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[/] [openrisc/] [trunk/] [gnu-src/] [gcc-4.5.1/] [contrib/] [dg-extract-results.sh] - Rev 450
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#! /bin/sh # For a specified tool and optional list of test variants, extract # test results from one or more test summary (.sum) files and combine # the results into a new test summary file, sent to the standard output. # The resulting file can be used with test result comparison scripts for # results from tests that were run in parallel. See usage() below. # Copyright (C) 2008, 2009, 2010 Free Software Foundation # Contributed by Janis Johnson <janis187@us.ibm.com> # # This file is part of GCC. # # GCC 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 3, or (at your option) # any later version. # # GCC 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 GCC; see the file COPYING. If not, write to # the Free Software Foundation, 51 Franklin Street, Fifth Floor, # Boston, MA 02110-1301, USA. PROGNAME=dg-extract-results.sh usage() { cat <<EOF >&2 Usage: $PROGNAME [-t tool] [-l variant-list] [-L] sum-file ... tool The tool (e.g. g++, libffi) for which to create a new test summary file. If not specified then all specified sum files must be for the same tool. variant-list One or more test variant names. If the list is not specified then one is constructed from all variants in the files for <tool>. sum-file A test summary file with the format of those created by runtest from DejaGnu. If -L is used, merge *.log files instead of *.sum. In this mode the exact order of lines may not be preserved, just different Running *.exp chunks should be in correct order. EOF } # Write a message to the standard error. msg() { echo "$@" >&2 } # Parse the command-line options. VARIANTS="" TOOL="" MODE="sum" while getopts "l:t:L" ARG; do case $ARG in l) VARIANTS="${VARIANTS} ${OPTARG}";; t) test -z "$TOOL" || (msg "${PROGNAME}: only one tool can be specified"; exit 1); TOOL="${OPTARG}";; L) MODE="log";; \?) usage; exit 0;; esac done shift `expr ${OPTIND} - 1` if test $# -lt 1 ; then usage exit 1 fi TMPDIR=${TMPDIR-/tmp} SUM_FILES="$@" FIRST_SUM=$1 TMP= trap 'EXIT_STATUS=$?; rm -rf $TMP && exit $EXIT_STATUS' 0 # Create a (secure) tmp directory for tmp files. { TMP=`(umask 077 && mktemp -d -q "${TMPDIR}/dg-combine-results-$$-XXXXXX") 2>/dev/null` && test -n "$TMP" && test -d "$TMP" } || { TMP=${TMPDIR}/dg-combine-results-$$-$RANDOM (umask 077 && mkdir $TMP) } || { msg "${PROGNAME}: cannot create a temporary directory" { (exit 1); exit 1; } } # Find a good awk. if test -z "$AWK" ; then for AWK in gawk nawk awk do if type $AWK 2>&1 | grep 'not found' > /dev/null 2>&1 ; then : else break fi done fi # Verify that the specified summary files exist. ERROR=0 for FILE in $SUM_FILES do if ! test -f $FILE ; then msg "${PROGNAME}: file $FILE does not exist." ERROR=1 fi done test $ERROR -eq 0 || exit 1 if [ -z "$TOOL" ]; then # If no tool was specified, all specified summary files must be for # the same tool. CNT=`grep '=== .* tests ===' $SUM_FILES | $AWK '{ print $3 }' | sort -u | wc -l` if [ $CNT -eq 1 ]; then TOOL=`grep '=== .* tests ===' $FIRST_SUM | $AWK '{ print $2 }'` else msg "${PROGNAME}: sum files are for multiple tools, specify a tool" msg "" usage exit 1 fi else # Ignore the specified summary files that are not for this tool. This # should keep the relevant files in the same order. SUM_FILES=`grep -l "=== $TOOL" $SUM_FILES` if test -z "$SUM_FILES" ; then msg "${PROGNAME}: none of the specified files are results for $TOOL" exit 1 fi fi if [ "$TOOL" = acats ]; then # Acats *.sum or *.log files aren't dejagnu generated, and they have # somewhat different format. ACATS_AWK=${TMP}/acats.awk cat <<EOF > $ACATS_AWK BEGIN { print_prologue=1; curfile=""; insummary=0 passcnt=0; failcnt=0; unsupcnt=0; failures="" } /^[ \t]*=== acats configuration ===/ { insummary=0 if (print_prologue) print next } /^[ \t]*=== acats tests ===/ { if (print_prologue) print print_prologue=0 next } /^Running chapter / { if (curfile) close (curfile) curfile="${TMP}/chapter-"\$3 print >> curfile next } /^[ \t]*=== acats Summary ===/ { if (curfile) close (curfile) curfile="" insummary=1 next } /^# of expected passes/ { if (insummary == 1) passcnt += \$5; next; } /^# of unexpected failures/ { if (insummary == 1) failcnt += \$5; next; } /^# of unsupported tests/ { if (insummary == 1) unsupcnt += \$5; next; } /^\*\*\* FAILURES: / { if (insummary == 1) { if (failures) sub(/^\*\*\* FAILURES:/,"") failures=failures""\$0 } } { if (print_prologue) { print; next } if (curfile) print >> curfile } END { system ("cat ${TMP}/chapter-*") print " === acats Summary ===" print "# of expected passes " passcnt print "# of unexpected failures " failcnt if (unsupcnt) print "# of unsupported tests " unsupcnt if (failures) print failures } EOF rm -f ${TMP}/chapter-* $AWK -f $ACATS_AWK $SUM_FILES exit 0 fi # If no variants were specified, find all variants in the remaining # summary files. Otherwise, ignore specified variants that aren't in # any of those summary files. if test -z "$VARIANTS" ; then VAR_AWK=${TMP}/variants.awk cat <<EOF > $VAR_AWK /^Schedule of variations:/ { in_vars=1; next } /^$/ { in_vars=0 } /^Running target/ { exit } { if (in_vars==1) print \$1; else next } EOF touch ${TMP}/varlist for FILE in $SUM_FILES; do $AWK -f $VAR_AWK $FILE >> ${TMP}/varlist done VARIANTS="`sort -u ${TMP}/varlist`" else VARS="$VARIANTS" VARIANTS="" for VAR in $VARS do grep "Running target $VAR" $SUM_FILES > /dev/null && VARIANTS="$VARIANTS $VAR" done fi # Find out if we have more than one variant, or any at all. VARIANT_COUNT=0 for VAR in $VARIANTS do VARIANT_COUNT=`expr $VARIANT_COUNT + 1` done if test $VARIANT_COUNT -eq 0 ; then msg "${PROGNAME}: no file for $TOOL has results for the specified variants" exit 1 fi cat $SUM_FILES \ | $AWK '/^Running/ { if ($2 != "target" && $3 == "...") print "EXPFILE: "$2 } ' \ | sort -u > ${TMP}/expfiles # Write the begining of the combined summary file. head -n 2 $FIRST_SUM echo echo " === $TOOL tests ===" echo echo "Schedule of variations:" for VAR in $VARIANTS do echo " $VAR" done echo # For each test variant for the tool, copy test reports from each of the # summary files. Set up two awk scripts from within the loop to # initialize VAR and TOOL with the script, rather than assuming that the # available version of awk can pass variables from the command line. for VAR in $VARIANTS do GUTS_AWK=${TMP}/guts.awk cat << EOF > $GUTS_AWK BEGIN { variant="$VAR" firstvar=1 expfileno=1 cnt=0 print_using=0 need_close=0 } /^EXPFILE: / { expfiles[expfileno] = \$2 expfilesr[\$2] = expfileno expfileno = expfileno + 1 } /^Running target / { curvar = \$3 if (variant == curvar && firstvar == 1) { print; print_using=1; firstvar = 0 } next } /^Using / { if (variant == curvar && print_using) { print; next } } /^Running / { print_using=0 if (variant == curvar) { if (need_close) close(curfile) curfile="${TMP}/list"expfilesr[\$2] expfileseen[\$2]=expfileseen[\$2] + 1 need_close=0 testname="00" next } } /^\t\t=== .