/usr/bin/grid-cert-request is in globus-gsi-cert-utils-progs 9.16-1.
This file is owned by root:root, with mode 0o755.
The actual contents of the file can be viewed below.
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#
# Copyright 1999-2006 University of Chicago
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
printDirections ()
{
printThis=0
if [ -f $DIRECTIONS_FILE ] ; then
while read line || test ! -z "${line}" ; do
if test -n "`echo $line | grep \"END $1 TEXT\"`" ; then
break
fi
if [ "$printThis" = "1" ]; then
echo "`eval echo \"$line\"`"
fi
if test -n "`echo $line | grep \"BEGIN $1 TEXT\"`" ; then
printThis=1
fi
done < $DIRECTIONS_FILE
fi
return $printThis
}
openssl="/usr/bin/openssl"
prefix="${GLOBUS_LOCATION-/usr}"
exec_prefix="${prefix}"
bindir="${exec_prefix}/bin"
sbindir="${exec_prefix}/sbin"
datarootdir="${prefix}/share"
datadir="${datarootdir}"
sysconfdir="/etc"
PATH=${bindir}:${sbindir}:${PATH}
if [ ! -z "${GRID_SECURITY_DIR}" ] ; then
if [ -r "${GRID_SECURITY_DIR}/globus-user-ssl.conf" ] &&
[ -r "${GRID_SECURITY_DIR}/globus-host-ssl.conf" ] ; then
secconfdir="${GRID_SECURITY_DIR}"
if test ! -z "${X509_CERT_DIR}" ; then
trusted_certs_dir="${X509_CERT_DIR}"
elif test "X`echo ${GRID_SECURITY_DIR}| sed 's/\/\//\//'`" \
= "X`echo ${sysconfdir}|sed 's/\/\//\//'`" ; then
trusted_certs_dir="${datadir}/certificates"
elif test -d "${secconfdir}/certificates"; then
trusted_certs_dir="${secconfdir}/certificates"
else
echo "ERROR: Cannot determine trusted certificate directory. Please set X509_CERT_DIR" 1>&2
exit 1
fi
fi
elif [ -r "/etc/grid-security/globus-user-ssl.conf" ] &&
[ -r "/etc/grid-security/globus-host-ssl.conf" ] ; then
secconfdir="/etc/grid-security"
if test ! -z "${X509_CERT_DIR}" ; then
trusted_certs_dir="${X509_CERT_DIR}"
else
trusted_certs_dir="${secconfdir}/certificates"
fi
elif [ -r "${sysconfdir}/globus-user-ssl.conf" ] &&
[ -r "${sysconfdir}/globus-host-ssl.conf" ] ; then
secconfdir="${sysconfdir}"
if test ! -z "${X509_CERT_DIR}" ; then
trusted_certs_dir="${X509_CERT_DIR}"
else
trusted_certs_dir="${datadir}/certificates"
fi
else
secconfdir="/etc/grid-security"
if test ! -z "${X509_CERT_DIR}" ; then
trusted_certs_dir="${X509_CERT_DIR}"
else
trusted_certs_dir="${secconfdir}/certificates"
fi
fi
#
# Sample script to generate a certificate request which can be sent
# to the Globus CA, who will sign it. This script uses the
# globus-ssl.conf file.
#
# When generating a certificate request and private key for a
# globus gatekeeper daemon, use the -nopw option, so the
# key is not protected by pass phrase.
#
PROGRAM_NAME=`echo $0 | sed 's|.*/||g'`
PROGRAM_VERSION="9.16"
VERSION="9.16"
PACKAGE="globus_gsi_cert_utils"
DIRT_TIMESTAMP="1483727772"
DIRT_BRANCH_ID="85"
short_usage="$PROGRAM_NAME [-help] [ options ...]"
###########################################################
# long_usage
# Provide usage instructions to the end user
###########################################################
long_usage ()
{
cat >&2 <<EOF
${short_usage}
Example Usage:
Creating a user certifcate:
grid-cert-request
Creating a host or gatekeeper certifcate:
grid-cert-request -host [my.host.fqdn]
Creating a LDAP server certificate:
grid-cert-request -service ldap -host [my.host.fqdn]
Options:
-version : Display version
-?, -h, -help, : Display usage
-usage
-cn <name>, : Common name of the user
-commonname <name>
-service <service> : Create certificate for a service. Requires
the -host option and implies that the generated
key will not be password protected (ie implies -nopw).
