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#!/bin/bash
#
# This Source Code Form is subject to the terms of the Mozilla Public
# License, v. 2.0. If a copy of the MPL was not distributed with this
########################################################################
#
# mozilla/security/nss/tests/memleak/memleak.sh
#
# Script to test memory leaks in NSS
#
# needs to work on Solaris and Linux platforms, on others just print a message
# that OS is not supported
#
# special strings
# ---------------
# FIXME ... known problems, search for this string
# NOTE .... unexpected behavior
#
########################################################################
############################# memleak_init #############################
# local shell function to initialize this script
########################################################################
memleak_init()
{
if [ -z "${INIT_SOURCED}" -o "${INIT_SOURCED}" != "TRUE" ]; then
cd ../common
. ./init.sh
fi
if [ ! -r ${CERT_LOG_FILE} ]; then
cd ${QADIR}/cert
. ./cert.sh
fi
SCRIPTNAME="memleak.sh"
if [ -z "${CLEANUP}" ] ; then
CLEANUP="${SCRIPTNAME}"
fi
OLD_LIBRARY_PATH=${LD_LIBRARY_PATH}
TMP_LIBDIR="${HOSTDIR}/tmp"
TMP_STACKS="${HOSTDIR}/stacks"
TMP_SORTED="${HOSTDIR}/sorted"
TMP_COUNT="${HOSTDIR}/count"
DBXOUT="${HOSTDIR}/dbxout"
DBXERR="${HOSTDIR}/dbxerr"
DBXCMD="${HOSTDIR}/dbxcmd"
PORT=${PORT:-8443}
MODE_LIST="NORMAL BYPASS FIPS"
SERVER_DB="${HOSTDIR}/server_memleak"
CLIENT_DB="${HOSTDIR}/client_memleak"
cp -r ${HOSTDIR}/server ${SERVER_DB}
cp -r ${HOSTDIR}/client ${CLIENT_DB}
LOGDIR="${HOSTDIR}/memleak_logs"
mkdir -p ${LOGDIR}
FOUNDLEAKS="${LOGDIR}/foundleaks"
REQUEST_FILE="${QADIR}/memleak/sslreq.dat"
IGNORED_STACKS="${QADIR}/memleak/ignored"
gline=`echo ${OBJDIR} | grep "_64_"`
if [ -n "${gline}" ] ; then
BIT_NAME="64"
else
BIT_NAME="32"
fi
case "${OS_NAME}" in
"SunOS")
DBX=`which dbx`
AWK=nawk
if [ $? -eq 0 ] ; then
echo "${SCRIPTNAME}: DBX found: ${DBX}"
else
echo "${SCRIPTNAME}: DBX not found, skipping memory leak checking."
exit 0
fi
PROC_ARCH=`uname -p`
if [ "${PROC_ARCH}" = "sparc" ] ; then
if [ "${BIT_NAME}" = "64" ] ; then
FREEBL_DEFAULT="libfreebl_64fpu_3"
FREEBL_LIST="${FREEBL_DEFAULT} libfreebl_64int_3"
else
FREEBL_DEFAULT="libfreebl_32fpu_3"
FREEBL_LIST="${FREEBL_DEFAULT} libfreebl_32int64_3"
fi
else
if [ "${BIT_NAME}" = "64" ] ; then
echo "${SCRIPTNAME}: OS not supported for memory leak checking."
exit 0
fi
FREEBL_DEFAULT="libfreebl_3"
FREEBL_LIST="${FREEBL_DEFAULT}"
fi
RUN_COMMAND_DBG="run_command_dbx"
PARSE_LOGFILE="parse_logfile_dbx"
;;
"Linux")
VALGRIND=`which valgrind`
AWK=awk
if [ $? -eq 0 ] ; then
echo "${SCRIPTNAME}: Valgrind found: ${VALGRIND}"
else
echo "${SCRIPTNAME}: Valgrind not found, skipping memory leak checking."