* ===$/ { curvar = ""; next } /^(PASS|XPASS|FAIL|XFAIL|UNRESOLVED|WARNING|ERROR|UNSUPPORTED|UNTESTED|KFAIL):/ { testname=\$2 # Ugly hack for gfortran.dg/dg.exp if ("$TOOL" == "gfortran" && testname ~ /^gfortran.dg\/g77\//) testname="h"testname } /^$/ { if ("$MODE" == "sum") next } { if (variant == curvar && curfile) { if ("$MODE" == "sum") { printf "%s %08d|", testname, cnt >> curfile cnt = cnt + 1 } filewritten[curfile]=1 need_close=1 print >> curfile } else next } END { n=1 while (n < expfileno) { if (expfileseen[expfiles[n]]) { print "Running "expfiles[n]" ..." if (filewritten["${TMP}/list"n]) { if (expfileseen[expfiles[n]] == 1) cmd="cat" else cmd="LC_ALL=C sort" if ("$MODE" == "sum") system (cmd" ${TMP}/list"n" | sed -n 's/^[^ ]* [^ |]*|//p'") else system ("cat ${TMP}/list"n) } } n = n + 1 } } EOF SUMS_AWK=${TMP}/sums.awk rm -f $SUMS_AWK cat << EOF > $SUMS_AWK BEGIN { variant="$VAR" tool="$TOOL" passcnt=0; failcnt=0; untstcnt=0; xpasscnt=0; xfailcnt=0; unsupcnt=0; unrescnt=0; curvar=""; insummary=0 } /^Running target / { curvar = \$3; next } /^# of / { if (variant == curvar) insummary = 1 } /^# of expected passes/ { if (insummary == 1) passcnt += \$5; next; } /^# of unexpected successes/ { if (insummary == 1) xpasscnt += \$5; next; } /^# of unexpected failures/ { if (insummary == 1) failcnt += \$5; next; } /^# of expected failures/ { if (insummary == 1) xfailcnt += \$5; next; } /^# of untested testcases/ { if (insummary == 1) untstcnt += \$5; next; } /^# of unresolved testcases/ { if (insummary == 1) unrescnt += \$5; next; } /^# of unsupported tests/ { if (insummary == 1) unsupcnt += \$5; next; } /^$/ { if (insummary == 1) { insummary = 0; curvar = "" } next } { next } END { printf ("\t\t=== %s Summary for %s ===\n\n", tool, variant) if (passcnt != 0) printf ("# of expected passes\t\t%d\n", passcnt) if (failcnt != 0) printf ("# of unexpected failures\t%d\n", failcnt) if (xpasscnt != 0) printf ("# of unexpected successes\t%d\n", xpasscnt) if (xfailcnt != 0) printf ("# of expected failures\t\t%d\n", xfailcnt) if (untstcnt != 0) printf ("# of untested testcases\t\t%d\n", untstcnt) if (unrescnt != 0) printf ("# of unresolved testcases\t%d\n", unrescnt) if (unsupcnt != 0) printf ("# of unsupported tests\t\t%d\n", unsupcnt) } EOF PVAR=`echo $VAR | sed 's,/,.,g'` TMPFILE=${TMP}/var-$PVAR rm -f $TMPFILE rm -f ${TMP}/list* cat ${TMP}/expfiles $SUM_FILES | $AWK -f $GUTS_AWK cat $SUM_FILES | $AWK -f $SUMS_AWK > $TMPFILE # If there are multiple variants, output the counts for this one; # otherwise there will just be the final counts at the end. test $VARIANT_COUNT -eq 1 || cat $TMPFILE done # Set up an awk script to get the combined summary counts for the tool. TOTAL_AWK=${TMP}/total.awk cat << EOF > $TOTAL_AWK BEGIN { tool="$TOOL" passcnt=0; failcnt=0; untstcnt=0; xpasscnt=0; xfailcnt=0; unsupcnt=0; unrescnt=0 } /^# of expected passes/ { passcnt += \$5 } /^# of unexpected failures/ { failcnt += \$5 } /^# of unexpected successes/ { xpasscnt += \$5 } /^# of expected failures/ { xfailcnt += \$5 } /^# of untested testcases/ { untstcnt += \$5 } /^# of unresolved testcases/ { unrescnt += \$5 } /^# of unsupported tests/ { unsupcnt += \$5 } END { printf ("\n\t\t=== %s Summary ===\n\n", tool) if (passcnt != 0) printf ("# of expected passes\t\t%d\n", passcnt) if (failcnt != 0) printf ("# of unexpected failures\t%d\n", failcnt) if (xpasscnt != 0) printf ("# of unexpected successes\t%d\n", xpasscnt) if (xfailcnt != 0) printf ("# of expected failures\t\t%d\n", xfailcnt) if (untstcnt != 0) printf ("# of untested testcases\t\t%d\n", untstcnt) if (unrescnt != 0) printf ("# of unresolved testcases\t%d\n", unrescnt) if (unsupcnt != 0) printf ("# of unsupported tests\t\t%d\n", unsupcnt) } EOF # Find the total summaries for the tool and add to the end of the output. cat ${TMP}/var-* | $AWK -f $TOTAL_AWK # This is ugly, but if there's version output from the compiler under test # at the end of the file, we want it. The other thing that might be there # is the final summary counts. tail -2 $FIRST_SUM | grep '^#' > /dev/null || tail -2 $FIRST_SUM exit 0
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