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From: hedrick@topaz.rutgers.edu@rutgers.UUCP
Newsgroups: mod.computers.pyramid
Subject: Submission for mod-computers-pyramid
Message-ID: <8702251100.AA23288@topaz.rutgers.edu>
Date: Wed, 25-Feb-87 06:00:47 EST
Article-I.D.: topaz.8702251100.AA23288
Posted: Wed Feb 25 06:00:47 1987
Date-Received: Fri, 27-Feb-87 07:33:12 EST
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Approved: info-pyramid@mimsy.umd.edu

Path: topaz!hedrick
From: hedrick@topaz.RUTGERS.EDU (Charles Hedrick)
Newsgroups: mod.computers.pyramid
Subject: Re: S on Pyramids
Message-ID: <9603@topaz.RUTGERS.EDU>
Date: 25 Feb 87 11:00:46 GMT
References: <8702241332.AA16663@osiris>
Organization: Rutgers Univ., New Brunswick, N.J.
Lines: 205

Here are the instructions that we supply for bringing up S.  It has
enabled several sites to do it.

From: hedrick@topaz.rutgers.edu (Charles Hedrick)

This document describes how to bring up ATT's S system on the Pyramid.
It was used with a copy of S from ATT labelled as the version of Jan
9, 1984.  It was compiled under version 3.2.0 of Pyramid's Fortran
compiler, which was distributed with operating system release 3.1.
The following instructions are based on a mail message from someone at
Pyramid, with additional comments based on our experience:

Read "S Installation Procedures"

Read "Maintaining S"

Use the Bourne shell (/bin/sh) exclusively.

Use the UCB universe consistently throughout.

Use the 'att' version of /usr/bin/m4 by editing $C/makehead to
change M4 to /usr/.attbin/m4.  (C is set in ENVIRONMENT -- don't
forget to set SHOME also).

OSx 3.0 F77 plus ratfor and efl.  [We used a newer F77, which no doubt
explains why we needed some patches that the original installer didn't
need.  They are shown below.  --Rutgers]

Edit $I/u/mach.m t set the arithmetic constants for the 90x.  Set them
the same as the 3B20 -- they both use IEEE floating point.  [For your
convenience, mach.m is included at the end of this file.  --Rutgers]

Due to funky arithmetic conversion, edit $A/infun.awk.  Change
    print "is(infnum+ii-1)=" nline
to
    printf("is(infnum+ii-1)=%d\n",nline)

Ignore exit status of f77 and icomp by inserting a leading dash (-)
in the lines that invoke these programs in $C/makehead

Typically, /usr/S has been chosen as the S home directory (SHOME)
if space available.

Set OPSYS=Berkeley, SHELL=/bin/sh in $SHOME/ENVIRONMENT

Set MAXFILELEN=255 in $I/u/mach.m

Copy $M/big.list to $M/infun.list

Make the following changes to source under /src/fun.  < is old > is new

hp2627/zpolyz.r:

43c43
< 	i =  -ifix(col)
---
> 	i =  -col

macro/argno.r:

20a21
> litral=0

optiter/optlp.r:

131c131
< 	sum = amax0(sum - q, 0.0)
---
> 	sum = amax1(sum - q, 0.0)

stare/Smakefile:

22c22,23
< 	$(F77) $(LDFLAGS) $(STRIP) -o dev.dummy $L/device.z dummy.o dinitz.o $L/defer.z $(GRZLIB)
---
> 	@echo defer_dum.z must be produced using emacs
> 	$(F77) $(LDFLAGS) $(STRIP) -o dev.dummy $L/device.z dummy.o dinitz.o defer_dum.z $(GRZLIB)

usa/usa.i

27c27
< 	coord=amin0(px/dx,py/dy)	# inches per degree longitude
---
> 	coord=amin1(px/dx,py/dy)	# inches per degree longitude

defer_dum.z is an altered version of $L/defer.z.  The problem is that
there is some sloppy code, which when loaded will proceduce 1 multiply
defined symbol, amdiff.  Unfortunately, the current version of the
Pyramid loader treats this as a fatal error, so you can't just ignore
it as the instructions say.  The simplest solution is to produce an
altered version of defer.z (which is an object file) that has a dummy
symbol instead of the symbol amdiff.  I did this by copying $L/defer.z
to the local directory (~s/src/fun/stare) as defer_dum.z, and then
editing it with Emacs.  I simply searched for all occurences of amdiff
and replaced them with amdumm.  Since this is an object file, you must
be very careful to change only those charcters, and to make the new
symbol the same length as the old one.  I don't know any editor other
than Emacs that I would trust to edit object files.  You could also
produce a local copy of the source used to produce defer.z, and edit it.

