#! /bin/sh
#
#  Script to perform a single coverage test run on a single BSP
#  in a specific configuration.  This script automates all steps
#  of building RTEMS, running the tests, and generating the reports.
#

vfile=`dirname $0`/VERSIONS-COVERAGE
if [ ! -r ${vfile} ] ; then
  echo VERSIONS-COVERAGE file not found
  exit 1
fi

source ${vfile}

if [ ! -d ${BASEDIR} ] ; then
  echo Have you set the BASEDIR in VERSIONS correctly?
  exit 1
fi

progname=${0##*/}        # fast basename hack for ksh, bash

USAGE="
usage: $progname [ -opts ]
        -v        -- verbose (default=no)
        -d        -- analyze Core Configuration (default=yes)
        -D        -- analyze Developmental Configuration (default=yes)
        -A        -- Execute all steps (default=no)
        -B BSP    -- Specify BSP to test
        -P        -- Enable POSIX API (default=yes)
        -S        -- Optimize for size (default=no)
        -m        -- Update and build covMerge (default=no)
        -u        -- Do CVS update on RTEMS (default=no)
        -c        -- Configure RTEMS (default=no)
        -b        -- Build RTEMS (default=no)
        -C        -- get tests from build to test execution point (default=no)
        -L        -- do not link files to test execution point (default=link)
        -r        -- run the tests (default=no)
        -R        -- generate reports (default=no)
        -g        -- generate GCOV reports (default=no)
        -f        -- publish the results to ftp site (default=no)
        -t        -- save the results locally (default=no)
        -O        -- output directory (default=BSP-CONF-YYYYMMDD-HHMM)
        -p        -- project name (default empty)

Notes:  + There are currently NO checks at each step to determine if
          the previous steps were performed!!!
        + Use of each option toggles the setting.  For example, \"-v -v -A -u\"
          results in verbose=no and all steps done except CVS update on RTEMS."

#   log an error to stderr
prerr()
{
    echo "$*" >&2
}

fatal() {
    prerr "$USAGE"
    [ "$1" ] && (prerr ; prerr $*);
    exit 1
}

check_status()
{
  if [ $1 -ne 0 ] ; then
    shift
    echo "FAILED: " "$*" >&2
    exit 1
  fi
}

toggle()
{
  case $1 in
    no)  echo "yes" ;;
    yes) echo "no" ;;
    *)   fatal "Unknown value to toggle ($1)" ;;
  esac
}

# parse arguments for these
verbose="no"
do_all="no"
do_posix="yes"
do_optimize_size="no"
do_covoar="no"
do_rtems_update="no"
do_rtems_configure="no"
do_rtems_build="no"
do_copy_tests="no"
do_link_tests="yes"
do_run_tests="no"
do_generate_gcov="no"
do_reports="no"
do_publish="no"
do_save_tarballs="yes"
do_core="yes"
do_developmental="yes"
outputDir=""
BSP="not_set"

while getopts vB:PSmAucbCLrgRftO:dD OPT
do
    case "$OPT" in
        A)
          do_all="yes"
          do_covoar="yes"
          do_posix="yes"
          do_rtems_update="yes"
          do_rtems_configure="yes"
          do_rtems_build="yes"
          do_copy_tests="yes"
          do_run_tests="yes"
          do_reports="yes"
          ;;
        d) do_core=`toggle ${do_core}` ;;
        D) do_developmental=`toggle ${do_developmental}` ;;
        B) BSP="${OPTARG}";;
        O) outputDir="${OPTARG}";;
        v) verbose=`toggle ${verbose}` ;;
        m) do_covoar=`toggle ${do_covoar}` ;;
        P) do_posix=`toggle ${do_posix}` ;;
        S) do_optimize_size=`toggle ${do_optimize_size}` ;;
        u) do_rtems_update=`toggle ${do_rtems_update}` ;;
        c) do_rtems_configure=`toggle ${do_rtems_configure}` ;;
        b) do_rtems_build=`toggle ${do_rtems_build}` ;;
        C) do_copy_tests=`toggle ${do_copy_tests}` ;;
        L) do_link_tests=`toggle ${do_link_tests}` ;;
        r) do_run_tests=`toggle ${do_run_tests}` ;;
        g) do_generate_gcov=`toggle ${do_generate_gcov}` ;;
        R) do_reports=`toggle ${do_reports}` ;;
        f) do_publish=`toggle ${do_publish}` ;;
        t) do_save_tarballs=`toggle ${do_save_tarballs}` ;;
        *) fatal;;
    esac
done

