#!/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
# file, You can obtain one at http://mozilla.org/MPL/2.0/.
########################################################################
#
# mozilla/security/nss/tests/cert/chains.sh
#
# Script to test certificate chains validity.
#
# needs to work on all Unix and Windows platforms
#
# special strings
# ---------------
# FIXME ... known problems, search for this string
# NOTE .... unexpected behavior
########################################################################
########################### is_httpserv_alive ##########################
# local shell function to exit with a fatal error if selfserver is not
# running
########################################################################
is_httpserv_alive()
{
if [ ! -f "${HTTPPID}" ]; then
echo "$SCRIPTNAME: Error - httpserv PID file ${HTTPPID} doesn't exist"
sleep 5
if [ ! -f "${HTTPPID}" ]; then
Exit 9 "Fatal - httpserv pid file ${HTTPPID} does not exist"
fi
fi
if [ "${OS_ARCH}" = "WINNT" ] && \
[ "$OS_NAME" = "CYGWIN_NT" -o "$OS_NAME" = "MINGW32_NT" ]; then
PID=${SHELL_HTTPPID}
else
PID=`cat ${HTTPPID}`
fi
echo "kill -0 ${PID} >/dev/null 2>/dev/null"
kill -0 ${PID} >/dev/null 2>/dev/null || Exit 10 "Fatal - httpserv process not detectable"
echo "httpserv with PID ${PID} found at `date`"
}
########################### wait_for_httpserv ##########################
# local shell function to wait until httpserver is running and initialized
########################################################################
wait_for_httpserv()
{
echo "trying to connect to httpserv at `date`"
echo "tstclnt -p ${NSS_AIA_PORT} -h ${HOSTADDR} -q -v"
${BINDIR}/tstclnt -p ${NSS_AIA_PORT} -h ${HOSTADDR} -q -v
if [ $? -ne 0 ]; then
sleep 5
echo "retrying to connect to httpserv at `date`"
echo "tstclnt -p ${NSS_AIA_PORT} -h ${HOSTADDR} -q -v"
${BINDIR}/tstclnt -p ${NSS_AIA_PORT} -h ${HOSTADDR} -q -v
if [ $? -ne 0 ]; then
html_failed "Waiting for Server"
fi
fi
is_httpserv_alive
}
########################### kill_httpserv ##############################
# local shell function to kill the httpserver after the tests are done
########################################################################
kill_httpserv()
{
if [ "${OS_ARCH}" = "WINNT" ] && \
[ "$OS_NAME" = "CYGWIN_NT" -o "$OS_NAME" = "MINGW32_NT" ]; then
PID=${SHELL_HTTPPID}
else
PID=`cat ${HTTPPID}`
fi
echo "trying to kill httpserv with PID ${PID} at `date`"
if [ "${OS_ARCH}" = "WINNT" -o "${OS_ARCH}" = "WIN95" -o "${OS_ARCH}" = "OS2" ]; then
echo "${KILL} ${PID}"
${KILL} ${PID}
else
echo "${KILL} -USR1 ${PID}"
${KILL} -USR1 ${PID}
fi
wait ${PID}
# On Linux httpserv needs up to 30 seconds to fully die and free
# the port. Wait until the port is free. (Bug 129701)
if [ "${OS_ARCH}" = "Linux" ]; then
echo "httpserv -b -p ${NSS_AIA_PORT} 2>/dev/null;"
until ${BINDIR}/httpserv -b -p ${NSS_AIA_PORT} 2>/dev/null; do
echo "RETRY: httpserv -b -p ${NSS_AIA_PORT} 2>/dev/null;"
sleep 1
done
fi
echo "httpserv with PID ${PID} killed at `date`"
rm ${HTTPPID}
html_detect_core "kill_httpserv core detection step"
}
########################### start_httpserv #############################
# local shell function to start the httpserver with the parameters required
# for this test and log information (parameters, start time)
# also: wait until the server is up and running
########################################################################
start_httpserv()
{
HTTP_METHOD=$1
if [ -n "$testname" ] ; then
echo "$SCRIPTNAME: $testname ----"
fi
echo "httpserv starting at `date`"
ODDIR="${HOSTDIR}/chains/OCSPD"
echo "httpserv -D -p ${NSS_AIA_PORT} ${SERVER_OPTIONS} \\"
echo " -A OCSPRoot -C ${ODDIR}/OCSPRoot.crl -A OCSPCA1 -C ${ODDIR}/OCSPCA1.crl \\"
echo " -A OCSPCA2 -C ${ODDIR}/OCSPCA2.crl -A OCSPCA3 -C ${ODDIR}/OCSPCA3.crl \\"
echo " -O ${HTTP_METHOD} -d ${ODDIR}/ServerDB/ -f ${ODDIR}/ServerDB/dbpasswd \\"
echo " -i ${HTTPPID} $verbose &"
${PROFTOOL} ${BINDIR}/httpserv -D -p ${NSS_AIA_PORT} ${SERVER_OPTIONS} \
-A OCSPRoot -C ${ODDIR}/OCSPRoot.crl -A OCSPCA1 -C ${ODDIR}/OCSPCA1.crl \
-A OCSPCA2 -C ${ODDIR}/OCSPCA2.crl -A OCSPCA3 -C ${ODDIR}/OCSPCA3.crl \
-O ${HTTP_METHOD} -d ${ODDIR}/ServerDB/ -f ${ODDIR}/ServerDB/dbpasswd \
-i ${HTTPPID} $verbose &
RET=$?