-host <FQDN> : Create certificate for a host named <FQDN>
-dns <FQDN>,... : Create certificate with the dNSName extension
-ip <IP-ADDRESS>,...
: Create certificate with the iPAddress extension
-dir <dir_name> : Changes the directory the private key and certificate
request will be placed in. By default user
certificates are placed in $HOME/.globus, host
certificates are placed in /etc/grid-security and
service certificates are place in
/etc/grid-security/<service>.
-prefix <prefix> : Causes the generated files to be named
<prefix>cert.pem, <prefix>key.pem and
<prefix>cert_request.pem
-nopw, : Create certificate without a passwd
-nodes,
-nopassphrase,
-verbose : Don't clear the screen
-int[eractive] : Prompt user for each component of the DN
-force : Overwrites preexisting certifictes
-ca : Will ask which CA is to be used (interactive)
-ca <hash> : Will use the CA with hash value <hash>
EOF
}
###########################################################
# set_non_default_ca
# Change the CA used for generating the certificate
###########################################################
set_non_default_ca()
{
if [ "${nondefaultca}" = "true" ]; then
INSTALLED_CERTS="`echo ${trusted_certs_dir}/*.0`"
if [ -z "${INSTALLED_CERTS}" ]; then
echo "No CA's have been installed on this host!"
echo "To run grid-cert-request, a CA must first"
echo "be installed"
exit 1;
else
echo
echo "The available CA configurations installed on this host are:"
echo
fi
index=1
for cert in ${trusted_certs_dir}/*.0; do
if test -r "${cert}" ; then
eval "CA${index}=${cert}"
TEMP_SUBJECT="$("$openssl" x509 -in ${cert} -noout -subject -nameopt rfc2253,-dn_rev | sed -e 's|^subject= *|/|' -e 's|,|/|g')"
eval "CA_SUBJECT${index}=\"${TEMP_SUBJECT}\""
eval "CA_HASH${index}=`"$openssl" x509 -in ${cert} -noout -hash`"
eval "echo \"$index) \${CA_HASH${index}} - \${CA_SUBJECT${index}}\""
index=`expr $index + 1`
fi
done
echo
echo -n "Enter the index number of the CA you want to sign your cert request: "
read CA_CHOSEN_INDEX
if [ 0 -ge ${CA_CHOSEN_INDEX:-0} ] || [ $index -le ${CA_CHOSEN_INDEX:-0} ] ; then
echo "${CA_CHOSEN_INDEX} is not a valid index!"
exit 1
fi
eval "CA_SUBJECT=\${CA_SUBJECT${CA_CHOSEN_INDEX}}"
eval "CA_HASH=\${CA_HASH${CA_CHOSEN_INDEX}}"
elif [ ! -z "${nondefaultca}" ] ; then
CA_HASH=${nondefaultca}
if test ! -r "${trusted_certs_dir}/${CA_HASH}.0" ; then
echo
echo "Cannot find a CA with hash ${CA_HASH}."
echo "Use grid-cert-request -ca to pick a CA interactively."