#  If we are to update or configure RTEMS, then we need to clean the
#  RTEMS build tree up.
do_clean="no"
if [ ${do_rtems_update} = "yes" -o \
     ${do_rtems_configure} = "yes" ] ; then
  do_clean="yes"
fi

# allow bsp override
if [ ${BSP} == "not_set" ] ; then
  fatal "No BSP selected"
fi

# you can't publish unless ftp directory is accessible
if [ ${do_publish} = "yes" ] ; then
  if [ ! -d ${FTPDIR} ] ; then
    fatal "Publishing results requested and ${FTPDIR} does not exist"
  fi
fi

# For most BSPs, there is a script with the same name as the BSP.
RUNNER=${BSP}

RTEMSEXT=${DEFAULT_EXEEXT}
COVEXT=cov
case ${BSP} in
  pc386)
    CPU=i386
    COVERAGE_FORMAT=QEMU
    RTEMS_EXTRA_ARGS="USE_COM1_AS_CONSOLE=1"
    RTEMS_EXTRA_ARGS="${RTEMS_EXTRA_ARGS} BSP_PRESS_KEY_FOR_RESET=0"
    RTEMSEXT=exe
    ;;
  uC5282)
    CPU=m68k
    COVERAGE_FORMAT=QEMU
    RTEMSEXT=exe
    COVEXT=tra
    ;;
  qemuppc)
    RTEMSEXT=ralf
    CPU=powerpc
    COVERAGE_FORMAT=QEMU
    ;;
  lm32_evr)
    CPU=lm32
    COVERAGE_FORMAT=QEMU
    RTEMSEXT=exe
    COVEXT=tra
    RUNNER=qemu-lm32_evr
    RTEMS_EXTRA_ARGS="ON_SIMULATOR=1"
    ;;
  erc32|leon2|leon3)
    CPU=sparc
    COVERAGE_FORMAT=TSIM
    ;;
  edb7312|rtl22xx|gumstix|smdk2410)
    CPU=arm
    COVERAGE_FORMAT=Skyeye
    RTEMS_EXTRA_ARGS="ON_SKYEYE=1"
    ;;
  *)
    fatal "Unsupported BSP (${BSP}) for coverage analysis."
    ;;
esac

case ${RTEMS_VERSION} in
  4.5*)  TARGET=${CPU}-rtems ;;
  4.6*)  TARGET=${CPU}-rtems ;;
  4.7*)  TARGET=${CPU}-rtems4.7 ;;
  4.8*)  TARGET=${CPU}-rtems4.8 ;;
  4.9*)  TARGET=${CPU}-rtems4.9 ;;
  4.10*) TARGET=${CPU}-rtems4.10 ;;
  4.11*) TARGET=${CPU}-rtems4.11 ;;
  *)
    fatal "Unknown RTEMS Version (${RTEMS_VERSION})" ;;
esac

##### VERBOSE
print_verbose()
{
  echo "BSP:                  " ${BSP}
  echo "Target:               " ${TARGET}
  echo "Compiler version:     " `${TARGET}-gcc --version  | grep gcc`
  echo "do_optimize_size:     " ${do_optimize_size}
  echo "Optimization Level:   " ${c_opt}
  echo "POSIX Enabled:        " ${do_posix}
  echo "Core Configuration    " ${do_core}
  echo "Developmental Code:   " ${do_developmental}
  echo "do_all:               " ${do_all}
  echo "do_covoar             " ${do_covoar}
  echo "do_rtems_update:      " ${do_rtems_update}
  echo "do_rtems_configure:   " ${do_rtems_configure}
  echo "do_rtems_build:       " ${do_rtems_build}
  echo "do_copy_tests:        " ${do_copy_tests}
  echo "do_link_tests:        " ${do_link_tests}
  echo "do_run_tests:         " ${do_run_tests}
  echo "do_generate_gcov:     " ${do_generate_gcov}
  echo "do_reports:           " ${do_reports}
  echo "do_publish:           " ${do_publish}
  echo "do_save_tarballs:     " ${do_save_tarballs}
  echo "Clean Before:         " ${do_clean}
  echo "Executable Extension: " ${RTEMSEXT}
  echo "Coverage Extension:   " ${COVEXT}
}