# The PID $! returned by the MKS or Cygwin shell is not the PID of
# the real background process, but rather the PID of a helper
# process (sh.exe). MKS's kill command has a bug: invoking kill
# on the helper process does not terminate the real background
# process. Our workaround has been to have httpserv save its PID
# in the ${HTTPPID} file and "kill" that PID instead. But this
# doesn't work under Cygwin; its kill command doesn't recognize
# the PID of the real background process, but it does work on the
# PID of the helper process. So we save the value of $! in the
# SHELL_HTTPPID variable, and use it instead of the ${HTTPPID}
# file under Cygwin. (In fact, this should work in any shell
# other than the MKS shell.)
SHELL_HTTPPID=$!
wait_for_httpserv
if [ "${OS_ARCH}" = "WINNT" ] && \
[ "$OS_NAME" = "CYGWIN_NT" -o "$OS_NAME" = "MINGW32_NT" ]; then
PID=${SHELL_HTTPPID}
else
PID=`cat ${HTTPPID}`
fi
echo "httpserv with PID ${PID} started at `date`"
}
############################# chains_init ##############################
# local shell function to initialize this script
########################################################################
chains_init()
{
if [ -z "${CLEANUP}" ] ; then # if nobody else is responsible for
CLEANUP="${SCRIPTNAME}" # cleaning this script will do it
fi
if [ -z "${INIT_SOURCED}" ] ; then
cd ../common
. ./init.sh
fi
SCRIPTNAME="chains.sh"
CHAINS_DIR="${HOSTDIR}/chains"
mkdir -p ${CHAINS_DIR}
cd ${CHAINS_DIR}
CHAINS_SCENARIOS="${QADIR}/chains/scenarios/scenarios"
CERT_SN_CNT=$(date '+%m%d%H%M%S' | sed "s/^0*//")
CERT_SN_FIX=$(expr ${CERT_SN_CNT} - 1000)
PK7_NONCE=${CERT_SN_CNT}
SCEN_CNT=${CERT_SN_CNT}
AIA_FILES="${HOSTDIR}/aiafiles"
CU_DATA=${HOSTDIR}/cu_data
CRL_DATA=${HOSTDIR}/crl_data
DEFAULT_AIA_BASE_PORT=$(expr ${PORT:-8631} + 10)
NSS_AIA_PORT=${NSS_AIA_PORT:-$DEFAULT_AIA_BASE_PORT}
DEFAULT_UNUSED_PORT=$(expr ${PORT:-8631} + 11)
NSS_UNUSED_PORT=${NSS_UNUSED_PORT:-$DEFAULT_UNUSED_PORT}
NSS_AIA_HTTP=${NSS_AIA_HTTP:-"http://${HOSTADDR}:${NSS_AIA_PORT}"}
NSS_AIA_PATH=${NSS_AIA_PATH:-$HOSTDIR/aiahttp}
NSS_AIA_OCSP=${NSS_AIA_OCSP:-$NSS_AIA_HTTP/ocsp}
NSS_OCSP_UNUSED=${NSS_AIA_OCSP_UNUSED:-"http://${HOSTADDR}:${NSS_UNUSED_PORT}"}
html_head "Certificate Chains Tests"
}
chains_run_httpserv()
{
HTTP_METHOD=$1
if [ -n "${NSS_AIA_PATH}" ]; then
HTTPPID=${NSS_AIA_PATH}/http_pid.$$
mkdir -p "${NSS_AIA_PATH}"
SAVEPWD=`pwd`
cd "${NSS_AIA_PATH}"