echo
exit 1
fi
TEMP_SUBJECT=`"$openssl" x509 -in ${trusted_certs_dir}/${CA_HASH}.0 -noout -subject -nameopt rfc2253,-dn_rev | sed -e 's|^subject= *|/|' -e 's|,|/|g'`
eval "CA_SUBJECT=\"${TEMP_SUBJECT}\""
fi
echo
echo "Using CA: ${CA_HASH} - ${CA_SUBJECT}"
echo
SSL_CONFIG=${trusted_certs_dir}/globus-user-ssl.conf.${CA_HASH}
SSL_USER_CONFIG=${trusted_certs_dir}/globus-user-ssl.conf.${CA_HASH}
SSL_HOST_CONFIG=${trusted_certs_dir}/globus-host-ssl.conf.${CA_HASH}
DIRECTIONS_FILE=${trusted_certs_dir}/directions.${CA_HASH}
security_conf=${trusted_certs_dir}/grid-security.conf.${CA_HASH}
}
###########################################################
# abort_cleanup
# Remove temp files generated by this script
###########################################################
abort_cleanup ()
{
rm -f ${CERT_FILE} ${KEY_FILE} \
${REQUEST_FILE} ${RAND_TEMP} \
${REQ_HEAD} ${REQ_INPUT} ${REQ_OUTPUT} ${REQ_CONF}
}
###########################################################
# absolute_path
# Make these absolute file names if they are not
###########################################################
absolute_path ()
{
_file_name="$1"
case $_file_name in
/*)
echo ${_file_name}
;;
*)
echo ${PWD}/${_file_name}
esac
}
###########################################################
# read_command_line
# Command line parsing
###########################################################
globus_args_short_usage()
{
cat 1>&2 <<EOF
Syntax : ${short_usage}
Use -help to display full usage.
EOF
}
globus_args_option_error()
{
cat 1>&2 <<EOF
ERROR: option $1 : $2
EOF
globus_args_short_usage
exit 1
}
globus_args_unrecognized_option()
{
globus_args_option_error $1 "unrecognized option"
exit 1
}
read_command_line ()
{
# Expects $* from the shell invocation
while [ "X$1" != "X" ]
do
case "$1" in
-help | -h | --help | -usage | --usage)
long_usage
exit 0
;;
-version|--version)
if [ "X${PROGRAM_NAME}" != "X" -a \
"X${PROGRAM_VERSION}" != "X" ]; then
echo "${PROGRAM_NAME}: ${PROGRAM_VERSION}"
elif [ "X${PACKAGE}" != "X" -a \
"X${VERSION}" != "X" ]; then
echo "${PACKAGE}: ${VERSION}"
else
echo "No version information available."
fi
exit 0
;;
-versions|--versions)
__AT=@
if [ -n "${PACKAGE}" -a -n "${VERSION}" -a \
-n "${DIRT_TIMESTAMP}" -a -n "${DIRT_BRANCH_ID}" -a \
"X${DIRT_TIMESTAMP}" != "X${__AT}DIRT_TIMESTAMP${__AT}" -a \
"X${DIRT_BRANCH_ID}" != "X${__AT}DIRT_BRANCH_ID${__AT}" ];
then
echo "${PACKAGE}: ${VERSION} (${DIRT_TIMESTAMP}-${DIRT_BRANCH_ID})"
else
echo "No DiRT information available."
fi
exit 0;
;;
-cn | -commonname | --commonname)
COMMON_NAME="$2"
shift ; shift
;;
-host | --host)
SERVICE_HOST="$2"
SERVICE_HOST=`echo ${SERVICE_HOST}|tr 'A-Z' 'a-z'`
if echo ${SERVICE_HOST}|grep "localhost" >/dev/null || \
echo ${SERVICE_HOST}|grep "localdomain" >/dev/null; then
globus_args_option_error "$1" "$2 may not contain localhost or localdomain"
fi
NO_DES="-nodes"
shift ; shift
;;
-dns | --dns)
DNS_NAME_EXTENSIONS="$2"
shift; shift;
;;
-ip | --ip)
IP_ADDRESS_EXTENSIONS="$2"
shift; shift;
;;
-service | --service)
SERVICE="$2"
SERVICE=`echo ${SERVICE}|tr 'A-Z' 'a-z'`
shift ; shift
;;
-dir | --dir)
TARGET_DIR="$2"
TARGET_DIR="`absolute_path ${TARGET_DIR}`"
shift ; shift
;;
-prefix | --prefix)
PREFIX="$2"
shift ; shift
;;
-nopw|-nodes|-nopassphrase | --nopw | --nodes | --nopassphrase)
NO_DES="-nodes"
shift
;;
-verbose | --verbose)
VERBOSE="yes"
shift