if [ ${do_optimize_size} = yes ] ; then
 c_opt=-Os
else
 c_opt=-O2
fi

if [ ${do_core} = "no" -a ${do_developmental} = "no" ]; then
  fatal "No symbol configurations to analyze selected"
fi

if [ ${verbose} = "yes" ] ; then
  print_verbose
fi

# Basic error checking and sanity checking on the directory structure
# and PATH
if [ ! -d ${COVBASE} ] ; then
  echo "The directory you specified for the base of the coverage run is "
  echo "not present. (${COVBASE})"
  exit 1
fi

if [ ! -d ${RTEMSDIR} ] ; then
  echo "${RTEMSDIR} not found!!!"
  exit 1
fi

type ${TARGET}-gcc
check_status $? "Path appears to be broken"

# Start real action
NM=${TARGET}-nm
type ${NM}
check_status $? "Cannot find ${NM} on PATH"

# Locate the custom file
custom=${RTEMSDIR}/make/custom/${BSP}.cfg
if [ ! -r ${custom} ] ; then
  custom=`ls -1 \
     ${RTEMSDIR}/c/src/lib/libbsp/${CPU}/*/make/custom/${BSP}.cfg 2>/dev/null`
  check_status $? "unable to find a custom file"
  if [ x${custom} = x -o ! -r ${custom} ] ; then
    echo "Unable to read ${custom}"
    exit 1
  fi
fi

grep "^CFLAGS_OPTIMIZE_V.*=.*-O[s01234].*" ${custom} >/dev/null
if [ $? -ne 0 ] ; then
  echo "Unable to find CFLAGS_OPTIMIZE_V in ${custom}"
  exit 1
fi

EXTENSION=${c_opt}
if [ ${do_posix} = yes ] ; then
  EXTENSION=${EXTENSION}P
else
  EXTENSION=${EXTENSION}p
fi

year=`date +%Y`
day=`date +%Y%m%d`
hour=`date +%H`
minute=`date +%M`

echo "Testing ${TARGET}/${BSP} at optimization (${c_opt})"

# print a data element in table
print_element()
{
  echo "  <TD>"${*}"</TD>"
}

# generate table row of results in html
generate_html()
{
  summary=$1
  echo "<TR>"
    print_element ${day}
    print_element ${hour}:${minute}
    print_element ${c_opt}
    print_element ${do_posix}
    print_element ${analyze_developmental}
    print_element `grep "Uncovered range" ${summary} | cut -d ':' -f2`
    print_element `grep "age Not Exec" ${summary} | cut -d ':' -f2`
    print_element `grep "age Exec" ${summary} | cut -d ':' -f2`
    print_element `grep "Bytes Not Exec" ${summary} | cut -d ':' -f2`
    print_element `grep "Bytes Analyzed" ${summary} | cut -d ':' -f2`
    print_element "<A HREF=\"${results_dir}\">untarred</A> " \
                  "<A HREF=\"${results_dir}.tar.bz2\">tarball</A> "
  echo "</TR>"
}

add_to_summary()
{
  unref=${results_dir}/sizes_unreferenced.txt
  echo
  unreffed=`cat ${unref} | wc -l`
  echo "Symbols unreferenced: " ${unreffed}
  if [ ${unreffed} = 0 ] ; then
    size_of=0
  else
    size_of=`cut -f1 ${unref} | sed -e '2,$s/$/ +/' -e '$,$s/$/ p/' | dc`
  fi
  echo "Bytes in unreferenced symbols : " ${size_of}
}

generate_size_per_file()
{
  total=0
  pfile=X
  cut -d':' -f1 ${results_dir}/sizes_all.txt | sort  -k3 | while read line
  do
    size=`echo $line | cut -d' ' -f1`
    file=`echo $line | cut -d' ' -f3`
    #echo $size XXX $file
    if [ $file != $pfile ] ; then
      if [ $pfile != X ]; then
	echo $total $pfile
	total=0
      fi
      pfile=$file
    fi
    #echo ADD $file $total $size `expr $total + $size`
    total=`expr $total + $size`
  done | sort -n -r
}

