xenofarm.sh

#!/bin/sh
# Perform a test compilation of the LysKOM server under Xenofarm.
# Copyright (C) 2002  Lysator Academic Computer Association.
#
# This file is part of the LysKOM server.
# 
# LysKOM is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by 
# the Free Software Foundation; either version 1, or (at your option) 
# any later version.
# 
# LysKOM is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
# for more details.
# 
# You should have received a copy of the GNU General Public License
# along with LysKOM; see the file COPYING.  If not, write to
# Lysator, c/o ISY, Linkoping University, S-581 83 Linkoping, SWEDEN,
# or the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, 
# MA 02139, USA.
#
# Please mail bug reports to bug-lyskom@lysator.liu.se.

# To understand this file, you should look at the xenofarm file 
# projects/lyskom-server/source-transform.sh (see <URL:http://cvs.
# lysator.liu.se/viewcvs/viewcvs.cgi/xenofarm/projects/lyskom-server/
# source-transform.sh?cvsroot=xenofarm>).  It will attempt to unpack
# the distribution, configure it, compile, run tests, and collect
# information in the "r" directory.
#
# How can this file unpack the distribution when it is part of the
# distribution?  Read source-transform.sh and find out.
#
# Why is this file present here, and not in the Xenofarm CVS module?
# Because whenever anything here changes, we probably want to re-run
# the tests on the Xenofarm, and committing anything to the
# lyskom-server CVS module will trigger the creation of a source
# distribution.

compiler=default
if [ $# -gt 1 ]
then
    compiler="$1"
    shift
fi

VERS=`echo lyskom-server*tar.gz|sed s/lyskom-server-//|sed s/.tar.gz//`
BASE=lyskom-server-$VERS

timeecho () {
    echo `TZ=UTC date|awk '{print $6 "-" $2 "-" $3 " " $4}'\
	|sed -e s/Jan/01/ -e s/Feb/02/ -e s/Mar/03/ -e s/Apr/04/ \
	     -e s/May/05/ -e s/Jun/06/ -e s/Jul/07/ -e s/Aug/08/ \
	     -e s/Sep/09/ -e s/Oct/10/ -e s/Nov/11/ -e s/Dec/12/ `: "$@"
}

log () {
    echo "$@" >> r/mainlog.txt
    date >> r/mainlog.txt
}

dotask() {
    important="$1"
    task="$2"
    cmd="$3"
    if test $status = good
    then
	log Begin $task
        timeecho Begin $task
        if sh -c "$cmd" > r/${task}log.txt 2>&1
        then
	    touch r/$task.pass
        else
	    timeecho FAIL: $task
	    touch r/$task.fail
	    if [ $important = 1 ]
	    then
	        status=${task}-failed
	    fi
        fi
    else
	echo status $status makes it impossible to perform this step \
	    > r/${task}log.txt
    fi
}

pfx=`pwd`/pfx

status=good
if test $compiler = default
then
    cfgargs=
else
    cfgargs=CC="$compiler"
fi

case `uname -n` in
  aristocat.lysator.liu.se)
      # We need dejagnu.
      PATH=$PATH:/sw/dejagnu/bin
      timeecho adjusting path to $PATH for aristocat
      ;;
  asmodean.lysator.liu.se)
      # We need the new makeinfo from /sw/local/bin, 
      # and want runtest from /sw/dejagnu.
      PATH=$PATH:/sw/dejagnu/bin
      cfgargs="$cfgargs MAKEINFO=/sw/local/bin/makeinfo"
      timeecho adjusting path to $PATH for asmodean
      ;;
  moghedien.lysator.liu.se)
      # We need the new makeinfo from /sw/local/bin.
      PATH=/sw/local/bin:$PATH
      timeecho adjusting path to $PATH for moghedien
      ;;
  moria)
      # Do more debugging on moria.
      cfgargs="$cfgargs --with-valgrind --with-debug-calls --disable-malloc-guards"
      ;;
esac

dotask 1 "unzip" "gzip -d $BASE.tar.gz"
dotask 1 "unpack" "tar xf $BASE.tar"
dotask 1 "cfg" "cd $BASE && ./configure -C --prefix=$pfx $cfgargs"
dotask 0 "id-cc" "cd $BASE && make ident-cc"
dotask 0 "id-tx" "cd $BASE/doc && make ident-makeinfo"
dotask 1 "make" "cd $BASE && make"

#
# "make check" requirements
#

checkdocok=true
pdfok=true
dviok=true
checkprgok=true

# We need "python".
if python -c ""
then
    :
else
    echo python not found >> r/ckdoclog.txt
    echo python not found >> r/ckprglog.txt
    checkdocok=false
    checkprgok=false
fi

# We need the socket module from "python".
if $checkprgok
then
    if python -c "import socket"
    then
        :
    else
        echo python cannot import socket: >> r/ckprglog.txt
        python -c "import socket" >> r/ckprglog.txt 2>&1
        checkprgok=false
    fi
fi

# We need "runtest".
if runtest --version
then
    :
else 
    echo runtest not found >> r/ckprglog.txt
    checkprgok=false
fi

# We ned "pdftex"
if pdftex --version
then
    :
else 
    echo pdftex not found >> r/pdflog.txt
    pdfok=false
fi

# We ned "texi2dvi"
if texi2dvi --version
then
    :
else 
    echo texi2dvi not found >> r/dvilog.txt
    dviok=false
fi

# We ned "tex"
if tex --version
then
    :
else 
    echo tex not found >> r/dvilog.txt
    dviok=false
fi

# No use to run pdf and dvi if check-doc fails.
oldstatus=$status

if $checkdocok
then
    dotask 1 "ckdoc" "cd $BASE/doc && make check-doc"
fi

if $dviok
then
    dotask 0 "dvi" "cd $BASE/doc && make dvi"
fi

if $pdfok
then
    dotask 0 "pdf" "cd $BASE/doc && make pdf"
fi

# Restore status: check is useful even if check-doc failed.
status=$oldstatus

if $checkprgok
then
    dotask 0 "ckprg" "cd $BASE/src && make check"
    if test "`uname -n`" = taylor && test -f r/ckprg.fail
    then
	mv r/ckprg.fail r/ckprg.warn
    fi
fi

dotask 1 "install" "cd $BASE && make install"

if [ -f r/install.pass ]
then
    log Xenofarm OK
    find pfx -type f -print | sort > r/installedfiles.txt
fi

# FIXME: run distcheck.
# FIXME: compare the contents of the distcheck-generated tar file
# with the one we distributed.

log Begin response assembly
timeecho Collecting results

cp $BASE/config.cache r/configcache.txt
for file in $BASE/src/server/testsuite/*.log
do
  if test -f $file
  then
      cp $file r/`basename $file`.txt
  fi
done
# find $BASE -name core -print
env > r/environ.txt
echo $PATH > r/path.txt
makeinfo --version > r/makeinfo.txt
type makeinfo >> r/makeinfo.txt 2>&1

if test $compiler = default
then
    uname -s -r -m > r/machineid.txt
else
    uname -s -r -m $compiler > r/machineid.txt
fi
uname -n >> r/machineid.txt
cp buildid.txt r/buildid.txt

# FIXME: the next two lines are only here because of the current
# confusion regarding the name of the build id file.  Once we have
# settled on a name, and all clients are updated, it can be removed.
cp export.stamp r/export.stamp
cp exportstamp.txt r/exportstamp.txt

exit 0