# Start_httpserv sets environment variables, which are required for
# correct cleanup. (Running it in a subshell doesn't work, the
# value of $SHELL_HTTPPID wouldn't arrive in this scope.)
start_httpserv ${HTTP_METHOD}
cd "${SAVEPWD}"
fi
}
chains_stop_httpserv()
{
if [ -n "${NSS_AIA_PATH}" ]; then
kill_httpserv
fi
}
############################ chains_cleanup ############################
# local shell function to finish this script (no exit since it might be
# sourced)
########################################################################
chains_cleanup()
{
html "</TABLE><BR>"
cd ${QADIR}
. common/cleanup.sh
}
############################ print_cu_data #############################
# local shell function to print certutil input data
########################################################################
print_cu_data()
{
echo "=== Certutil input data ==="
cat ${CU_DATA}
echo "==="
}
set_cert_sn()
{
if [ -z "${SERIAL}" ]; then
CERT_SN_CNT=$(expr ${CERT_SN_CNT} + 1)
CERT_SN=${CERT_SN_CNT}
else
echo ${SERIAL} | cut -b 1 | grep '+' > /dev/null
if [ $? -eq 0 ]; then
CERT_SN=$(echo ${SERIAL} | cut -b 2-)
CERT_SN=$(expr ${CERT_SN_FIX} + ${CERT_SN})
else
CERT_SN=${SERIAL}
fi
fi
}
############################# create_db ################################
# local shell function to create certificate database
########################################################################
create_db()
{
DB=$1
[ -d "${DB}" ] && rm -rf ${DB}
mkdir -p ${DB}
echo "${DB}passwd" > ${DB}/dbpasswd
TESTNAME="Creating DB ${DB}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -N -d ${DB} -f ${DB}/dbpasswd"
${BINDIR}/certutil -N -d ${DB} -f ${DB}/dbpasswd
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
########################### create_root_ca #############################
# local shell function to generate self-signed root certificate
########################################################################
create_root_ca()
{
ENTITY=$1
ENTITY_DB=${ENTITY}DB
set_cert_sn
date >> ${NOISE_FILE} 2>&1
CTYPE_OPT=
if [ -n "${CTYPE}" ]; then
CTYPE_OPT="-k ${CTYPE}"
fi
echo "5
6
9
n
y
-1
n
5
6
7
9
n
" > ${CU_DATA}
TESTNAME="Creating Root CA ${ENTITY}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -s \"CN=${ENTITY} ROOT CA, O=${ENTITY}, C=US\" -S -n ${ENTITY} ${CTYPE_OPT} -t CTu,CTu,CTu -v 600 -x -d ${ENTITY_DB} -1 -2 -5 -f ${ENTITY_DB}/dbpasswd -z ${NOISE_FILE} -m ${CERT_SN} < ${CU_DATA}"
print_cu_data
${BINDIR}/certutil -s "CN=${ENTITY} ROOT CA, O=${ENTITY}, C=US" -S -n ${ENTITY} ${CTYPE_OPT} -t CTu,CTu,CTu -v 600 -x -d ${ENTITY_DB} -1 -2 -5 -f ${ENTITY_DB}/dbpasswd -z ${NOISE_FILE} -m ${CERT_SN} < ${CU_DATA}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
TESTNAME="Exporting Root CA ${ENTITY}.der"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -L -d ${ENTITY_DB} -r -n ${ENTITY} -o ${ENTITY}.der"
${BINDIR}/certutil -L -d ${ENTITY_DB} -r -n ${ENTITY} -o ${ENTITY}.der
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
########################### create_cert_req ############################
# local shell function to generate certificate sign request
########################################################################
create_cert_req()
{
ENTITY=$1
TYPE=$2
ENTITY_DB=${ENTITY}DB
REQ=${ENTITY}Req.der
date >> ${NOISE_FILE} 2>&1
CTYPE_OPT=
if [ -n "${CTYPE}" ]; then
CTYPE_OPT="-k ${CTYPE}"
fi
CA_FLAG=
EXT_DATA=
OPTIONS=
if [ "${TYPE}" != "EE" ]; then
CA_FLAG="-2"
EXT_DATA="y
-1
y
"
fi
process_crldp
echo "${EXT_DATA}" > ${CU_DATA}
TESTNAME="Creating ${TYPE} certifiate request ${REQ}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -s \"CN=${ENTITY} ${TYPE}, O=${ENTITY}, C=US\" ${CTYPE_OPT} -R ${CA_FLAG} -d ${ENTITY_DB} -f ${ENTITY_DB}/dbpasswd -z ${NOISE_FILE} -o ${REQ} ${OPTIONS} < ${CU_DATA}"
print_cu_data
${BINDIR}/certutil -s "CN=${ENTITY} ${TYPE}, O=${ENTITY}, C=US" ${CTYPE_OPT} -R ${CA_FLAG} -d ${ENTITY_DB} -f ${ENTITY_DB}/dbpasswd -z ${NOISE_FILE} -o ${REQ} ${OPTIONS} < ${CU_DATA}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
############################ create_entity #############################
# local shell function to create certificate chain entity
########################################################################
create_entity()
{
ENTITY=$1
TYPE=$2
if [ -z "${ENTITY}" ]; then
echo "Configuration error: Unnamed entity"