# generate the coverage report set
generate_reports()
{
  if [ $# -ne 3 ] ; then
    echo Usage: ${0} TARGET BSP COVERAGE_FORMAT
    exit 1
  fi

  TARGET=${1}
  BSP=${2}
  COVERAGE_FORMAT=${3}

  cd ${BASEDIR}/${BSP}-tests/
  check_status $? "cd ${BSP}-tests"

  sed -e "s/@FORMAT@/${COVERAGE_FORMAT}/" \
      -e "s/@TARGET@/${TARGET}/" \
      -e "s,@EXPLANATIONS@,${COVBASE}/Explanations.txt," \
      -e "s,@SYMBOLS_FILE@,${BASEDIR}/${BSP}-tests/rtems.syms," \
      -e "s,@OUTPUT_DIRECTORY@,${results_dir}," \
      -e "s/@EXECUTABLE_EXTENSION@/exe/" \
      -e "s/@COVERAGE_EXTENSION@/${RTEMSEXT}.${COVEXT}/" \
      -e "s,@GCNOS_LIST@,${rtems_gcnos_file}," \
      -e "s/@PROJECT_NAME@/RTEMS ${RTEMS_VERSION}/" \
      <${COVBASE}/rtems_config.in \
      >${BASEDIR}/${BSP}-tests/config
  check_status $? "Unable to generate COVOAR config file"

  rm -rf ${results_dir}
  mkdir  ${results_dir}
  covoar -C ${BASEDIR}/${BSP}-tests/config \
    *.exe
  check_status $? "covoar failed"

  # This should be made obsolete by sortable tables.
  #(echo "====== Largest Range Sizes (Size and Count)======" ; \
  #  grep ^Size uncovered.txt | cut -d':' -f2 | sort -n | uniq -c | \
  #     tail -15 | sed -e 's/ *\([0-9]*\) *\([0-9]*\)/\2 \1/' | sort -n -r | \
  #     while read l; do printf "%6d %6d\n" $l; done ; \
  #  echo "=====================================" ) >>summary.txt

  check_endof >${results_dir}/testsWithNoEndOfTest.txt

  # Generate the configuration settings file
  (
    echo "#"
    echo "#  Settings for this coverage test run"
    echo "#"
    echo
    print_verbose
  ) >${results_dir}/configuration.txt

  RTEMSLIB=${BASEDIR}/b-${BSP}/${TARGET}/${BSP}/lib/librtemscpu.a

  if [ -r ${RTEMSLIB} ] ; then
    while read symbol
    do
      line=`${TARGET}-nm --format=sysv \
	${BASEDIR}/b-${BSP}/${TARGET}/${BSP}/lib/librtemscpu.a | \
	grep FUNC | sed -e's/|/ | /g' | grep ${symbol}`
      size=`echo ${line} | cut -d'|' -f5 | tr "[:lower:]" "[:upper:]"`
      size=`echo 16 i ${size} p | dc`
      echo "${size}	${symbol}	unknown"
    done <${results_dir}/no_range_uncovered.txt | sort -n -r \
         >${results_dir}/sizes_unreferenced.txt
  fi

  cat ${results_dir}/sizes_unreferenced.txt ${results_dir}/sizes.txt | \
    sort -n -r >${results_dir}/sizes_all.txt

  generate_size_per_file >${results_dir}/size_per_file.txt

  generate_html ${results_dir}/summary.txt >${results_dir}/row.html
  add_to_summary >>${results_dir}/summary.txt

  cat ${results_dir}/summary.txt ${results_dir}/testsWithNoEndOfTest.txt

  mv ${results_dir}/index.html ${results_dir}/index.html.tmp
  sed -f ${COVBASE}/rtems_items.sed  \
    <${results_dir}/index.html.tmp \
    >${results_dir}/index.html

  # Now create the archive of information
  cp ${COVOARBASE}/covoar.css ${COVOARBASE}/*gif ${COVOARBASE}/table.js ${results_dir}
  echo "Results saved in ${results_dir}.tar.bz2"
  tar cjf ${results_dir}.tar.bz2 ${results_dir}
}

# This grabs the list of methods from a library or object file
filter_nm()
{
  for l in $*
  do
    if [ -r ${l} ] ; then
      test ${verbose} = "yes" && echo Generating symbols from ${l} >&2
      # echo "========= START $l"
      ${TARGET}-nm --format=sysv $l | grep "FUNC|" | \
        cut -d'|' -f1 | sed -e 's/ *$//' -e "s,$, ${l},"