exit 0
fi
FREEBL_DEFAULT="libfreebl_3"
FREEBL_LIST="${FREEBL_DEFAULT}"
RUN_COMMAND_DBG="run_command_valgrind"
PARSE_LOGFILE="parse_logfile_valgrind"
;;
*)
echo "${SCRIPTNAME}: OS not supported for memory leak checking."
exit 0
;;
esac
if [ "${BUILD_OPT}" = "1" ] ; then
OPT="OPT"
else
OPT="DBG"
fi
NSS_DISABLE_UNLOAD="1"
export NSS_DISABLE_UNLOAD
SELFSERV_ATTR="-D -p ${PORT} -d ${SERVER_DB} -n ${HOSTADDR} -e ${HOSTADDR}-ec -w nss -c :C001:C002:C003:C004:C005:C006:C007:C008:C009:C00A:C00B:C00C:C00D:C00E:C00F:C010:C011:C012:C013:C014cdefgijklmnvyz -t 5 -V ssl3:tls1.2"
TSTCLNT_ATTR="-p ${PORT} -h ${HOSTADDR} -c j -f -d ${CLIENT_DB} -w nss -o"
STRSCLNT_ATTR="-q -p ${PORT} -d ${CLIENT_DB} -w nss -c 1000 -n TestUser ${HOSTADDR}"
tbytes=0
tblocks=0
truns=0
MEMLEAK_DBG=1
export MEMLEAK_DBG
}
########################### memleak_cleanup ############################
# local shell function to clean up after this script
########################################################################
memleak_cleanup()
{
unset MEMLEAK_DBG
unset NSS_DISABLE_UNLOAD
. ${QADIR}/common/cleanup.sh
}
############################ set_test_mode #############################
# local shell function to set testing mode for server and for client
########################################################################
set_test_mode()
{
if [ "${server_mode}" = "BYPASS" ] ; then
echo "${SCRIPTNAME}: BYPASS is ON"
SERVER_OPTION="-B -s"
CLIENT_OPTION=""
elif [ "${client_mode}" = "BYPASS" ] ; then
echo "${SCRIPTNAME}: BYPASS is ON"
SERVER_OPTION=""
CLIENT_OPTION="-B -s"
else
echo "${SCRIPTNAME}: BYPASS is OFF"
SERVER_OPTION=""
CLIENT_OPTION=""
fi
if [ "${server_mode}" = "FIPS" ] ; then
${BINDIR}/modutil -dbdir ${SERVER_DB} -fips true -force
${BINDIR}/modutil -dbdir ${SERVER_DB} -list
${BINDIR}/modutil -dbdir ${CLIENT_DB} -fips false -force
${BINDIR}/modutil -dbdir ${CLIENT_DB} -list
echo "${SCRIPTNAME}: FIPS is ON"
cipher_list="c d e i j k n v y z"
elif [ "${client_mode}" = "FIPS" ] ; then
${BINDIR}/modutil -dbdir ${SERVER_DB} -fips false -force
${BINDIR}/modutil -dbdir ${SERVER_DB} -list
${BINDIR}/modutil -dbdir ${CLIENT_DB} -fips true -force
${BINDIR}/modutil -dbdir ${CLIENT_DB} -list
echo "${SCRIPTNAME}: FIPS is ON"
cipher_list="c d e i j k n v y z"
else
${BINDIR}/modutil -dbdir ${SERVER_DB} -fips false -force
${BINDIR}/modutil -dbdir ${SERVER_DB} -list
${BINDIR}/modutil -dbdir ${CLIENT_DB} -fips false -force
${BINDIR}/modutil -dbdir ${CLIENT_DB} -list
echo "${SCRIPTNAME}: FIPS is OFF"
cipher_list=":C001 :C002 :C003 :C004 :C005 :C006 :C007 :C008 :C009 :C00A :C010 :C011 :C012 :C013 :C014 c d e f g i j k n v y z"
fi
}
############################## set_freebl ##############################