exit 1
fi
DB=${ENTITY}DB
ENTITY_DB=${ENTITY}DB
case "${TYPE}" in
"Root")
create_db "${DB}"
create_root_ca "${ENTITY}"
;;
"Intermediate" | "Bridge" | "EE")
create_db "${DB}"
create_cert_req "${ENTITY}" "${TYPE}"
;;
"*")
echo "Configuration error: Unknown type ${TYPE}"
exit 1
;;
esac
}
########################################################################
# List of global variables related to certificate extensions processing:
#
# Generated by process_extensions and functions called from it:
# OPTIONS - list of command line policy extensions
# DATA - list of inpud data related to policy extensions
#
# Generated by parse_config:
# POLICY - list of certificate policies
# MAPPING - list of policy mappings
# INHIBIT - inhibit flag
# AIA - AIA list
########################################################################
############################ process_policy ############################
# local shell function to process policy extension parameters and
# generate input for certutil
########################################################################
process_policy()
{
if [ -n "${POLICY}" ]; then
OPTIONS="${OPTIONS} --extCP"
NEXT=
for ITEM in ${POLICY}; do
if [ -n "${NEXT}" ]; then
DATA="${DATA}y
"
fi
NEXT=1
DATA="${DATA}${ITEM}
1
n
"
done
DATA="${DATA}n
n
"
fi
}
########################### process_mapping ############################
# local shell function to process policy mapping parameters and
# generate input for certutil
########################################################################
process_mapping()
{
if [ -n "${MAPPING}" ]; then
OPTIONS="${OPTIONS} --extPM"
NEXT=
for ITEM in ${MAPPING}; do
if [ -n "${NEXT}" ]; then
DATA="${DATA}y
"
fi
NEXT=1
IDP=`echo ${ITEM} | cut -d: -f1`
SDP=`echo ${ITEM} | cut -d: -f2`
DATA="${DATA}${IDP}
${SDP}
"
done
DATA="${DATA}n
n
"
fi
}
########################### process_inhibit#############################
# local shell function to process inhibit extension and generate input
# for certutil
########################################################################
process_inhibit()
{
if [ -n "${INHIBIT}" ]; then
OPTIONS="${OPTIONS} --extIA"
DATA="${DATA}${INHIBIT}
n
"
fi
}
############################# process_aia ##############################
# local shell function to process AIA extension parameters and
# generate input for certutil
########################################################################
process_aia()
{
if [ -n "${AIA}" ]; then
OPTIONS="${OPTIONS} --extAIA"
DATA="${DATA}1
"
for ITEM in ${AIA}; do
PK7_NONCE=`expr $PK7_NONCE + 1`
echo ${ITEM} | grep ":" > /dev/null
if [ $? -eq 0 ]; then
CERT_NICK=`echo ${ITEM} | cut -d: -f1`
CERT_ISSUER=`echo ${ITEM} | cut -d: -f2`
CERT_LOCAL="${CERT_NICK}${CERT_ISSUER}.der"
CERT_PUBLIC="${HOST}-$$-${CERT_NICK}${CERT_ISSUER}-${PK7_NONCE}.der"
else
CERT_LOCAL="${ITEM}.p7"
CERT_PUBLIC="${HOST}-$$-${ITEM}-${PK7_NONCE}.p7"
fi
DATA="${DATA}7
${NSS_AIA_HTTP}/${CERT_PUBLIC}
"
if [ -n "${NSS_AIA_PATH}" ]; then
cp ${CERT_LOCAL} ${NSS_AIA_PATH}/${CERT_PUBLIC} 2> /dev/null
chmod a+r ${NSS_AIA_PATH}/${CERT_PUBLIC}
echo ${NSS_AIA_PATH}/${CERT_PUBLIC} >> ${AIA_FILES}
fi
done
DATA="${DATA}0
n
n"
fi
}
process_ocsp()
{
if [ -n "${OCSP}" ]; then
OPTIONS="${OPTIONS} --extAIA"
if [ "${OCSP}" = "offline" ]; then
MY_OCSP_URL=${NSS_OCSP_UNUSED}
else
MY_OCSP_URL=${NSS_AIA_OCSP}
fi
DATA="${DATA}2
7
${MY_OCSP_URL}
0
n
n
"
fi
}
process_crldp()
{
if [ -n "${CRLDP}" ]; then
OPTIONS="${OPTIONS} -4"
EXT_DATA="${EXT_DATA}1
"
for ITEM in ${CRLDP}; do
CRL_PUBLIC="${HOST}-$$-${ITEM}-${SCEN_CNT}.crl"
EXT_DATA="${EXT_DATA}7
${NSS_AIA_HTTP}/${CRL_PUBLIC}
"
done
EXT_DATA="${EXT_DATA}-1
-1
-1
n
n
"
fi
}
process_ku_ns_eku()
{
if [ -n "${EXT_KU}" ]; then
OPTIONS="${OPTIONS} --keyUsage ${EXT_KU}"
fi
if [ -n "${EXT_NS}" ]; then
EXT_NS_KEY=$(echo ${EXT_NS} | cut -d: -f1)
EXT_NS_CODE=$(echo ${EXT_NS} | cut -d: -f2)
OPTIONS="${OPTIONS} --nsCertType ${EXT_NS_KEY}"
DATA="${DATA}${EXT_NS_CODE}
-1
n
"
fi
if [ -n "${EXT_EKU}" ]; then
OPTIONS="${OPTIONS} --extKeyUsage ${EXT_EKU}"
fi
}
copy_crl()
{
if [ -z "${NSS_AIA_PATH}" ]; then
return;
fi
CRL_LOCAL="${COPYCRL}.crl"
CRL_PUBLIC="${HOST}-$$-${COPYCRL}-${SCEN_CNT}.crl"
cp ${CRL_LOCAL} ${NSS_AIA_PATH}/${CRL_PUBLIC} 2> /dev/null
chmod a+r ${NSS_AIA_PATH}/${CRL_PUBLIC}
echo ${NSS_AIA_PATH}/${CRL_PUBLIC} >> ${AIA_FILES}
}
