#!/bin/sh -x
#  @$-mb -me	# Send mail at beginning and end of request execution.
#  @$-x 	# Include environment info.
#  @$-q p8	# Queue request to queue: p8 by default.
#  @$		# end of batch directives.

# Modification History
# 06/27/1996    Tim     Create
# 07/08/1996	Tim	Don't copy anything from $SCRATCH back to $WORKDIR.
#			Use WORKDIR to specify project sub dir under home dir.
#			Add blank lines to improve readability.

# PLEASE PLEASE REVIEW THIS ENTIRE SHELL SCRIPT BEFORE MODIFYING IT
# FOR YOUR RESEARCH AND SUBMITTING IT. QUESTIONS? E-MAIL THEM
# TO: systems@uic.edu

# Replace <project-directory> below with the subdirectory containing the code
# and data you wish to submit to ConvexNQS+.

# Replace <program> below with the name of your executable.

WORKDIR=<the full path to your executable program>
# example: WORKDIR=/homes/home7/eisler/project1

PROGRAM=$WORKDIR/<the name of your executable program>
# example: PROGRAM=$WORKDIR/program1

#
# This sample NQS shell script for Convex Exemplar systems is based on the
# one found at:
# http://exemplar.uky.edu/nqs.html#overview
# with modifications for UIC by Tim Eisler
#
# Copying your data to $SCRATCH is optional if you don't have 
# big input and output files. If you do, it speeds execution.
# All it does is copy file to a filesystem on the execution 
# node, then back after it is done.
#
# Do not run any part of your shell script in the background in batch -
# it won't run.

# Begin first optional section: create a subdirectory in the appropriate
# scratch directory.

# Using a period prevents the shell from forking to run getscratch so that
# environment variables set by getscratch are available to this shell.

. /usr/local/bin/getscratch

# Copy big data file from project directory. Assumes that the stdin file
# is named foo.std_in if the executable is named foo.
# If you have multiple data files, add copy statements for them.

cp <input file one> $SCRATCH
cp <input file two> $SCRATCH

# and so on for all your input files

# Change dir to the scratch subdirectory so stdout is written there:

cd $SCRATCH

# End first optional section

# mpamark will change your program to use hypernode local memory.
# mpamark changes the file on disk but does not execute it.

# $PROGRAM *must* be an ESOM file. Use the file(1) command to check.
# You should see an answer like this:
# a.out:	PA-RISC1.1 ESOM shared executable dynamically linked -not stripped

# The Convex C Compiler, /usr/convex/bin/cc, and the Convex Fortran compiler, 
# /usr/convex/bin/fcc, both create ESOM type binaries. The HP Fortran
# compiler, /usr/bin/f77, does not.

/usr/local/bin/mpamark $PROGRAM

# Now your program will be executed. Change the redirection of standard input
# and output as needed.

mpa -STACK -DATA $PROGRAM > $PROGRAM.std_out < $PROGRAM.std_in