# local shell function to set freebl - sets temporary path for libraries
########################################################################
set_freebl()
{
if [ "${freebl}" = "${FREEBL_DEFAULT}" ] ; then
LD_LIBRARY_PATH="${OLD_LIBRARY_PATH}"
export LD_LIBRARY_PATH
else
if [ -d "${TMP_LIBDIR}" ] ; then
rm -rf ${TMP_LIBDIR}
fi
mkdir ${TMP_LIBDIR}
[ $? -ne 0 ] && html_failed "Create temp directory" && return 1
cp ${DIST}/${OBJDIR}/lib/*.so ${DIST}/${OBJDIR}/lib/*.chk ${TMP_LIBDIR}
[ $? -ne 0 ] && html_failed "Copy libraries to temp directory" && return 1
echo "${SCRIPTNAME}: Using ${freebl} instead of ${FREEBL_DEFAULT}"
mv ${TMP_LIBDIR}/${FREEBL_DEFAULT}.so ${TMP_LIBDIR}/${FREEBL_DEFAULT}.so.orig
[ $? -ne 0 ] && html_failed "Move ${FREEBL_DEFAULT}.so -> ${FREEBL_DEFAULT}.so.orig" && return 1
cp ${TMP_LIBDIR}/${freebl}.so ${TMP_LIBDIR}/${FREEBL_DEFAULT}.so
[ $? -ne 0 ] && html_failed "Copy ${freebl}.so -> ${FREEBL_DEFAULT}.so" && return 1
mv ${TMP_LIBDIR}/${FREEBL_DEFAULT}.chk ${TMP_LIBDIR}/${FREEBL_DEFAULT}.chk.orig
[ $? -ne 0 ] && html_failed "Move ${FREEBL_DEFAULT}.chk -> ${FREEBL_DEFAULT}.chk.orig" && return 1
cp ${TMP_LIBDIR}/${freebl}.chk ${TMP_LIBDIR}/${FREEBL_DEFAULT}.chk
[ $? -ne 0 ] && html_failed "Copy ${freebl}.chk to temp directory" && return 1
echo "ls -l ${TMP_LIBDIR}"
ls -l ${TMP_LIBDIR}
LD_LIBRARY_PATH="${TMP_LIBDIR}"
export LD_LIBRARY_PATH
fi
return 0
}
############################# clear_freebl #############################
# local shell function to set default library path and clear temporary
# directory for libraries created by function set_freebl
########################################################################
clear_freebl()
{
LD_LIBRARY_PATH="${OLD_LIBRARY_PATH}"
export LD_LIBRARY_PATH
if [ -d "${TMP_LIBDIR}" ] ; then
rm -rf ${TMP_LIBDIR}
fi
}
############################ run_command_dbx ###########################
# local shell function to run command under dbx tool
########################################################################
run_command_dbx()
{
COMMAND=$1
shift
ATTR=$*
COMMAND=`which ${COMMAND}`
echo "dbxenv follow_fork_mode parent" > ${DBXCMD}
echo "dbxenv rtc_mel_at_exit verbose" >> ${DBXCMD}
echo "dbxenv rtc_biu_at_exit verbose" >> ${DBXCMD}
echo "check -memuse -match 16 -frames 16" >> ${DBXCMD}
echo "run ${ATTR}" >> ${DBXCMD}
export NSS_DISABLE_ARENA_FREE_LIST=1
echo "${SCRIPTNAME}: -------- Running ${COMMAND} under DBX:"
echo "${DBX} ${COMMAND}"
echo "${SCRIPTNAME}: -------- DBX commands:"
cat ${DBXCMD}
( ${DBX} ${COMMAND} < ${DBXCMD} > ${DBXOUT} 2> ${DBXERR} )
grep -v Reading ${DBXOUT} 1>&2
cat ${DBXERR}
unset NSS_DISABLE_ARENA_FREE_LIST
grep "exit code is" ${DBXOUT}
grep "exit code is 0" ${DBXOUT} > /dev/null
return $?
