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|
#!/bin/sh
set -e
#set -x
PKI_CONFIG_ROOT=/etc/openstack-cluster-installer/pki
# This script was made using the tutorial available at:
# http://pki-tutorial.readthedocs.io/en/latest/expert/index.html
# This script is made to run in non-interactive mode, with
# no password on the keyboard what so ever.
# It will create this:
#
# ----------- ------------ ----------------
# | ROOT CA | => | OCI CA 2 | => | Server certs |
# ----------- ------------ ----------------
#
#
# To change names and so on, simply edit config files in
# the /etc/openstack-cluster-installer/pki folder.
#
# By default we have:
#
# [ ca_dn ]
# countryName = "CH"
# organizationName = "OCI"
# organizationalUnitName = "OCI Root CA org"
# commonName = "OCI Root CA"
#
# for the root ca, and for OCI CA 2:
#
# [ ca_dn ]
# countryName = "CH"
# organizationName = "OCI"
# organizationalUnitName = "OCI CA 2 CA org"
# commonName = "OCI CA 2 Root CA"
#
# In production, you'd typically replace ROOT CA and OCI CA
# by real PKI infrastructure keys (ie: you'd only genreate keys
# for the Component CA).
print_header() {
if [ -n "$(set | grep xtrace)" ]; then
set +x
local enable_xtrace='yes'
fi
echo "===================================================================================================="
echo $1
echo "===================================================================================================="
if [ -n "${enable_xtrace}" ]; then
set -x
fi
}
cd ${PKI_CONFIG_ROOT}
#print_header "0. Delete everything"
#rm -rf ca crl certs
print_header "1.1 create directories"
for i in ca/root-ca/private ca/root-ca/db crl certs ; do
mkdir -p ${PKI_CONFIG_ROOT}/${i}
done
print_header "1.2 create database"
cp /dev/null ${PKI_CONFIG_ROOT}/ca/root-ca/db/root-ca.db
cp /dev/null ${PKI_CONFIG_ROOT}/ca/root-ca/db/root-ca.db.attr
echo 01 > ${PKI_CONFIG_ROOT}/ca/root-ca/db/root-ca.crt.srl
echo 01 > ${PKI_CONFIG_ROOT}/ca/root-ca/db/root-ca.crl.srl
print_header "1.3 Create CA request"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/root-ca/private/root-ca.key ] ; then
openssl req -new \
-nodes \
-config ${PKI_CONFIG_ROOT}/root-ca.conf \
-out ${PKI_CONFIG_ROOT}/ca/root-ca.csr \
-keyout ${PKI_CONFIG_ROOT}/ca/root-ca/private/root-ca.key
fi
print_header "1.4 Create CA certificate (self signed)"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/root-ca.crt ] ; then
(echo "y"; echo "y") | \
openssl ca -selfsign \
-config ${PKI_CONFIG_ROOT}/root-ca.conf \
-in ${PKI_CONFIG_ROOT}/ca/root-ca.csr \
-out ${PKI_CONFIG_ROOT}/ca/root-ca.crt \
-extensions root_ca_ext \
-days 3650 \
-enddate 20301231235959Z \
-notext
fi
print_header "1.5 Create initial CRL"
if ! [ -e ${PKI_CONFIG_ROOT}/crl/root-ca.crl ] ; then
openssl ca -gencrl \
-config ${PKI_CONFIG_ROOT}/root-ca.conf \
-out ${PKI_CONFIG_ROOT}/crl/root-ca.crl
fi
print_header "2. Create OCI CA"
print_header "2.1 Create directories"
mkdir -p ${PKI_CONFIG_ROOT}/ca/oci-ca/private ${PKI_CONFIG_ROOT}/ca/oci-ca/db
chmod 700 ${PKI_CONFIG_ROOT}/ca/oci-ca/private
print_header "2.2 Create database"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.db ] ; then
cp /dev/null ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.db
fi
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.db.attr ] ; then
cp /dev/null ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.db.attr
fi
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.crt.srl ] ; then
echo 01 > ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.crt.srl
fi
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.crl.srl ] ; then
echo 01 > ${PKI_CONFIG_ROOT}/ca/oci-ca/db/oci-ca.crl.srl
fi
print_header "2.3 Create CA request"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca/private/oci-ca.key ] ; then
openssl req -new \
-nodes \
-config ${PKI_CONFIG_ROOT}/oci-ca.conf \
-out ${PKI_CONFIG_ROOT}/ca/oci-ca.csr \
-keyout ${PKI_CONFIG_ROOT}/ca/oci-ca/private/oci-ca.key
fi
print_header "2.4 Create CA certificate (sign with root CA)"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/oci-ca.crt ] ; then
(echo "y"; echo "y") | \
openssl ca \
-config ${PKI_CONFIG_ROOT}/root-ca.conf \
-in ${PKI_CONFIG_ROOT}/ca/oci-ca.csr \
-out ${PKI_CONFIG_ROOT}/ca/oci-ca.crt \
-enddate 20301231235959Z \
-notext
fi
#print_header "2.5 Create initial CRL"
#openssl ca -gencrl \
# -config ${PKI_CONFIG_ROOT}/oci-ca.conf \
# -out ${PKI_CONFIG_ROOT}/crl/oci-ca.crl
print_header "2.6 Create PEM bundle"
cat ${PKI_CONFIG_ROOT}/ca/root-ca.crt ${PKI_CONFIG_ROOT}/ca/oci-ca.crt \
>${PKI_CONFIG_ROOT}/ca/oci-ca-chain.pem
print_header "7. Publish Certificates"
print_header "7.1 Create DER certificate"
if ! [ -e ${PKI_CONFIG_ROOT}/ca/root-ca.cer ] ; then
openssl x509 \
-in ${PKI_CONFIG_ROOT}/ca/root-ca.crt \
-out ${PKI_CONFIG_ROOT}/ca/root-ca.cer \
-outform der
fi
#print_header "7.2 Create DER CRL"
#openssl crl \
# -in ${PKI_CONFIG_ROOT}/crl/oci-ca.crl \
# -out ${PKI_CONFIG_ROOT}/crl/oci-ca.crl \
# -outform der
#########################
print_header "Copying ca certs to be copied to slave nodes"
# When provisionning servers, all of the certs in this folder will end up in
# the slave nodes in /etc/ssl/certs. So we just push our 3 CA's certs there.
CLIENT_KEYS_FOLDER=/var/lib/oci/ssl
mkdir -p ${CLIENT_KEYS_FOLDER}/ca
cp ${PKI_CONFIG_ROOT}/ca/root-ca.crt ${CLIENT_KEYS_FOLDER}/ca/oci-pki-root-ca.pem
cp ${PKI_CONFIG_ROOT}/ca/oci-ca.crt ${CLIENT_KEYS_FOLDER}/ca/oci-pki-oci-ca.pem
cp ${PKI_CONFIG_ROOT}/ca/oci-ca-chain.pem ${CLIENT_KEYS_FOLDER}/ca/oci-pki-oci-ca-chain.pem
chown -R www-data:www-data ${CLIENT_KEYS_FOLDER}/ca
chgrp www-data /var/lib/oci
chgrp www-data /var/lib/oci/ssl
|