########################## process_extension ###########################
# local shell function to process entity extension parameters and
# generate input for certutil
########################################################################
process_extensions()
{
OPTIONS=
DATA=
process_policy
process_mapping
process_inhibit
process_aia
process_ocsp
process_ku_ns_eku
}
############################## sign_cert ###############################
# local shell function to sign certificate sign reuqest
########################################################################
sign_cert()
{
ENTITY=$1
ISSUER=$2
TYPE=$3
[ -z "${ISSUER}" ] && return
ENTITY_DB=${ENTITY}DB
ISSUER_DB=${ISSUER}DB
REQ=${ENTITY}Req.der
CERT=${ENTITY}${ISSUER}.der
set_cert_sn
EMAIL_OPT=
if [ "${TYPE}" = "Bridge" ]; then
EMAIL_OPT="-7 ${ENTITY}@${ISSUER}"
[ -n "${EMAILS}" ] && EMAILS="${EMAILS},"
EMAILS="${EMAILS}${ENTITY}@${ISSUER}"
fi
process_extensions
echo "${DATA}" > ${CU_DATA}
TESTNAME="Creating certficate ${CERT} signed by ${ISSUER}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -C -c ${ISSUER} -v 60 -d ${ISSUER_DB} -i ${REQ} -o ${CERT} -f ${ISSUER_DB}/dbpasswd -m ${CERT_SN} ${EMAIL_OPT} ${OPTIONS} < ${CU_DATA}"
print_cu_data
${BINDIR}/certutil -C -c ${ISSUER} -v 60 -d ${ISSUER_DB} -i ${REQ} -o ${CERT} -f ${ISSUER_DB}/dbpasswd -m ${CERT_SN} ${EMAIL_OPT} ${OPTIONS} < ${CU_DATA}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
TESTNAME="Importing certificate ${CERT} to ${ENTITY_DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -A -n ${ENTITY} -t u,u,u -d ${ENTITY_DB} -f ${ENTITY_DB}/dbpasswd -i ${CERT}"
${BINDIR}/certutil -A -n ${ENTITY} -t u,u,u -d ${ENTITY_DB} -f ${ENTITY_DB}/dbpasswd -i ${CERT}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
############################# create_pkcs7##############################
# local shell function to package bridge certificates into pkcs7
# package
########################################################################
create_pkcs7()
{
ENTITY=$1
ENTITY_DB=${ENTITY}DB
TESTNAME="Generating PKCS7 package from ${ENTITY_DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "cmsutil -O -r \"${EMAILS}\" -d ${ENTITY_DB} > ${ENTITY}.p7"
${BINDIR}/cmsutil -O -r "${EMAILS}" -d ${ENTITY_DB} > ${ENTITY}.p7
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
############################# import_key ###############################
# local shell function to import private key + cert into database
########################################################################
import_key()
{
KEY_NAME=$1.p12
DB=$2
KEY_FILE=../OCSPD/${KEY_NAME}
TESTNAME="Importing p12 key ${KEY_NAME} to ${DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "${BINDIR}/pk12util -d ${DB} -i ${KEY_FILE} -k ${DB}/dbpasswd -W nssnss"
${BINDIR}/pk12util -d ${DB} -i ${KEY_FILE} -k ${DB}/dbpasswd -W nssnss
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
export_key()
{
KEY_NAME=$1.p12
DB=$2
TESTNAME="Exporting $1 as ${KEY_NAME} from ${DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "${BINDIR}/pk12util -d ${DB} -o ${KEY_NAME} -n $1 -k ${DB}/dbpasswd -W nssnss"
${BINDIR}/pk12util -d ${DB} -o ${KEY_NAME} -n $1 -k ${DB}/dbpasswd -W nssnss
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
############################# import_cert ##############################
# local shell function to import certificate into database
########################################################################
import_cert()
{
IMPORT=$1
DB=$2
CERT_NICK=`echo ${IMPORT} | cut -d: -f1`
CERT_ISSUER=`echo ${IMPORT} | cut -d: -f2`
CERT_TRUST=`echo ${IMPORT} | cut -d: -f3`
if [ "${CERT_ISSUER}" = "x" ]; then
CERT_ISSUER=
CERT=${CERT_NICK}.cert
CERT_FILE="${QADIR}/libpkix/certs/${CERT}"
elif [ "${CERT_ISSUER}" = "d" ]; then
CERT_ISSUER=
CERT=${CERT_NICK}.der
CERT_FILE="../OCSPD/${CERT}"
else
CERT=${CERT_NICK}${CERT_ISSUER}.der
CERT_FILE=${CERT}
fi
IS_ASCII=`grep -c -- "-----BEGIN CERTIFICATE-----" ${CERT_FILE}`
ASCII_OPT=
if [ "${IS_ASCII}" -gt 0 ]; then
ASCII_OPT="-a"
fi
TESTNAME="Importing certificate ${CERT} to ${DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "certutil -A -n ${CERT_NICK} ${ASCII_OPT} -t \"${CERT_TRUST}\" -d ${DB} -f ${DB}/dbpasswd -i ${CERT_FILE}"
${BINDIR}/certutil -A -n ${CERT_NICK} ${ASCII_OPT} -t "${CERT_TRUST}" -d ${DB} -f ${DB}/dbpasswd -i ${CERT_FILE}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