;;
-int|-interactive | --int | --interactive)
INTERACTIVE="TRUE"
shift
;;
-force | --force)
FORCE="TRUE"
shift
;;
-ca | --ca)
if [ ! -z "$2" ] && \
[ -z "`echo $2 | sed -e \"s|[^-]*||g\"`" ]
then
nondefaultca=$2
shift
else
echo "nondefaultca=true"
nondefaultca="true"
fi
set_non_default_ca
shift
;;
*)
globus_args_unrecognized_option "$1"
;;
esac
done
if test -z "${SERVICE}"; then
if test -z "${SERVICE_HOST}"; then
SERVICE="user"
else
SERVICE="host"
fi
else
if test -z "${SERVICE_HOST}"; then
globus_args_option_error "-service" "Requires thes -host option"
fi
fi
if test -z "${TARGET_DIR}"; then
case ${SERVICE} in
user)
TARGET_DIR="$HOME/.globus"
;;
host)
TARGET_DIR="${secconfdir}"
;;
*)
TARGET_DIR="${secconfdir}/${SERVICE}"
;;
esac
fi
if test -z "${PREFIX}"; then
REQUEST_FILE="${TARGET_DIR}/${SERVICE}cert_request.pem"
CERT_FILE="${TARGET_DIR}/${SERVICE}cert.pem"
KEY_FILE="${TARGET_DIR}/${SERVICE}key.pem"
else
REQUEST_FILE="${TARGET_DIR}/${PREFIX}cert_request.pem"
CERT_FILE="${TARGET_DIR}/${PREFIX}cert.pem"
KEY_FILE="${TARGET_DIR}/${PREFIX}key.pem"
fi
}
###########################################################
# create_input_file
# Generate a inputfile to be given to SSL that fully
# specifies the DN of the user
# files
###########################################################
create_input_file ()
{
_common_name="$1"
_config_file="$2"
# Parse the ssleay configuration file, to determine the
# correct default parameters
awk < $_config_file '
/^\[ req_distinguished_name \]/ {
start_parsing=1;
next;
}
/^\[ .*/ {
start_parsing=0;
next;
}
/^[a-zA-Z0-9\.]*_default[ \t]*=/ && start_parsing==1 {
split($0, a, "=");
# default value is in a[2], but we should strip of leading ws
for(i=1;substr(a[2],i,1) == " " || substr(a[2],i,1) == "\t"; i++);
print substr(a[2], i);
next;
}
'
echo ${_common_name}
}
create_subjectAltName()
{
_dns_extensions=""
_ip_extensions=""
if [ -n "$DNS_NAME_EXTENSIONS" ]; then
_dns_extensions="`echo \"$DNS_NAME_EXTENSIONS\" | sed -e 's/^/DNS:/' -e 's/,/,DNS:/g'`"
fi
if [ -n "$IP_ADDRESS_EXTENSIONS" ]; then
_ip_extensions="`echo \"$IP_ADDRESS_EXTENSIONS\" | sed -e 's/^/IP:/' -e 's/,/,IP:/g'`"
fi
if [ -n "$_dns_extensions" -a -n "$_ip_extensions" ]; then
echo "subjectAltName=$_dns_extensions,$_ip_extensions"
elif [ -n "$_dns_extensions" ]; then
echo "subjectAltName=$_dns_extensions"
else
echo "subjectAltName=$_ip_extensions"
fi
}
create_conf_file ()
{
_config_file="$1"
# Add $DNS_NAME_EXTENSIONS and $IP_ADDRESS_EXTENSIONS to the v3_req section
while read line; do
echo "$line"
if echo "$line" | grep '\[ v3_req \]' > /dev/null 2>&1 ; then
create_subjectAltName
fi
done < $_config_file
}
###########################################################
# create_request_header
###########################################################
create_request_header ()
{
if printDirections "REQUEST HEADER" ; then
cat <<EOF
This is a Certificate Request file:
It should be mailed to ${GSI_CA_EMAIL_ADDR}
=========================================================================
Certificate Subject:
${SUBJECT}
The above string is known as your ${SERVICE} certificate subject, and it
uniquely identifies this ${SERVICE}.
To install this ${SERVICE} certificate, please save this e-mail message
into the following file.
${CERT_FILE}
You need not edit this message in any way. Simply
save this e-mail message to the file.