}
######################### run_command_valgrind #########################
# local shell function to run command under valgrind tool
########################################################################
run_command_valgrind()
{
COMMAND=$1
shift
ATTR=$*
export NSS_DISABLE_ARENA_FREE_LIST=1
echo "${SCRIPTNAME}: -------- Running ${COMMAND} under Valgrind:"
echo "${VALGRIND} --tool=memcheck --leak-check=yes --show-reachable=yes --partial-loads-ok=yes --leak-resolution=high --num-callers=50 ${COMMAND} ${ATTR}"
echo "Running: ${COMMAND} ${ATTR}" 1>&2
${VALGRIND} --tool=memcheck --leak-check=yes --show-reachable=yes --partial-loads-ok=yes --leak-resolution=high --num-callers=50 ${COMMAND} ${ATTR} 1>&2
ret=$?
echo "==0=="
unset NSS_DISABLE_ARENA_FREE_LIST
return $ret
}
############################# run_selfserv #############################
# local shell function to start selfserv
########################################################################
run_selfserv()
{
echo "PATH=${PATH}"
echo "LD_LIBRARY_PATH=${LD_LIBRARY_PATH}"
echo "${SCRIPTNAME}: -------- Running selfserv:"
echo "selfserv ${SELFSERV_ATTR}"
${BINDIR}/selfserv ${SELFSERV_ATTR}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Selfserv"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Selfserv produced a returncode of ${ret} - FAILED"
fi
}
########################### run_selfserv_dbg ###########################
# local shell function to start selfserv under debug tool
########################################################################
run_selfserv_dbg()
{
echo "PATH=${PATH}"
echo "LD_LIBRARY_PATH=${LD_LIBRARY_PATH}"
${RUN_COMMAND_DBG} ${BINDIR}/selfserv ${SERVER_OPTION} ${SELFSERV_ATTR}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Selfserv"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Selfserv produced a returncode of ${ret} - FAILED"
fi
}
############################# run_strsclnt #############################
# local shell function to run strsclnt for all ciphers and send stop
# command to selfserv over tstclnt
########################################################################
run_strsclnt()
{
for cipher in ${cipher_list}; do
VMIN="ssl3"
VMAX="tls1.2"
case "${cipher}" in
f|g)
# TLS 1.1 disallows export cipher suites.
VMAX="tls1.0"
;;
esac
ATTR="${STRSCLNT_ATTR} -C ${cipher} -V ${VMIN}:${VMAX}"
echo "${SCRIPTNAME}: -------- Trying cipher ${cipher}:"
echo "strsclnt ${ATTR}"
${BINDIR}/strsclnt ${ATTR}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Strsclnt with cipher ${cipher}"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Strsclnt produced a returncode of ${ret} - FAILED"
fi
done
ATTR="${TSTCLNT_ATTR} -V ssl3:tls1.2"
echo "${SCRIPTNAME}: -------- Stopping server:"
echo "tstclnt ${ATTR} < ${REQUEST_FILE}"
${BINDIR}/tstclnt ${ATTR} < ${REQUEST_FILE}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Tstclnt"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Tstclnt produced a returncode of ${ret} - FAILED"
fi
sleep 20
kill $(jobs -p) 2> /dev/null
}
########################### run_strsclnt_dbg ###########################
# local shell function to run strsclnt under debug tool for all ciphers
# and send stop command to selfserv over tstclnt
########################################################################
run_strsclnt_dbg()
{
for cipher in ${cipher_list}; do
VMIN="ssl3"
VMAX="tls1.2"
case "${cipher}" in
f|g)
# TLS 1.1 disallows export cipher suites.
VMAX="tls1.0"
;;
esac
ATTR="${STRSCLNT_ATTR} -C ${cipher} -V ${VMIN}:${VMAX}"
${RUN_COMMAND_DBG} ${BINDIR}/strsclnt ${CLIENT_OPTION} ${ATTR}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Strsclnt with cipher ${cipher}"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Strsclnt produced a returncode of ${ret} - FAILED"
fi
done
ATTR="${TSTCLNT_ATTR} -V ssl3:tls1.2"
echo "${SCRIPTNAME}: -------- Stopping server:"
echo "tstclnt ${ATTR} < ${REQUEST_FILE}"
${BINDIR}/tstclnt ${ATTR} < ${REQUEST_FILE}
ret=$?
