" << '//E*O*F unexmips.c//' /* Unexec for MIPS (including IRIS4D). Note that the GNU project considers support for MIPS operation a peripheral activity which should not be allowed to divert effort from development of the GNU system. Changes in this code will be installed when users send them in, but aside from that we don't plan to think about it, or about whether other Emacs maintenance might break it. Copyright (C) 1988 Free Software Foundation, Inc. NO WARRANTY BECAUSE THIS PROGRAM IS LICENSED FREE OF CHARGE, WE PROVIDE ABSOLUTELY NO WARRANTY, TO THE EXTENT PERMITTED BY APPLICABLE STATE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING, FREE SOFTWARE FOUNDATION, INC, RICHARD M. STALLMAN AND/OR OTHER PARTIES PROVIDE THIS PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. 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Help stamp out software-hoarding! */ #include "config.h" #include <sys/types.h> #include <sys/file.h> #include <sys/stat.h> #include <stdio.h> #include <varargs.h> #include <filehdr.h> #include <aouthdr.h> #include <scnhdr.h> #include <sym.h> #ifdef IRIS_4D #include "getpagesize.h" #endif static void fatal_unexec (); #define READ(_fd, _buffer, _size, _error_message, _error_arg) \ errno = EEOF; \ if (read (_fd, _buffer, _size) != _size) \ fatal_unexec (_error_message, _error_arg); #define WRITE(_fd, _buffer, _size, _error_message, _error_arg) \ if (write (_fd, _buffer, _size) != _size) \ fatal_unexec (_error_message, _error_arg); #define SEEK(_fd, _position, _error_message, _error_arg) \ errno = EEOF; \ if (lseek (_fd, _position, L_SET) != _position) \ fatal_unexec (_error_message, _error_arg); extern int errno; extern int sys_nerr; extern char *sys_errlist[]; #define EEOF -1 static struct scnhdr *text_section; static struct scnhdr *init_section; static struct scnhdr *finit_section; static struct scnhdr *rdata_section; static struct scnhdr *data_section; static struct scnhdr *lit8_section; static struct scnhdr *lit4_section; static struct scnhdr *sdata_section; static struct scnhdr *sbss_section; static struct scnhdr *bss_section; struct headers { struct filehdr fhdr; struct aouthdr aout; struct scnhdr section[10]; }; /* Define name of label for entry point for the dumped executable. */ #ifndef DEFAULT_ENTRY_ADDRESS #define DEFAULT_ENTRY_ADDRESS __start #endif unexec (new_name, a_name, data_start, bss_start, entry_address) char *new_name, *a_name; unsigned data_start, bss_start, entry_address; { int new, old; int pagesize, brk; int newsyms, symrel; int nread; struct headers hdr; int i; int vaddr, scnptr; #define BUFSIZE 8192 char buffer[BUFSIZE]; old = open (a_name, O_RDONLY, 0); if (old < 0) fatal_unexec ("opening %s", a_name); new = creat (new_name, 0666); if (new < 0) fatal_unexec ("creating %s", new_name); hdr = *((struct headers *)TEXT_START); if (hdr.fhdr.f_magic != MIPSELMAGIC && hdr.fhdr.f_magic != MIPSEBMAGIC) { fprintf (stderr, "unexec: input file magic number is %x, not %x or %x.\n", hdr.fhdr.f_magic, MIPSELMAGIC, MIPSEBMAGIC); exit (1); } if (hdr.fhdr.f_opthdr != sizeof (hdr.aout)) { fprintf (stderr, "unexec: input a.out header is %d bytes, not %d.\n", hdr.fhdr.f_opthdr, sizeof (hdr.aout)); exit (1); } if (hdr.aout.magic != ZMAGIC) { fprintf (stderr, "unexec: input file a.out magic number is %o, not %o.