import_crl()
{
IMPORT=$1
DB=$2
CRL_NICK=`echo ${IMPORT} | cut -d: -f1`
CRL_FILE=${CRL_NICK}.crl
if [ ! -f "${CRL_FILE}" ]; then
return
fi
TESTNAME="Importing CRL ${CRL_FILE} to ${DB} database"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "crlutil -I -d ${DB} -f ${DB}/dbpasswd -i ${CRL_FILE}"
${BINDIR}/crlutil -I -d ${DB} -f ${DB}/dbpasswd -i ${CRL_FILE}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
create_crl()
{
ISSUER=$1
ISSUER_DB=${ISSUER}DB
CRL=${ISSUER}.crl
DATE=$(date -u '+%Y%m%d%H%M%SZ')
DATE_LAST="${DATE}"
UPDATE=$(expr $(date -u '+%Y') + 1)$(date -u '+%m%d%H%M%SZ')
echo "update=${DATE}" > ${CRL_DATA}
echo "nextupdate=${UPDATE}" >> ${CRL_DATA}
TESTNAME="Create CRL for ${ISSUER_DB}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "crlutil -G -d ${ISSUER_DB} -n ${ISSUER} -f ${ISSUER_DB}/dbpasswd -o ${CRL}"
echo "=== Crlutil input data ==="
cat ${CRL_DATA}
echo "==="
${BINDIR}/crlutil -G -d ${ISSUER_DB} -n ${ISSUER} -f ${ISSUER_DB}/dbpasswd -o ${CRL} < ${CRL_DATA}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
revoke_cert()
{
ISSUER=$1
ISSUER_DB=${ISSUER}DB
CRL=${ISSUER}.crl
set_cert_sn
DATE=$(date -u '+%Y%m%d%H%M%SZ')
while [ "${DATE}" = "${DATE_LAST}" ]; do
sleep 1
DATE=$(date -u '+%Y%m%d%H%M%SZ')
done
DATE_LAST="${DATE}"
echo "update=${DATE}" > ${CRL_DATA}
echo "addcert ${CERT_SN} ${DATE}" >> ${CRL_DATA}
TESTNAME="Revoking certificate with SN ${CERT_SN} issued by ${ISSUER}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "crlutil -M -d ${ISSUER_DB} -n ${ISSUER} -f ${ISSUER_DB}/dbpasswd -o ${CRL}"
echo "=== Crlutil input data ==="
cat ${CRL_DATA}
echo "==="
${BINDIR}/crlutil -M -d ${ISSUER_DB} -n ${ISSUER} -f ${ISSUER_DB}/dbpasswd -o ${CRL} < ${CRL_DATA}
html_msg $? 0 "${SCENARIO}${TESTNAME}"
}
########################################################################
# List of global variables related to certificate verification:
#
# Generated by parse_config:
# DB - DB used for testing
# FETCH - fetch flag (used with AIA extension)
# POLICY - list of policies
# TRUST - trust anchor
# TRUST_AND_DB - Examine both trust anchors and the cert db for trust
# VERIFY - list of certificates to use as vfychain parameters
# EXP_RESULT - expected result
# REV_OPTS - revocation options
########################################################################
############################# verify_cert ##############################
# local shell function to verify certificate validity
########################################################################
verify_cert()
{
ENGINE=$1
DB_OPT=
FETCH_OPT=
POLICY_OPT=
TRUST_OPT=
VFY_CERTS=
VFY_LIST=
TRUST_AND_DB_OPT=
if [ -n "${DB}" ]; then
DB_OPT="-d ${DB}"
fi
if [ -n "${FETCH}" ]; then
FETCH_OPT="-f"
if [ -z "${NSS_AIA_HTTP}" ]; then
echo "${SCRIPTNAME} Skipping test using AIA fetching, NSS_AIA_HTTP not defined"
return
fi
fi
if [ -n "${TRUST_AND_DB}" ]; then
TRUST_AND_DB_OPT="-T"
fi
for ITEM in ${POLICY}; do
POLICY_OPT="${POLICY_OPT} -o ${ITEM}"
done
for ITEM in ${TRUST}; do
echo ${ITEM} | grep ":" > /dev/null
if [ $? -eq 0 ]; then
CERT_NICK=`echo ${ITEM} | cut -d: -f1`
CERT_ISSUER=`echo ${ITEM} | cut -d: -f2`
CERT=${CERT_NICK}${CERT_ISSUER}.der
TRUST_OPT="${TRUST_OPT} -t ${CERT}"
else
TRUST_OPT="${TRUST_OPT} -t ${ITEM}"
fi
done
for ITEM in ${VERIFY}; do
CERT_NICK=`echo ${ITEM} | cut -d: -f1`
CERT_ISSUER=`echo ${ITEM} | cut -d: -f2`
if [ "${CERT_ISSUER}" = "x" ]; then
CERT="${QADIR}/libpkix/certs/${CERT_NICK}.cert"
VFY_CERTS="${VFY_CERTS} ${CERT}"
VFY_LIST="${VFY_LIST} ${CERT_NICK}.cert"
elif [ "${CERT_ISSUER}" = "d" ]; then
CERT="../OCSPD/${CERT_NICK}.der"
VFY_CERTS="${VFY_CERTS} ${CERT}"
VFY_LIST="${VFY_LIST} ${CERT_NICK}.cert"
else
CERT=${CERT_NICK}${CERT_ISSUER}.der
VFY_CERTS="${VFY_CERTS} ${CERT}"
VFY_LIST="${VFY_LIST} ${CERT}"
fi
done
VFY_OPTS_TNAME="${DB_OPT} ${ENGINE} ${TRUST_AND_DB_OPT} ${REV_OPTS} ${FETCH_OPT} ${USAGE_OPT} ${POLICY_OPT} ${TRUST_OPT}"
VFY_OPTS_ALL="${DB_OPT} ${ENGINE} -vv ${TRUST_AND_DB_OPT} ${REV_OPTS} ${FETCH_OPT} ${USAGE_OPT} ${POLICY_OPT} ${VFY_CERTS} ${TRUST_OPT}"
TESTNAME="Verifying certificate(s) ${VFY_LIST} with flags ${VFY_OPTS_TNAME}"
echo "${SCRIPTNAME}: ${TESTNAME}"
echo "vfychain ${VFY_OPTS_ALL}"
if [ -z "${MEMLEAK_DBG}" ]; then
VFY_OUT=$(${BINDIR}/vfychain ${VFY_OPTS_ALL} 2>&1)
RESULT=$?