      # echo "========= END $l"

    # no else
      # We keep a complete CURRENT list and some are not in old versions
    fi
  done
}

# generate the list of symbols to analyze
generate_symbols()
{
  case ${RTEMS_VERSION} in
    4.5*|4.6*)
      cd ${BASEDIR}/b-${BSP}/${TARGET}/c/${BSP}/exec
      check_status $? "could not cd to object directory"
      subd=o-optimize/
      ;;
    *)
      cd ${BASEDIR}/b-${BSP}/${TARGET}/c/${BSP}/cpukit
      check_status $? "could not cd to object directory"
      subd=
      ;;
  esac

  case ${RTEMS_VERSION} in
    4.5*)
      filter_nm wrapup/rtems/o-optimize/librtems.a
      if [ ${do_posix} = "yes" ] ; then
	filter_nm wrapup/posix/o-optimize/libposix.a
      fi

      if [ ${analyze_developmental} = "yes" ] ; then
	filter_nm ../lib/libc/${subd}libcsupport.a
	filter_nm ../lib/libmisc/wrapup/${subd}libmisc.a
      fi
      ;;
    *) # 4.6 or newer
      # Base set of libraries to analyse.  Do NOT include libscorecpu.a!!!
      filter_nm score/${subd}libscore.a
      filter_nm sapi/${subd}libsapi.a
      filter_nm rtems/${subd}librtems.a

      # Now add the POSIX API onto that
      if [ ${do_posix} = "yes" ] ; then
        filter_nm posix/${subd}libposix.a
      fi

      # Now add developmental libraries
      # NOTE: all non-network libraries are listed here.  --joel 5 March 2010
      if [ ${analyze_developmental} = "yes" ] ; then
        filter_nm libfs/${subd}librfs.a
        filter_nm libfs/${subd}libdosfs.a
        filter_nm libfs/${subd}libdevfs.a
        filter_nm libfs/${subd}libimfs.a
        filter_nm libcsupport/${subd}libcsupport.a
        # filter_nm libi2c/${subd}libi2c.a
        # filter_nm zlib/${subd}libz.a
        # filter_nm libmd/${subd}libmd.a
        # filter_nm libmisc/${subd}libshell.a
        filter_nm libmisc/${subd}libbspcmdline.a
        filter_nm libmisc/${subd}libcpuuse.a
        # filter_nm libmisc/${subd}libuuid.a
        filter_nm libmisc/${subd}libstackchk.a
        # filter_nm libmisc/${subd}libmw-fb.a
        # NEVER INCLUDE libdummy.a!!!
        # filter_nm libmisc/${subd}libdummy.a
        filter_nm libmisc/${subd}libfsmount.a
        filter_nm libmisc/${subd}libstringto.a
        filter_nm libmisc/${subd}libdevnull.a
        # filter_nm libmisc/${subd}libcapture.a
        filter_nm libmisc/${subd}libdumpbuf.a
        # filter_nm libmisc/${subd}libmonitor.a
        # filter_nm libmisc/${subd}libserdbg.a
        # filter_nm libmisc/${subd}libuntar.a
        filter_nm libblock/${subd}libblock.a
      fi
      ;;
    esac
}

# remove symbols we do not want coverage on.
remove_unwanted_symbols()
{
#  cat
#  sed -e '/IMFS_print_node/d' \
#      -e '/IMFS_dump_directory/d' \
#      -e '/IMFS_dump/d' \
#      -e '/IMFS_memfile_maximum_size/d'
   sed -e '/rtems_shell_debugrfs/d' \
       -e '/rtems_rfs_shell_/d'
}

# Now we are ready to start doing real work
start=`date`

# If necessary, clean up the RTEMS build and test run directories
if [ ${do_clean} = "yes" ] ; then
  echo "Cleaning before building"
  rm -rf ${BASEDIR}/b-${BSP}
  rm -rf ${BASEDIR}/${BSP}-tests
else
  echo "Skipping clean before building"
fi

# If they don't exist, create the RTEMS build and test run directories
test -d ${BASEDIR}/b-${BSP}     || mkdir ${BASEDIR}/b-${BSP}
test -d ${BASEDIR}/${BSP}-tests || mkdir ${BASEDIR}/${BSP}-tests