if [ $ret -ne 0 ]; then
html_failed "${LOGNAME}: Tstclnt"
echo "${SCRIPTNAME} ${LOGNAME}: " \
"Tstclnt produced a returncode of ${ret} - FAILED"
fi
kill $(jobs -p) 2> /dev/null
}
stat_clear()
{
stat_minbytes=9999999
stat_maxbytes=0
stat_minblocks=9999999
stat_maxblocks=0
stat_bytes=0
stat_blocks=0
stat_runs=0
}
stat_add()
{
read hash lbytes bytes_str lblocks blocks_str in_str lruns runs_str \
minbytes minbytes_str maxbytes maxbytes_str minblocks \
minblocks_str maxblocks maxblocks_str rest < ${TMP_COUNT}
rm ${TMP_COUNT}
tbytes=`expr ${tbytes} + ${lbytes}`
tblocks=`expr ${tblocks} + ${lblocks}`
truns=`expr ${truns} + ${lruns}`
if [ ${stat_minbytes} -gt ${minbytes} ]; then
stat_minbytes=${minbytes}
fi
if [ ${stat_maxbytes} -lt ${maxbytes} ]; then
stat_maxbytes=${maxbytes}
fi
if [ ${stat_minblocks} -gt ${minblocks} ]; then
stat_minblocks=${minblocks}
fi
if [ ${stat_maxblocks} -lt ${maxblocks} ]; then
stat_maxblocks=${maxblocks}
fi
stat_bytes=`expr ${stat_bytes} + ${lbytes}`
stat_blocks=`expr ${stat_blocks} + ${lblocks}`
stat_runs=`expr ${stat_runs} + ${lruns}`
}
stat_print()
{
if [ ${stat_runs} -gt 0 ]; then
stat_avgbytes=`expr "${stat_bytes}" / "${stat_runs}"`
stat_avgblocks=`expr "${stat_blocks}" / "${stat_runs}"`
echo
echo "$1 statistics:"
echo "Leaked bytes: ${stat_minbytes} min, ${stat_avgbytes} avg, ${stat_maxbytes} max"
echo "Leaked blocks: ${stat_minblocks} min, ${stat_avgblocks} avg, ${stat_maxblocks} max"
echo "Total runs: ${stat_runs}"
echo
fi
}
########################## run_ciphers_server ##########################
# local shell function to test server part of code (selfserv)
########################################################################
run_ciphers_server()
{
html_head "Memory leak checking - server"
stat_clear
client_mode="NORMAL"
for server_mode in ${MODE_LIST}; do
set_test_mode
for freebl in ${FREEBL_LIST}; do
set_freebl || continue
LOGNAME=server-${BIT_NAME}-${freebl}-${server_mode}
LOGFILE=${LOGDIR}/${LOGNAME}.log
echo "Running ${LOGNAME}"
(
run_selfserv_dbg 2>> ${LOGFILE} &
sleep 5
run_strsclnt
)
sleep 20
clear_freebl
log_parse
ret=$?
html_msg ${ret} 0 "${LOGNAME}" "produced a returncode of $ret, expected is 0"
done
done
stat_print "Selfserv"
html "</TABLE><BR>"
}
########################## run_ciphers_client ##########################
# local shell function to test client part of code (strsclnt)
########################################################################
run_ciphers_client()
{
html_head "Memory leak checking - client"
stat_clear
server_mode="NORMAL"
for client_mode in ${MODE_LIST}; do
set_test_mode
for freebl in ${FREEBL_LIST}; do
set_freebl || continue
LOGNAME=client-${BIT_NAME}-${freebl}-${client_mode}
LOGFILE=${LOGDIR}/${LOGNAME}.log
echo "Running ${LOGNAME}"
(
run_selfserv &
sleep 5
run_strsclnt_dbg 2>> ${LOGFILE}
)
sleep 20
clear_freebl
log_parse
ret=$?