echo "${VFY_OUT}"
else
VFY_OUT=$(${RUN_COMMAND_DBG} ${BINDIR}/vfychain ${VFY_OPTS_ALL} 2>> ${LOGFILE})
RESULT=$?
echo "${VFY_OUT}"
fi
echo "${VFY_OUT}" | grep "ERROR -5990: I/O operation timed out" > /dev/null
E5990=$?
echo "${VFY_OUT}" | grep "ERROR -8030: Server returned bad HTTP response" > /dev/null
E8030=$?
if [ $E5990 -eq 0 -o $E8030 -eq 0 ]; then
echo "Result of this test is not valid due to network time out."
html_unknown "${SCENARIO}${TESTNAME}"
return
fi
echo "Returned value is ${RESULT}, expected result is ${EXP_RESULT}"
if [ "${EXP_RESULT}" = "pass" -a ${RESULT} -eq 0 ]; then
html_passed "${SCENARIO}${TESTNAME}"
elif [ "${EXP_RESULT}" = "fail" -a ${RESULT} -ne 0 ]; then
html_passed "${SCENARIO}${TESTNAME}"
else
html_failed "${SCENARIO}${TESTNAME}"
fi
}
check_ocsp()
{
OCSP_CERT=$1
CERT_NICK=`echo ${OCSP_CERT} | cut -d: -f1`
CERT_ISSUER=`echo ${OCSP_CERT} | cut -d: -f2`
if [ "${CERT_ISSUER}" = "x" ]; then
CERT_ISSUER=
CERT=${CERT_NICK}.cert
CERT_FILE="${QADIR}/libpkix/certs/${CERT}"
elif [ "${CERT_ISSUER}" = "d" ]; then
CERT_ISSUER=
CERT=${CERT_NICK}.der
CERT_FILE="../OCSPD/${CERT}"
else
CERT=${CERT_NICK}${CERT_ISSUER}.der
CERT_FILE=${CERT}
fi
# sample line:
# URI: "http://ocsp.server:2601"
OCSP_HOST=$(${BINDIR}/pp -w -t certificate -i ${CERT_FILE} | grep URI | sed "s/.*:\/\///" | sed "s/:.*//")
OCSP_PORT=$(${BINDIR}/pp -w -t certificate -i ${CERT_FILE} | grep URI | sed "s/^.*:.*:\/\/.*:\([0-9]*\).*$/\1/")
echo "tstclnt -h ${OCSP_HOST} -p ${OCSP_PORT} -q -t 20"
tstclnt -h ${OCSP_HOST} -p ${OCSP_PORT} -q -t 20
return $?
}
############################ parse_result ##############################
# local shell function to process expected result value
# this function was created for case that expected result depends on
# some conditions - in our case type of cert DB
#
# default results are pass and fail
# this function added parsable values in format:
# type1:value1 type2:value2 .... typex:valuex
#
# allowed types are dbm, sql, all (all means all other cases)
# allowed values are pass and fail
#
# if this format is not used, EXP_RESULT will stay unchanged (this also
# covers pass and fail states)
########################################################################
parse_result()
{
for RES in ${EXP_RESULT}
do
RESTYPE=$(echo ${RES} | cut -d: -f1)
RESSTAT=$(echo ${RES} | cut -d: -f2)
if [ "${RESTYPE}" = "${NSS_DEFAULT_DB_TYPE}" -o "${RESTYPE}" = "all" ]; then
EXP_RESULT=${RESSTAT}
break
fi
done
}
############################ parse_config ##############################
# local shell function to parse and process file containing certificate
# chain configuration and list of tests
########################################################################
parse_config()
{
SCENARIO=
LOGNAME=
while read KEY VALUE
do
case "${KEY}" in
"entity")
ENTITY="${VALUE}"
TYPE=
ISSUER=
CTYPE=
POLICY=
MAPPING=
INHIBIT=
AIA=
CRLDP=
OCSP=
DB=
EMAILS=
EXT_KU=
EXT_NS=
EXT_EKU=
SERIAL=
EXPORT_KEY=
;;
"type")
TYPE="${VALUE}"
;;
"issuer")
if [ -n "${ISSUER}" ]; then
if [ -z "${DB}" ]; then
create_entity "${ENTITY}" "${TYPE}"
fi
sign_cert "${ENTITY}" "${ISSUER}" "${TYPE}"
fi
ISSUER="${VALUE}"
POLICY=
MAPPING=
INHIBIT=
AIA=
EXT_KU=
EXT_NS=
EXT_EKU=
;;
"ctype")
CTYPE="${VALUE}"
;;
"policy")
POLICY="${POLICY} ${VALUE}"
;;
"mapping")
MAPPING="${MAPPING} ${VALUE}"
;;
"inhibit")
INHIBIT="${VALUE}"
;;
"aia")
AIA="${AIA} ${VALUE}"
;;
"crldp")
CRLDP="${CRLDP} ${VALUE}"
;;
"ocsp")
OCSP="${VALUE}"
;;
"db")