# If requested, update and build the coverage support tools
if [ ${do_covoar} = "yes" ] ; then
  echo "Updating and building covoar..."

  cd ${COVBASE}/../covoar
  check_status $? "cd covoar"

  cvs up -Pd 2>&1 | grep -v ^cvs
  make clean all
  check_status $? "build covoar"

  make
  check_status $? "make covoar"
else
  echo "Skipping Updating and building covoar..."
fi

# If requested, update the RTEMS tree
if [ ${do_rtems_update} = "yes" ] ; then
  echo "Updating RTEMS ..."
  cd ${RTEMSDIR}
  check_status $? "cd rtems"

  cvs up -Pd 2>&1 | grep -v ^cvs
  ./bootstrap -c
  ./bootstrap
else
  echo "Skipping Updating RTEMS ..."
fi

# If requested, configure RTEMS
if [ ${do_rtems_configure} = "yes" ] ; then
  # Now let's patch the make/custom file
  cat ${custom} |
  sed -e '/^CFLAGS_OPTIMIZE_V.*=.*-ftest-coverage -finline-functions -g/d' \
      -e "s/-O[0123s]/${c_opt}/" |
  if [ ${do_generate_gcov} = "yes" ] ; then
    sed -e \
      '/^CFLAGS_OPTIMIZE_V/a CFLAGS_OPTIMIZE_V += -ftest-coverage -finline-functions -g'
  else
    cat
  fi >${custom}.tmp
  mv ${custom}.tmp ${custom}

  echo "Configuring RTEMS..."
  rm -rf ${BASEDIR}/b-${BSP}/
  mkdir ${BASEDIR}/b-${BSP}/
  cd ${BASEDIR}/b-${BSP}/
  check_status $? "cd b-${BSP}"

  ##################
  ################## WARNING!!!!!!
  ##################
  ################## BE CAREFUL ABOUT THIS CONFIGURE COMMAND.  IT IS
  ################## VERY SPECIFIC TO COVERAGE TESTING
  ##################
  if [ ${do_posix} = "yes" ] ; then
    posix_en=en
  else
    posix_en=dis
  fi

  if [ ${RTEMS_VERSION} = 4.5 ] ; then
    ${RTEMSDIR}/configure \
      --target=${TARGET} --enable-rtemsbsp=${BSP} \
      --enable-maintainer-mode \
      --disable-itron --${posix_en}able-posix --enable-tests \
      --disable-networking --disable-ada --disable-cxx \
      --prefix=${BASEDIR}/coverage/install >c.log 2>&1
  else
    ${RTEMSDIR}/configure NDEBUG=1 \
      RTEMS_DO_NOT_INLINE_THREAD_ENABLE_DISPATCH=1 \
      RTEMS_DO_NOT_INLINE_CORE_MUTEX_SEIZE=1 \
      RTEMS_DO_NOT_UNROLL_THREADQ_ENQUEUE_PRIORITY=1 \
      ${RTEMS_EXTRA_ARGS} \
      --target=${TARGET} --enable-rtemsbsp=${BSP} \
      --enable-maintainer-mode \
      --disable-itron --${posix_en}able-posix --enable-tests \
      --disable-networking --disable-ada --disable-cxx \
      --prefix=${BASEDIR}/coverage/install >c.log 2>&1
  fi
  check_status $? "configuring RTEMS for ${BSP}"
else
  echo "Skipping Configuring RTEMS ..."
fi

# If requested, build RTEMS
if [ ${do_rtems_build} = "yes" ] ; then
  echo "Building RTEMS..."

  cd ${BASEDIR}/b-${BSP}/
  check_status $? "cd b-${BSP}"

  case ${RTEMS_VERSION} in
    4.5*|4.6*)
      sleep 5  # 4.5 on chroot'ed env needs this for some reason
      make >b.log 2>&1
      ;;
    *)
      cpus=`/usr/bin/getconf _NPROCESSORS_ONLN`
      make -j${cpus} >b.log 2>&1
      ;;
  esac
  check_status $? "Building RTEMS for ${BSP}"
else
  echo "Skipping Building RTEMS ..."
fi

# If requested, copy the tests from the build tree to the run tree
if [ ${do_copy_tests} = "yes" ] ; then
  echo "Copying tests..."