If you have any questions about the certificate contact
the ${GSI_CA_NAME} at ${GSI_CA_EMAIL_ADDR}
EOF
fi
}
###########################################################
# check4certs:
# Ensure that the user does not overwrite their
# security files.
###########################################################
check4certs ()
{
_exists="FALSE"
if [ -r ${REQUEST_FILE} ] ; then
printf "\n ${REQUEST_FILE} already exists" 1>&2
chmod u+w ${REQUEST_FILE}
_exists=TRUE
fi
if [ -r ${CERT_FILE} ] ; then
printf "\n ${CERT_FILE} already exists" 1>&2
chmod u+w ${CERT_FILE}
_exists=TRUE
fi
if [ -r ${KEY_FILE} ] ; then
printf "\n ${KEY_FILE} already exists" 1>&2
chmod u+w ${KEY_FILE}
_exists=TRUE
fi
if [ "X$_exists" = "XTRUE" ] ; then
if [ "X$FORCE" = "XTRUE" ] ; then
rm -f ${CERT_FILE} ${KEY_FILE} ${REQUEST_FILE}
echo
echo
else
printf "\n\nIf you wish to overwrite, run the script again with -force.\n" 1>&2
exit 1
fi
fi
}
###########################################################
# setup_target_dir:
# Create a directory in the HOME directory of the user
# to store globus related stuff.
###########################################################
setup_target_dir ()
{
if test ! -d ${TARGET_DIR} ; then
mkdir ${TARGET_DIR}
if [ $? -ne 0 ] ; then
printf "\n\nUnable to create ${TARGET_DIR}. Please make sure that you have the right to create this directory before running this script.\n" 1>&2
exit $?
fi
fi
if test ! -w ${TARGET_DIR} ; then
printf "\n\nUnable to access ${TARGET_DIR}. Please make sure that you have the right to create files in this directory before running this script.\n" 1>&2
exit 1
fi
}
###########################################################
# get_user_CN
# Determine the name of the user
###########################################################
get_user_CN ()
{
_common_name="${COMMON_NAME}"
# 1. Command line argument
# 2. Query the system
# 3. Prompt the user
if [ -z "${_common_name}" ] ; then
finger -lm ${USERID} >/dev/null 2>&1
if [ $? -eq 0 ] ; then
_common_name="`finger -lm ${USERID} |\
grep ${USERID} |\
awk -F: '{ print $3; exit }' |\
cut -c2- `"
fi
fi
if [ -z "${_common_name}" ] || [ "${_common_name}" = "(null)" ]; then
printf "Enter your name, e.g., John Smith: " 1>&2
read _common_name
fi
echo ${_common_name}
}
###########################################################
# get_host_CN
# Determine the name of the host for a host certificate
###########################################################
get_host_CN ()
{
_common_name="${COMMON_NAME}"
# 1. Command line -cn argument
# 2. Create from -host argument
if [ -z "${_common_name}" ] ; then
# Check SERVICE_HOST and make sure it looks like a FQDN
echo ${SERVICE_HOST} | \
grep "\." >/dev/null 2>&1
if [ $? -eq 1 ] ; then
echo "The hostname ${SERVICE_HOST} does not appear to be fully qualified." 1>&2
printf "Do you wish to continue? [n] " 1>&2
read _response
case X${_response} in
Xy|XY|Xyes|XYES|XYes)
;;
*)
echo "Aborting" 1>&2
return 1
;;
esac
fi
_common_name="${SERVICE}/${SERVICE_HOST}"
fi
echo ${_common_name}
return 0
}
###########################################################
# create_certs
# Create the certificate, key, and certificate request
# files
###########################################################
create_certs () {
if [ -z "${NO_DES}" ] ; then
echo "A certificate request and private key is being created."
echo "You will be asked to enter a PEM pass phrase."
echo "This pass phrase is akin to your account password, "
echo "and is used to protect your key file."
echo "If you forget your pass phrase, you will need to"
echo "obtain a new certificate."