html_msg ${ret} 0 "${LOGNAME}" "produced a returncode of $ret, expected is 0"
done
done
stat_print "Strsclnt"
html "</TABLE><BR>"
}
########################## parse_logfile_dbx ###########################
# local shell function to parse and process logs from dbx
########################################################################
parse_logfile_dbx()
{
${AWK} '
BEGIN {
in_mel = 0
mel_line = 0
bytes = 0
lbytes = 0
minbytes = 9999999
maxbytes = 0
blocks = 0
lblocks = 0
minblocks = 9999999
maxblocks = 0
runs = 0
stack_string = ""
bin_name = ""
}
/Memory Leak \(mel\):/ ||
/Possible memory leak -- address in block \(aib\):/ ||
/Block in use \(biu\):/ {
in_mel = 1
stack_string = ""
next
}
in_mel == 1 && /^$/ {
print bin_name stack_string
in_mel = 0
mel_line = 0
next
}
in_mel == 1 {
mel_line += 1
}
/Found leaked block of size/ {
bytes += $6
blocks += 1
next
}
/Found .* leaked blocks/ {
bytes += $8
blocks += $2
next
}
/Found block of size/ {
bytes += $5
blocks += 1
next
}
/Found .* blocks totaling/ {
bytes += $5
blocks += $2
next
}
mel_line > 2 {
gsub(/\(\)/, "")
new_line = $2
stack_string = "/" new_line stack_string
next
}
/^Running: / {
bin_name = $2
next
}
/execution completed/ {
runs += 1
lbytes += bytes
minbytes = (minbytes < bytes) ? minbytes : bytes
maxbytes = (maxbytes > bytes) ? maxbytes : bytes
bytes = 0
lblocks += blocks
minblocks = (minblocks < blocks) ? minblocks : blocks
maxblocks = (maxblocks > blocks) ? maxblocks : blocks
blocks = 0
next
}
END {
print "# " lbytes " bytes " lblocks " blocks in " runs " runs " \
minbytes " minbytes " maxbytes " maxbytes " minblocks " minblocks " \
maxblocks " maxblocks " > "/dev/stderr"
}' 2> ${TMP_COUNT}
stat_add
}
######################## parse_logfile_valgrind ########################
# local shell function to parse and process logs from valgrind
########################################################################
parse_logfile_valgrind()
{
${AWK} '
BEGIN {
in_mel = 0
in_sum = 0
bytes = 0
lbytes = 0
minbytes = 9999999
maxbytes = 0
blocks = 0
lblocks = 0
minblocks = 9999999
maxblocks = 0
runs = 0
stack_string = ""
bin_name = ""
}
!/==[0-9]*==/ {
if ( $1 == "Running:" )
bin_name = $2
bin_nf = split(bin_name, bin_fields, "/")
bin_name = bin_fields[bin_nf]
next
}
/blocks are/ {
in_mel = 1
stack_string = ""
next
}
/LEAK SUMMARY/ {
in_sum = 1
next
}
/^==[0-9]*== *$/ {
if (in_mel)
print bin_name stack_string
if (in_sum) {
runs += 1
lbytes += bytes
minbytes = (minbytes < bytes) ? minbytes : bytes
maxbytes = (maxbytes > bytes) ? maxbytes : bytes
bytes = 0
lblocks += blocks
minblocks = (minblocks < blocks) ? minblocks : blocks
maxblocks = (maxblocks > blocks) ? maxblocks : blocks
blocks = 0
}
in_sum = 0
in_mel = 0
next
}
in_mel == 1 {
new_line = $4
if ( new_line == "(within")
new_line = "*"
stack_string = "/" new_line stack_string
}
in_sum == 1 {
for (i = 2; i <= NF; i++) {
if ($i == "bytes") {
str = $(i - 1)
gsub(",", "", str)
bytes += str
}
if ($i == "blocks.") {
str = $(i - 1)
gsub(",", "", str)
blocks += str
}
}
}
END {
print "# " lbytes " bytes " lblocks " blocks in " runs " runs " \
minbytes " minbytes " maxbytes " maxbytes " minblocks " minblocks " \
maxblocks " maxblocks " > "/dev/stderr"
}' 2> ${TMP_COUNT}
stat_add
}
############################# check_ignored ############################
# local shell function to check all stacks if they are not ignored
########################################################################