\n", hdr.aout.magic, ZMAGIC); exit (1); } #define CHECK_SCNHDR(ptr, name, flags) \ if (strcmp (hdr.section[i].s_name, name) == 0) \ { \ if (hdr.section[i].s_flags != flags) \ fprintf (stderr, "unexec: %x flags (%x expected) in %s section.\n", \ hdr.section[i].s_flags, flags, name); \ ptr = hdr.section + i; \ i += 1; \ } \ else \ ptr = NULL; i = 0; CHECK_SCNHDR (text_section, _TEXT, STYP_TEXT); CHECK_SCNHDR (init_section, _INIT, STYP_INIT); CHECK_SCNHDR (rdata_section, _RDATA, STYP_RDATA); CHECK_SCNHDR (data_section, _DATA, STYP_DATA); #ifdef _LIT8 CHECK_SCNHDR (lit8_section, _LIT8, STYP_LIT8); CHECK_SCNHDR (lit4_section, _LIT4, STYP_LIT4); #endif /* _LIT8 */ CHECK_SCNHDR (sdata_section, _SDATA, STYP_SDATA); CHECK_SCNHDR (sbss_section, _SBSS, STYP_SBSS); CHECK_SCNHDR (bss_section, _BSS, STYP_BSS); if (i != hdr.fhdr.f_nscns) fprintf (stderr, "unexec: %d sections found instead of %d.\n", i, hdr.fhdr.f_nscns); pagesize = getpagesize (); brk = (sbrk (0) + pagesize - 1) & (-pagesize); hdr.aout.dsize = brk - DATA_START; hdr.aout.bsize = 0; if (entry_address == 0) { extern DEFAULT_ENTRY_ADDRESS (); hdr.aout.entry = (unsigned)DEFAULT_ENTRY_ADDRESS; } else hdr.aout.entry = entry_address; hdr.aout.bss_start = hdr.aout.data_start + hdr.aout.dsize; rdata_section->s_size = data_start - DATA_START; data_section->s_vaddr = data_start; data_section->s_paddr = data_start; data_section->s_size = brk - DATA_START; data_section->s_scnptr = rdata_section->s_scnptr + rdata_section->s_size; vaddr = data_section->s_vaddr + data_section->s_size; scnptr = data_section->s_scnptr + data_section->s_size; if (lit8_section != NULL) { lit8_section->s_vaddr = vaddr; lit8_section->s_paddr = vaddr; lit8_section->s_size = 0; lit8_section->s_scnptr = scnptr; } if (lit4_section != NULL) { lit4_section->s_vaddr = vaddr; lit4_section->s_paddr = vaddr; lit4_section->s_size = 0; lit4_section->s_scnptr = scnptr; } if (sdata_section != NULL) { sdata_section->s_vaddr = vaddr; sdata_section->s_paddr = vaddr; sdata_section->s_size = 0; sdata_section->s_scnptr = scnptr; } if (sbss_section != NULL) { sbss_section->s_vaddr = vaddr; sbss_section->s_paddr = vaddr; sbss_section->s_size = 0; sbss_section->s_scnptr = scnptr; } if (bss_section != NULL) { bss_section->s_vaddr = vaddr; bss_section->s_paddr = vaddr; bss_section->s_size = 0; bss_section->s_scnptr = scnptr; } WRITE (new, TEXT_START, hdr.aout.tsize, "writing text section to %s", new_name); WRITE (new, DATA_START, hdr.aout.dsize, "writing text section to %s", new_name); SEEK (old, hdr.fhdr.f_symptr, "seeking to start of symbols in %s", a_name); errno = EEOF; nread = read (old, buffer, BUFSIZE); if (nread < sizeof (HDRR)) fatal_unexec ("reading symbols from %s", a_name); #define symhdr ((pHDRR)buffer) newsyms = hdr.aout.tsize + hdr.aout.dsize; symrel = newsyms - hdr.fhdr.f_symptr; hdr.fhdr.f_symptr = newsyms; symhdr->cbLineOffset += symrel; symhdr->cbDnOffset += symrel; symhdr->cbPdOffset += symrel; symhdr->cbSymOffset += symrel; symhdr->cbOptOffset += symrel; symhdr->cbAuxOffset += symrel; symhdr->cbSsOffset += symrel; symhdr->cbSsExtOffset += symrel; symhdr->cbFdOffset += symrel; symhdr->cbRfdOffset += symrel; symhdr->cbExtOffset += symrel; #undef symhdr do { if (write (new, buffer, nread) != nread) fatal_unexec ("writing symbols to %s", new_name); nread = read (old, buffer, BUFSIZE); if (nread < 0) fatal_unexec ("reading symbols from %s", a_name); #undef BUFSIZE } while (nread != 0); SEEK (new, 0, "seeking to start of header in %s", new_name); WRITE (new, &hdr, sizeof (hdr), "writing header of %s", new_name); close (old); close (new); mark_x (new_name); } /* * mark_x * * After succesfully building the new a.out, mark it executable */ static mark_x (name) char *name; { struct stat sbuf; int um = umask (777); umask (um); if (stat (name, &sbuf) < 0) fatal_unexec ("getting protection on %s", name); sbuf.st_mode |= 0111 & ~um; if (chmod (name, sbuf.st_mode) < 0) fatal_unexec ("setting protection on %s", name); } static void fatal_unexec (s, va_alist) va_dcl { va_list ap; if (errno == EEOF) fputs ("unexec: unexpected end of file, ", stderr); else if (errno < sys_nerr) fprintf (stderr, "unexec: %s, ", sys_errlist[errno]); else fprintf (stderr, "unexec: error code %d, ", errno); va_start (ap); _doprnt (s, ap, stderr); fputs (".\n", stderr); exit (1); } //E*O*F unexmips.c// exit 0 +----------------------------------------------------------------------+ |Thomas Russo | russo@chaos.utexas.edu | |Center for Nonlinear Dynamics, University of Texas at Austin | +----------------------------------------------------------------------+
spike@adt.UUCP (Joe Ilacqua) (04/11/89)
If after you add the files to make emacs work on the 4D you make the folowing changes, you will get Job Control. In m-iris4d.h add the line: #define killpg( pgrp, sig ) (kill( -(pgrp), (sig) )) as is found in m-ibmrt-aix.h And in sysdep.c change line 500 from: #ifdef BSD killpg (getpgrp (0), SIGTSTP); to #if defined(BSD) || defined(IRIS_4D) killpg (getpgrp (0), SIGTSTP); I belive (and could be wrong) that the right files for the 4D (with out the about patch *sigh*) are in the 18.52 dist. Joe Ilacqua
russo@chaos.utexas.edu (Tom Russo) (04/13/89)
In article <8904102111.AA19003@adt.uucp> spike@adt.UUCP (Joe Ilacqua) writes: > [stuff about getting job control deleted] > > I belive (and could be wrong) that the right files for the 4D >(with out the about patch *sigh*) are in the 18.52 dist. > >Joe Ilacqua Well, I tried building it from the 18.52 distribution and a bunch of stuff was wrong, most notably the fact that newer 4D release use crt1.o and crtn.o instead of crt0.o. The headers I posted take this into account, and the distributed headers do not. In addition, I believe (and could be wrong -- its been a while since I had to look at them) that the newer ones properly include -lmld where they have to. +----------------------------------------------------------------------+ |Thomas Russo | russo@chaos.utexas.edu | |Center for Nonlinear Dynamics, University of Texas at Austin | +----------------------------------------------------------------------+
spike@adt.UUCP (Joe Ilacqua) (04/13/89)
<In article <8904102111.AA19003@adt.uucp> spike@adt.UUCP (Joe Ilacqua) writes:
<>
<[stuff about getting job control deleted]
<>
<> I belive (and could be wrong) that the right files for the 4D
<>(with out the about patch *sigh*) are in the 18.52 dist.
^^^^^
<>Joe Ilacqua
<Well, I tried building it from the 18.52 distribution and a bunch of stuff
<was wrong,
Oops, that should read 18.53.
Joe Ilacqua