echo
fi
#------------------------
# Create the Certificate File
umask 022
touch ${CERT_FILE}
#------------------------
# Create some semi random data for key generation
umask 066
touch ${RAND_TEMP}
if [ -r /dev/urandom ] ; then
head -1000 /dev/urandom >> ${RAND_TEMP} 2>&1
fi
date >> ${RAND_TEMP} 2>&1
netstat -in >> ${RAND_TEMP} 2>&1
ps -ef >> ${RAND_TEMP} 2>&1
ls -ln ${HOME} >> ${RAND_TEMP} 2>&1
ls -ln /tmp >> ${RAND_TEMP} 2>&1
umask 266
#------------------------
# Create the Key and Request Files
if test "${SERVICE}" = "user" ; then
used_config="${SSL_USER_CONFIG}"
elif [ -z "$DNS_NAME_EXTENSIONS" -a -z "$IP_ADDRESS_EXTENSIONS" ]; then
used_config="${SSL_HOST_CONFIG}"
else
used_config="${REQ_CONF}"
create_conf_file "${SSL_HOST_CONFIG}" > "${REQ_CONF}"
fi
if test ! -z "${INTERACTIVE}" ; then
"$openssl" req -new -keyout ${KEY_FILE} -out ${REQ_OUTPUT} \
-rand ${RAND_TEMP}:/var/adm/wtmp:/var/log/messages \
-config ${used_config} ${NO_DES}
RET=$?
rm -f ${RAND_TEMP}
else
create_input_file "${COMMON_NAME}" "${used_config}" > ${REQ_INPUT}
"$openssl" req -new -keyout ${KEY_FILE} \
-rand ${RAND_TEMP}:/var/adm/wtmp:/var/log/messages \
-out ${REQ_OUTPUT} -config ${used_config} \
${NO_DES} < ${REQ_INPUT}
RET=$?
rm -f ${RAND_TEMP}
rm -f ${REQ_INPUT}
# You can't separate the SSL output, it all goes to stderr
# including the prompts.
# Don't remove ssleay output on error as it may be useful
if test ${RET} -eq 0 -a -z "${VERBOSE}" ; then
clear
fi
fi
if [ ${RET} -ne 0 ] ; then
echo "Error number ${RET} was returned by " 1>&2
echo " $openssl" 1>&2
exit ${RET}
fi
umask 022
#------------------------
# Insert instructions into the request file
SUBJECT="("$openssl" req -text -noout < ${REQ_OUTPUT} 2>&1 |\
grep 'Subject:' | awk -F: '{print $2}' |\
cut -c2- )"
#Convert the subject to the correct form.
SUBJECT=`echo "/"${SUBJECT} | sed -e 's|, |/|g'`
create_request_header >${REQ_HEAD}
# Finalize the Request file.
cat ${REQ_HEAD} ${REQ_OUTPUT} >${REQUEST_FILE}
rm -f ${REQ_HEAD} ${REQ_OUTPUT} ${REQ_CONF}
}
###########################################################
# emit_directions
# Provide instructions to the end user
###########################################################
emit_directions () {
if test "${SERVICE}" = "user" ; then
if printDirections "USER INSTRUCTIONS" ; then
echo
echo "A private key and a certificate request has been generated with the subject:"
echo
echo "${SUBJECT}"
echo
echo "If the CN=${COMMON_NAME} is not appropriate, rerun this"
echo "script with the -force -cn \"Common Name\" options."
echo
echo "Your private key is stored in ${KEY_FILE}"
echo "Your request is stored in ${REQUEST_FILE}"
echo
echo "Please e-mail the request to the ${GSI_CA_NAME} ${GSI_CA_EMAIL_ADDR}"
echo "You may use a command similar to the following:"
echo
echo " cat ${REQUEST_FILE} | mail ${GSI_CA_EMAIL_ADDR}"
echo
echo "Only use the above if this machine can send AND receive e-mail. if not, please"
echo "mail using some other method."
echo
echo "Your certificate will be mailed to you within two working days."