  # clean destination
  rm -rf ${BASEDIR}/${BSP}-tests/*
  check_status $? "clean test directory"

  cd ${BASEDIR}/b-${BSP}/
  check_status $? "cd b-${BSP}"

  find `pwd` -name "*.ralf" -o -name "*.exe" | while read f
  do
    rm -f ../${BSP}-tests/`basename ${f}`
    if [ ${do_link_tests} = "yes" ] ; then
      ln -s ${f} ../${BSP}-tests
    else
      cp ${f} ../${BSP}-tests
    fi
  done

else
  echo "Skipping copying tests..."
fi

# If requested prepare data to create gcov reports
if [ ${do_generate_gcov} = "yes" ] ; then
  echo "Preparing data for gcov reports..."

  cd ${BASEDIR}/b-${BSP}/
  check_status $? "cd b-${BSP}"

  rtems_gcnos_file="${BASEDIR}/${BSP}-tests/rtems.gcnos"
  find `pwd`  -name \*.gcno >${rtems_gcnos_file}

  check_status $? "Preparing data for gcov reports for for ${BSP}"
else
  rtems_gcnos_file="/dev/null"
  echo "Skipping creating gcov reports ..."
fi

# If requested, run the tests with coverage reporting enabled
if [ ${do_run_tests} = "yes" ] ; then
  echo "Running tests..."
  cd ${BASEDIR}/${BSP}-tests/
  check_status $? "cd ${BSP}-tests"

  time ${RUNNER} -c *.${RTEMSEXT}
else
  echo "Skipping Running tests..."
fi

# If requested, generate the coverage reports
if [ ${do_reports} = "yes" ] ; then
  echo "Generating reports..."

  cd ${BASEDIR}/${BSP}-tests/
  check_status $? "cd ${BSP}-tests"

  to_analyze=""
  if [ ${do_core} = "yes" ] ; then
    to_analyze="${to_analyze} no"
  fi
  if [ ${do_developmental} = "yes" ]; then
    to_analyze="${to_analyze} yes"
  fi

  for analyze_developmental in ${to_analyze}
  do
    if [ ${analyze_developmental} = yes ] ; then
      echo "Processing coverage for developmental configuration ..."
      EXT=${EXTENSION}D
    else
      echo "Processing coverage for core source configuration ..."
      EXT=${EXTENSION}d
    fi
    if [ "X${outputDir}" = "X" ] ; then
      results_dir=${BSP}${EXT}-${day}-${hour}${minute}
    else
      results_dir=${outputDir}
    fi

    generate_symbols | sort -u | remove_unwanted_symbols \
      >${BASEDIR}/${BSP}-tests/rtems.syms
    syms=`cat ${BASEDIR}/${BSP}-tests/rtems.syms | wc -l`
    if [ ${syms} -eq 0 ] ; then
      fatal "no symbols found"
    fi

    generate_reports ${TARGET} ${BSP} ${COVERAGE_FORMAT}
  done
else
  echo "Skipping Generating reports..."
fi

# If requested, publish the coverage reports
if [ ${do_publish} = "yes" -o ${do_save_tarballs} = "yes" ] ; then
  if [ -d ${BASEDIR}/${BSP}-tests ] ; then
    cd ${BASEDIR}/${BSP}-tests/
    if [ ${do_publish} = "yes" ] ; then
      cp ${BSP}${EXTENSION}[dD]-${day}-${hour}${minute}.tar.bz2 ${FTPDIR}
      check_status $? "cp ${BSP} results to ftp site failed"
      ${COVBASE}/generate_coverage_html ${FTPDIR}
    fi
    if [ ${do_save_tarballs} = "yes" ] ; then
      if [ ! -d ${TARDIR} ] ; then
         echo "Creating ${TARDIR}"
         mkdir -p ${TARDIR}
         check_status $? "Failed to mkdir ${TARDIR}"
      fi
      cp ${BSP}${EXTENSION}[dD]-${day}-${hour}${minute}.tar.bz2 ${TARDIR}
      check_status $? "cp ${BSP} results to save directory"
    fi
  else
    echo "No results to publish or save"
  fi
else
  echo "Skipping Publishing reports..."
fi
stop=`date`

echo "Started: " ${start}
echo "Stopped: " ${stop}

exit 0