check_ignored()
{
${AWK} -F/ '
BEGIN {
ignore = "'${IGNORED_STACKS}'"
# read in the ignore file
BUGNUM = ""
count = 0
new = 0
while ((getline line < ignore) > 0) {
if (line ~ "^#[0-9]+") {
BUGNUM = line
} else if (line ~ "^#") {
continue
} else if (line == "") {
continue
} else {
bugnum_array[count] = BUGNUM
# Create a regular expression for the ignored stack:
# replace * with % so we can later replace them with regular expressions
# without messing up everything (the regular expressions contain *)
gsub("\\*", "%", line)
# replace %% with .*
gsub("%%", ".*", line)
# replace % with [^/]*
gsub("%", "[^/]*", line)
# add ^ at the beginning
# add $ at the end
line_array[count] = "^" line "$"
count++
}
}
}
{
match_found = 0
# Look for matching ignored stack
for (i = 0; i < count; i++) {
if ($0 ~ line_array[i]) {
# found a match
match_found = 1
bug_found = bugnum_array[i]
break
}
}
# Process result
if (match_found == 1 ) {
if (bug_found != "") {
print "IGNORED STACK (" bug_found "): " $0
} else {
print "IGNORED STACK: " $0
}
} else {
print "NEW STACK: " $0
new = 1
}
}
END {
exit new
}'
ret=$?
return $ret
}
############################### parse_log ##############################
# local shell function to parse log file
########################################################################
log_parse()
{
${PARSE_LOGFILE} < ${LOGFILE} > ${TMP_STACKS}
echo "${SCRIPTNAME}: Processing log ${LOGNAME}:" > ${TMP_SORTED}
cat ${TMP_STACKS} | sort -u | check_ignored >> ${TMP_SORTED}
ret=$?
echo >> ${TMP_SORTED}
cat ${TMP_SORTED} | tee -a ${FOUNDLEAKS}
rm ${TMP_STACKS} ${TMP_SORTED}
return ${ret}
}
############################## cnt_total ###############################
# local shell function to count total leaked bytes
########################################################################
cnt_total()
{
echo ""
echo "TinderboxPrint:${OPT} Lk bytes: ${tbytes}"
echo "TinderboxPrint:${OPT} Lk blocks: ${tblocks}"
echo "TinderboxPrint:${OPT} # of runs: ${truns}"
echo ""
}
############################### run_ocsp ###############################
# local shell function to run ocsp tests
########################################################################
run_ocsp()
{
stat_clear
cd ${QADIR}/iopr
. ./ocsp_iopr.sh
ocsp_iopr_run
stat_print "Ocspclnt"
}
############################## run_chains ##############################
# local shell function to run PKIX certificate chains tests
########################################################################
run_chains()
{
stat_clear
LOGNAME="chains"
LOGFILE=${LOGDIR}/chains.log
. ${QADIR}/chains/chains.sh
stat_print "Chains"
}
############################## run_chains ##############################
# local shell function to run memory leak tests
#
# NSS_MEMLEAK_TESTS - list of tests to run, if not defined before,
# then is redefined to default list
########################################################################
memleak_run_tests()
{
nss_memleak_tests="ssl_server ssl_client chains ocsp"
NSS_MEMLEAK_TESTS="${NSS_MEMLEAK_TESTS:-$nss_memleak_tests}"
for MEMLEAK_TEST in ${NSS_MEMLEAK_TESTS}
do
case "${MEMLEAK_TEST}" in
"ssl_server")
run_ciphers_server
;;
"ssl_client")
run_ciphers_client
;;
"chains")
run_chains
;;
"ocsp")
run_ocsp
;;
esac
done
}
################################# main #################################
memleak_init
memleak_run_tests
cnt_total
memleak_cleanup