echo "If you receive no response, contact ${GSI_CA_NAME} at ${GSI_CA_EMAIL_ADDR}"
fi
else
if printDirections "NONUSER INSTRUCTIONS" ; then
echo
echo "A private ${SERVICE} key and a certificate request has been generated"
echo "with the subject:"
echo
echo "${SUBJECT}"
echo
echo "----------------------------------------------------------"
echo
echo "The private key is stored in ${KEY_FILE}"
echo "The request is stored in ${REQUEST_FILE}"
echo
echo "Please e-mail the request to the ${GSI_CA_NAME} ${GSI_CA_EMAIL_ADDR}"
echo "You may use a command similar to the following:"
echo
echo " cat ${REQUEST_FILE} | mail ${GSI_CA_EMAIL_ADDR}"
echo
echo "Only use the above if this machine can send AND receive e-mail. if not, please"
echo "mail using some other method."
echo
echo "Your certificate will be mailed to you within two working days."
echo "If you receive no response, contact ${GSI_CA_NAME} at ${GSI_CA_EMAIL_ADDR}"
fi
fi
}
###########################################################
# MAIN
###########################################################
if ! "$openssl" version > /dev/null 2> /dev/null; then
echo "Unable to locate openssl binary in PATH" 1>&2
exit 1
fi
SSL_CONFIG="${secconfdir}/globus-user-ssl.conf"
SSL_USER_CONFIG="${secconfdir}/globus-user-ssl.conf"
SSL_HOST_CONFIG="${secconfdir}/globus-host-ssl.conf"
DIRECTIONS_FILE="${secconfdir}/directions"
security_conf="${secconfdir}/grid-security.conf"
# Info sent with the certificate
SUBJECT=
USERID="`whoami`"
if command -v globus-hostname > /dev/null; then
HOST="`globus-hostname`"
elif command -v hostname > /dev/null; then
HOST=`hostname`
elif command -v uname > /dev/null; then
HOST=`uname -n`
else
HOST=""
fi
SERVICE=
SERVICE_HOST=
INTERACTIVE=
NO_DES=
TARGET_DIR=
CERT_FILE=
KEY_FILE=
REQUEST_FILE=
CERTREQ="grid-cert-request"
# Parse the command line
read_command_line "$@"
if test -z "$trusted_certs_dir"; then
if test -n "$GRID_SECURITY_DIR"; then
echo "Can't find valid CA config files in " \
"GRID_SECURITY_DIR \"${GRID_SECURITY_DIR}\"."
echo "Please make sure that you have installed and " \
"setup a CA setup package."
else
echo "Error reading"
echo " /etc/grid-security/globus-user-ssl.conf"
echo " /etc/grid-security/globus-host-ssl.conf"
echo " ${sysconfdir}/globus-user-ssl.conf"
echo " ${sysconfdir}/globus-host-ssl.conf"
echo ""
echo "Can't find valid CA config files."
echo "Not all CAs use this tool to generate certificate requests."
echo "If your CA is using this tool, make sure that you have installed"
echo "your CA's setup package."
echo "If your CA is not using this tool, consult the CA documentation"
echo "to find the right way to request a certificate."
fi
echo ""
exit 1
fi
# set temporary files
REQ_HEAD=${TARGET_DIR}/$PROGRAM_NAME.$$.head
REQ_INPUT=${TARGET_DIR}/$PROGRAM_NAME.$$.input
REQ_OUTPUT=${TARGET_DIR}/$PROGRAM_NAME.$$.output
RAND_TEMP=${TARGET_DIR}/$PROGRAM_NAME.$$.random
REQ_CONF="${TARGET_DIR}/$PROGRAM_NAME.$$.conf"
# Source the security.conf file
. ${security_conf}
# Check the target directory
setup_target_dir
# Check for preexisting credential files
check4certs
# Derive the Common Name
if test "${SERVICE}" = "user"; then
COMMON_NAME="`get_user_CN`"
else
COMMON_NAME="`get_host_CN`"
if [ $? -ne 0 ]; then
exit 1
fi
fi
# do clean up on abort
trap abort_cleanup 1 2 3 6 9 13 15
# create the certificate request and private key
create_certs
RET=$?
COMMON_NAME="`echo ${SUBJECT} | sed -e 's|^.*/CN=||'`"
# print directions to screen
emit_directions ${SERVICE}
exit ${RET}
|