DB="${VALUE}DB"
create_db "${DB}"
;;
"import")
IMPORT="${VALUE}"
import_cert "${IMPORT}" "${DB}"
import_crl "${IMPORT}" "${DB}"
;;
"import_key")
IMPORT="${VALUE}"
import_key "${IMPORT}" "${DB}"
;;
"crl")
ISSUER="${VALUE}"
create_crl "${ISSUER}"
;;
"revoke")
REVOKE="${VALUE}"
;;
"serial")
SERIAL="${VALUE}"
;;
"export_key")
EXPORT_KEY=1
;;
"copycrl")
COPYCRL="${VALUE}"
copy_crl "${COPYCRL}"
;;
"verify")
VERIFY="${VALUE}"
TRUST=
TRUST_AND_DB=
POLICY=
FETCH=
EXP_RESULT=
REV_OPTS=
USAGE_OPT=
;;
"cert")
VERIFY="${VERIFY} ${VALUE}"
;;
"testdb")
if [ -n "${VALUE}" ]; then
DB="${VALUE}DB"
else
DB=
fi
;;
"trust")
TRUST="${TRUST} ${VALUE}"
;;
"trust_and_db")
TRUST_AND_DB=1
;;
"fetch")
FETCH=1
;;
"result")
EXP_RESULT="${VALUE}"
parse_result
;;
"rev_type")
REV_OPTS="${REV_OPTS} -g ${VALUE}"
;;
"rev_flags")
REV_OPTS="${REV_OPTS} -h ${VALUE}"
;;
"rev_mtype")
REV_OPTS="${REV_OPTS} -m ${VALUE}"
;;
"rev_mflags")
REV_OPTS="${REV_OPTS} -s ${VALUE}"
;;
"scenario")
SCENARIO="${VALUE}: "
CHAINS_DIR="${HOSTDIR}/chains/${VALUE}"
mkdir -p ${CHAINS_DIR}
cd ${CHAINS_DIR}
if [ -n "${MEMLEAK_DBG}" ]; then
LOGNAME="libpkix-${VALUE}"
LOGFILE="${LOGDIR}/${LOGNAME}"
fi
SCEN_CNT=$(expr ${SCEN_CNT} + 1)
;;
"sleep")
sleep ${VALUE}
;;
"break")
break
;;
"check_ocsp")
TESTNAME="Test that OCSP server is reachable"
check_ocsp ${VALUE}
if [ $? -ne 0 ]; then
html_failed "$TESTNAME"
break;
else
html_passed "$TESTNAME"
fi
;;
"ku")
EXT_KU="${VALUE}"
;;
"ns")
EXT_NS="${VALUE}"
;;
"eku")
EXT_EKU="${VALUE}"
;;
"usage")
USAGE_OPT="-u ${VALUE}"
;;
"")
if [ -n "${ENTITY}" ]; then
if [ -z "${DB}" ]; then
create_entity "${ENTITY}" "${TYPE}"
fi
sign_cert "${ENTITY}" "${ISSUER}" "${TYPE}"
if [ "${TYPE}" = "Bridge" ]; then
create_pkcs7 "${ENTITY}"
fi
if [ -n "${EXPORT_KEY}" ]; then
export_key "${ENTITY}" "${DB}"
fi
ENTITY=
fi
if [ -n "${VERIFY}" ]; then
verify_cert "-pp"
if [ -n "${VERIFY_CLASSIC_ENGINE_TOO}" ]; then
verify_cert ""
verify_cert "-p"
fi
VERIFY=
fi
if [ -n "${REVOKE}" ]; then
revoke_cert "${REVOKE}" "${DB}"
REVOKE=
fi
;;
*)
if [ `echo ${KEY} | cut -b 1` != "#" ]; then
echo "Configuration error: Unknown keyword ${KEY}"
exit 1
fi
;;
esac
done
if [ -n "${MEMLEAK_DBG}" ]; then
log_parse
html_msg $? 0 "${SCENARIO}Memory leak checking"
fi
}
process_scenario()
{
SCENARIO_FILE=$1
> ${AIA_FILES}
parse_config < "${QADIR}/chains/scenarios/${SCENARIO_FILE}"
while read AIA_FILE
do
rm ${AIA_FILE} 2> /dev/null
done < ${AIA_FILES}
rm ${AIA_FILES}
}
# process ocspd.cfg separately
chains_ocspd()
{
process_scenario "ocspd.cfg"
}
# process ocsp.cfg separately
chains_method()
{
process_scenario "method.cfg"
}
############################# chains_main ##############################
# local shell function to process all testing scenarios
########################################################################
chains_main()
{
while read LINE
do
[ `echo ${LINE} | cut -b 1` != "#" ] || continue
[ ${LINE} != 'ocspd.cfg' ] || continue
[ ${LINE} != 'method.cfg' ] || continue
process_scenario ${LINE}
done < "${CHAINS_SCENARIOS}"
}
################################ main ##################################
chains_init
VERIFY_CLASSIC_ENGINE_TOO=
chains_ocspd
VERIFY_CLASSIC_ENGINE_TOO=1
chains_run_httpserv get
chains_method
chains_stop_httpserv
chains_run_httpserv post
chains_method
chains_stop_httpserv
VERIFY_CLASSIC_ENGINE_TOO=
chains_run_httpserv random
chains_main
chains_stop_httpserv
chains_run_httpserv get-unknown
chains_main
chains_stop_httpserv
chains_cleanup