Note that the other changes are of two kinds:
  - several cases where the original code passed the wrong type of
	variable to a Fortran function, typically an integer to
	a function that expected a real.  The newest Pyramid compiler
	detects those as errors.
  - one uninitialized variable.
It is certainly possible that newer versions of the compiler, or further
testing, will turn up more problems of the same sort.


---
The file below is mach.m
---
divert(-1)
#Pick one of the following operating systems:
define(`OpSys',`Berkeley')
define(`F77_MAIN',`MAIN_')
#define(`OpSys',`BellSystem')
#define(`F77_MAIN',`MAIN__')

#Pick one of the following machine types:
#define(`NA',`ifelse($1,,1073741825,natst($1)!=0)')define(`NOARG',1073741827)	# for Vaxes, etc
define(`NA',`ifelse($1,,1996490069,natst($1)!=0)')define(`NOARG',1996490067)	# for 3B machines
#define(`NA',`ifelse($1,,2139095041,natst($1)!=0)')define(`NOARG',2139095143)	# for 68000 based machines

# common block and subroutine names generated by f77 end in underscore
define(`F77_COM',`$1_')
define(`F77_SUB',`$1_')

#number of bytes into a pipe before blocking
define(`PIPESIZE',4096)

# max file name length - dataset names truncated to this size
define(`MAX_FILE_NAME_LEN',255)

define(`NCPW',4)define(`NBPC',8)#chars per word, bits per char
define(`DEPS',1.d-17)
define(`LARGEINT',1073741824)define(`BIGINT',LARGEINT)
define(`PRECISION',1.2e-7)	# 1e-6 for Inter
define(`NDIGITS',7)
define(`BIGEXP',38)define(`BIG',1e`'BIGEXP)define(`SMALL',1e-BIGEXP)
define(`PI',3.1415926)define(`DEG2RD',.0174533)
define(`NASET',`call setna($1)')

# special FORTRAN features
define(`SAVE',`save $*')	# only for F77
define(`CHARACTER',`ifelse($1,,CHAR,$2,*,`character*(*) $1',`character*$2 $1') dnl
ifelse($3,,,`(shift(shift($*)))')')
define(`EOS',`\\0')
define(`ESCAPE',`\\\\')define(`NEWLINE',`\\n')
define(`BACKSPACE',`\\b')
define(`LINEWIDTH',126)define(`LWIDTH',80)define(`FWIDTH',14)define(`MAXSTRING',511)
define(`ERRORFC',2)define(`STDIN',0)define(`STDOUT',1)
define(`MAXFC',15) # size of stack for attach
define(`FILECODE',`$1-1')define(`WHICHFILE',`$1+1')
define(`INCLUDE',`InClUdE($*)')
define(`InClUdE',`ifelse($1,,,
`include(SHOME/newfun/`include'/$1.m)
InClUdE(shift($*))')')
define(`XNAME',`substr(z$1,0,6)') # definition of interface function name 
define(`EXTERN',extern)
define(`NOEXTERN',`define(`EXTERN',`')')
define(`TAB',`\\t')
define(`GCOS',`')define(`UNIX',`$*')
define(`STDPERMS',0775)
define(`READ',`ifelse($1,,0,`_READ($*)')')
define(`WRITE',1)define(`READWRITE',2)
define(`EXECUTE',2)
define(`MSG_FILE',`s/msg.d')	#relative to S home directory
define(`SYSDB_FILE',`s/data')
define(`SDEFAULT',`s')	# standard chapter
define(`SLOCAL',`slocal')	# local installation-dependent chapter
define(`WORK_FILE',`swork')
define(`DB_FILE',`sdata')
define(`DUMP_FILE',`sdump')
define(`EDIT_FILE',`sedit')
define(`GRAPH_FILE',`sgraph')
define(`HELP_WHERE',`/.help')
define(`ICHAR',`ichar($1)')	# for macro processor
define(`CHARMAKE',`char($1)')
define(`LIST',`$*')

# from PORT
# 3B or 90x constants
define(`R1MACH',`ifelse($1,1,0.11754944E-37,
$1,2,0.34028235E39,
$1,3,0.59604645E-07,
$1,4,0.11920929E-06,
$1,5,0.30103001E00)')
define(`I1MACH',`ifelse(
$1,9,2147483647,
$1,10,2,
$1,11,24,
$1,12,-125,
$1,13,128)')
define(`STACK_SAVE_LEN',4)
define(`MAXPROC',15)define(`MAXNAME',20)
define(`DSIZE',6)
define(`RSIZE',eval(2*DSIZE))
define(`ISIZE',eval(2*DSIZE))
define(`LSIZE',eval(2*DSIZE))
define(`SIZEOF',`ifelse($1,DBL,2,1)')

define(`ON_ERROR',1)define(`ON_BREAK',2)define(`PROBLEM_DONE',3)# for interface
divert(0)dnl